Under the Soviet Union the city became a centre for advanced engineering.
|
|
A 4,108-piece, app-controlled Lego kit that incorporates advanced engineering elements
|
|
Williams Advanced Engineering, owned by McLaren's Formula One rivals, are the current providers.
|
|
" Craig Wilson, managing director, Williams Advanced Engineering, added: "Williams Advanced Engineering is proud to have supported this new world record by Jaguar Vector Racing by using our award-winning knowledge of electrification to provide the boat's electric power, motor and control systems.
|
|
Williams Advanced Engineering applies technology developed for the Williams Formula 2911 team to other industries.
|
|
The company's Advanced Engineering arm increased revenue to 30.9 million pounds from a previous 21.5 million.
|
|
The company's Advanced Engineering arm increased revenue to 30.9 million pounds from a previous 21.5 million.
|
|
Yet with their respective focus on luxury and advanced engineering, they are relying on contrasting British strengths.
|
|
Today, Open Bionics has successfully raised $5.9 million from investors, including F1's Williams Advanced Engineering Group.
|
|
"Fabric Mirror" (2019) uses a digital camera and advanced engineering to create the viewer's golden silhouette in fabric.
|
|
Formula E pulled in a ton of investor money while attracting traditional motorsport companies like Dallara or Williams Advanced Engineering.
|
|
At first, this was the cause for celebration and the chance to put Google's advanced engineering and technology to work.
|
|
The firm also recommended investing in research and development-intensive companies related to AI, such as healthcare and advanced engineering.
|
|
Being new to the sport, Jaguar has partnered with the Williams Advanced Engineering team in order to get up to speed.
|
|
Trump also held up pictures of different sections of the wall and bragged about the advanced engineering that's gone into its construction.
|
|
Which makes it jarring to hear what happened when the team at Williams Advanced Engineering stuck one in its virtual wind tunnel.
|
|
Anglo American, ENGIE, and Williams Advanced Engineering are working together to create the world's largest electric vehicle: a hydrogen-powered mining truck.
|
|
Renault, and its alliance with Red Bull Technologies, Williams Advanced Engineering, McLaren and Qualcomm are all names that are common in both series.
|
|
McLaren beat out the likes of Porsche, Red Bull Technology, Renault, and even Williams Advanced Engineering — the company that made the current battery.
|
|
"But it's not just about distraction management," said Jada Smith, a vice president in the advanced engineering department at the auto supplier Aptiv.
|
|
The truck will also have regenerative braking, allowing the vehicle to conserve and recuperate energy while going downhill, according to Williams Advanced Engineering.
|
|
Originally teased in 2015, Aston Martin built the first prototype in conjunction with Williams Advanced Engineering, the technical arm of the Williams F1 team.
|
|
Lotus's car was developed with the help of Williams Advanced Engineering, a British company that was involved in the development of Formula E electric race cars.
|
|
In particular, the country excels at health sciences and advanced engineering, areas that have thrived partly because of factors tied to Britain's membership in the bloc.
|
|
"We're going to enable even more choices through autonomy and autonomous vehicle technologies," Ken Washington, Ford's vice president of research and advanced engineering, told Tech Insider.
|
|
The company said engineers paid particular attention to the development and tuning of the electric powertrain, which Williams Advanced Engineering worked on, the chassis and software integration.
|
|
Jaffe says Tesla has two advantages that make it the industry leader in EV battery costs: More advanced engineering and the massive Gigafactory where it manufactures battery packs.
|
|
Last year, their Advanced Engineering company developed a device to save money and energy by using aerodynamic technology developed through racing to keep more cold air inside open-fronted refrigerators.
|
|
Hear from Ford's CTO and vice president of Research and Advanced Engineering how the historic automaker is rapidly changing its culture and processes while it prepares for an electric future.
|
|
Advanced engineering applications may use metal-based materials, like titanium and steel, but "simply for durability and accessibility, current architectural practice is more amenable to concrete-based printing," Hui explained.
|
|
"Together, with Baidu's leading-edge AI technology and Ford's advanced engineering expertise, we will transform the mobility ecosystem and create the next-generation in-vehicle experience for consumers," he added.
|
|
Ford Motor plans to introduce Alexa integration into vehicles, including the Escape and Fusion, before the end of this year, said James A. Buczkowski, who oversees advanced engineering at Ford.
|
|
Not only is the former steel town the location of Uber's under-construction advanced engineering facility, but it also has played host to the company's high-stake experiment with driverless cars.
|
|
The Mexican central state of Queretaro is where GE has an advanced engineering center that employs 1,800 Mexican engineers to design products, solutions and software for aviation, power and other sectors.
|
|
"At Ford, we are driving innovation in every part of our business to help make people's lives better," said Ken Washington, Ford vice president, Research and Advanced Engineering, in a statement today.
|
|
The powertrain comes from the U.K.'s Williams Advanced Engineering, and demo models can exceed 190km/h (around 115mph) with a zero to sixty time of less than five seconds in testing.
|
|
As cool as these concepts are, they are far beyond the current technological capabilities of humans, and scientists have never detected signs of this kind of advanced engineering elsewhere in the universe.
|
|
It was supposed to open in 63, a feat of advanced engineering that would burnish its reputation for high-tech excellence and make the nation even less dependent on others for energy.
|
|
Williams Advanced Engineering, the technology arm of Formula 1 team owner Williams Group, received funding from the Advanced Propulsion Centre (APC) and will make batteries for the likes of luxury carmaker Aston Martin.
|
|
Ford Autonomous Vehicles LLC will house the company's self-driving systems integration, autonomous-vehicle research and advanced engineering, AV transportation-as-a-service network development, user experience, business strategy and business development teams.
|
|
The 1,500-horsepower Dendrobium from Vanda Electrics is touted as a carbon-fibre and aluminium wonder, and will be built with help from the renowned Williams Advanced Engineering, of Formula One racing fame.
|
|
The FIA, which oversees Formula E, began fielding proposals back in March with the goal of replacing the current battery from Williams Advanced Engineering in the series' fifth season, which starts in 2018.
|
|
Anglo American, ENGIE, and Williams Advanced Engineering are working together to create the world's largest hydrogen-powered mining truck capable of performing just as well, if not better, than its diesel-powered counterparts.
|
|
It doesn't embody the best design choices in the world, but it most certainly represents advanced engineering and deserves our respect as a technical feat, if not as a product for the rational consumer.
|
|
The new entity, Ford Autonomous Vehicles LLC, houses the company's self-driving systems integration, autonomous-vehicle research and advanced engineering, AV transportation-as-a-service network development, user experience, business strategy and business development teams.
|
|
The Engineering Leadership Development Program (ELDP) teaches participants hard and soft skills across six fields (power tool development, accessory development, value engineering, advanced engineering, product support and concept engineering) and pairs them with a mentor.
|
|
ZF hasn't announced who will be using the new transmission yet, and Demmerer says it likely won't hit the market for another three years, given that his team just wrapped up the advanced engineering work.
|
|
The only exceptions I've found to this rough rule are cars and audio: in these two spheres, there's a degree of advanced engineering that means spending ridiculous sums of money gets you ridiculous performance in return.
|
|
"I can't agree more that these things are all possible," says Chad Bouton, a biomedical engineering veteran of the Battelle Institute and now the vice president of advanced engineering and technology at the Feinstein Institute of Medical Research.
|
|
Ford tells TechCrunch it will be testing autonomous cars beginning at its UK-based Engineering Center in Essex, and that it will also begin testing at its Research & Advanced Engineering facilities located in Aachen and Cologne in Germany.
|
|
Earlier this year, the automaker created Ford Autonomous Vehicles LLC to house the company's self-driving systems integration, autonomous-vehicle research and advanced engineering, AV transportation-as-a-service network development, user experience, business strategy and business development teams.
|
|
"These vehicles that don't have LIDAR and don't have advanced radar, that haven't captured a 3D map are not self-driving vehicles," said Ken Washington, Ford vice president of research and advanced engineering, at an event earlier this month.
|
|
As CTO and vice president of Research and Advanced Engineering, Washington leads Ford's worldwide research organization, oversees the development and implementation of the company's technology strategy and plans and plays a key role in its expansion into emerging mobility opportunities.
|
|
The automaker announced Tuesday it has created Ford Autonomous Vehicles LLC, which will house the company's self-driving systems integration, autonomous-vehicle research and advanced engineering, AV transportation-as-a-service network development, user experience, business strategy and business development teams.
|
|
Topics covered by the U.S. questions include subsidies for China's fishing industry and the activity of so-called government guidance funds, which seek to foster domestic innovation in different industries from advanced engineering and robotics to biotechnology and clean energy.
|
|
"In a ride service, you could imagine that the defined environment or area might be large enough to take a customer from a city center to an airport or a seaport," said Ken Washington, Ford's VP of Research and Advanced Engineering.
|
|
Ford's recent executive shuffle was bound to lead to reorganization throughout the company, but the addition of a new Robotics and AI Research team operating under Ford's Research and Advanced Engineering department seems like it was inevitable either way, given the industry's trajectory.
|
|
Full details on the drivetrain used to propel the electric boat to the world record speed have not been revealed But it was designed and built by Jaguar Vector in partnership motorsport firm Williams Advanced Engineering and uses similar technology to an electric F1 car.
|
|
Ford has also charged Argo with how to create high-definition maps, keep them "fresh," and sustain that over time, Ford's CTO and vice president of research and advanced engineering Ken Washington said during a presentation at The Information's autonomous vehicle summit in June.
|
|
"In the Formula One world you have 100 kilos of fuel, whereas the Formula E driver has got his fuel when he starts, but he can keep topping it up as well, he can regenerate more," said Paul McNamara, the technical director of Williams Advanced Engineering.
|
|
Spending a great deal of time on the road meant the duo had to record their album remotely; much of the inspiration for Machine Cut Noise was drawn from places such as airports, trains, and hotels—places designed for constant movement, full of advanced engineering and technology.
|
|
"This actually is feasible because we know that when you think about words, even without moving your mouth, there's brain activity in patterns that change and that we can tap into," says Chad Bouton, vice president of advanced engineering and technology at the Feinstein Institute of Medical Research.
|
|
They introduced advanced engineering and computer training in high schools, and at the community college, they added computer controlled lathes and mills and a programmable practice production line — all to train future workers for the Kia or Hyundai plant or other big manufacturing facility the county hopes to lure.
|
|
Utah has a strong history in the tech industry — Omniture, WordPerfect and Landesk all started there, Pixar co-founder Ed Catmul and Atari co-founder Nolan Bushnell both graduated from the University of Utah and several colleges and universities in the area churn out advanced engineering degrees in the hundreds every year.
|
|
"Wearable technology integrated with the vehicle allows for more accurate biometric data to stream continuously and alert active driver-assist systems to become more sensitive if the driver shows signs of compromised health or awareness," said Gary Strumolo, global manager for vehicle design and infotronics at Ford Research and Advanced Engineering, in a statement on the company's website.
|
|
But when LeEco went under in 2017, Aston Martin was forced to scale back its ambitions for the Rapide E. The British automaker announced that year that it would only make 155 of the electric sports sedan, and wound up once again partnering with Williams Advanced Engineering (the technical arm of the Williams F1 team), which had built the original Rapide E prototype.
|
|
"The way it works is we start by showing Ian movements on the screen through a virtual hand, an animated hand that can make all sorts of movements and finger types of gestures, and we're collecting brain activity simultaneously," said the project's leader, Chad Bouton, formerly of Battelle and currently the vice president of advanced engineering at the Feinstein Institute for Medical Research on Long Island.
|
|
Williams Advanced Engineering developed the batteries for Formula E and has a technical partnership with the Jaguar team that started before the car company's involvement in Formula E. That could change as Formula E continues to open up the series — the FIA, Formula E's governing body, is already having companies compete for the contract to make a new battery that will be used from season five onward.
|
|
Advanced Engineering Materials is a peer-reviewed materials science journal that publishes monthly. Advanced Engineering Materials publishes peer-reviewed reviews, communications, and full papers, on topics centered around structural materials, such as metals, alloys, ceramics, composites, plastics etc..
|
|
Humayun’s research projects focus on the treatment of debilitating eye diseases through advanced engineering.
|
|
Mapping results from the Advanced Engineering Building Module (AEBM) for earthquake hazards Salt Lake Community.
|
|
TU Darmstadt is a member of the Conference of European Schools for Advanced Engineering Education and Research.
|
|
City of Bristol College Advanced Engineering Centre was also built on the former Filton High School site.
|
|
Out of the crisis. Cambridge, MA: Center for Advanced Engineering StudyJuran, J. M. (1974). Quality control handbook (3rd ed.). New York: McGraw-Hill.
|
|
They also acquired Vertical Advanced Engineering, who will apply the latest technologies and agile processes from F1 to the development of eVTOL aircraft.
|
|
Al-Boushi was born in 1986 in Wad Madani. She has a Master's degree in Advanced Engineering Mechanics from the Imperial College London.
|
|
Williams F1 also has business interests beyond Formula One racing. Based in Grove, Oxfordshire, UK, Williams has established Williams Advanced Engineering and Williams Hybrid Power which take technology originally developed for Formula One and adapt it for commercial applications. In April 2014, Williams Hybrid Power were sold to GKN. Williams Advanced Engineering had a technology centre in Qatar until it was closed in 2014.
|
|
World Bank, 2008 The Northwest has a projected £111 billion economy (the 12th largest in Europe),while the Northeast's economy has an annual turnover of £4bn.HM Treasury / Healthcare, life sciences, advanced engineering, business and financial services, multimedia and energy are all significant contributors to North England's economic infrastructure. Some of the Region's Top Industries include: Life Sciences , Energy and Environment , IT and Media , Advanced Engineering , and Professional Services .
|
|
Road tests included near-universal praise for its powertrain, chassis, advanced engineering, and design. The V12 Vanquish was described without caveat as "The ultimate Grand Tourer" by Road & Track magazine.
|
|
Williams Grand Prix Holdings is the public company of Williams Group, that includes the Formula One Team, Williams Advanced Engineering and others like Williams Heritage and collaborations with other brands.
|
|
The experiment failed. Instead, an advanced 'engineering course' was established at the Polytechnic School Munich in 1840, which was the forerunner of what was later to become the 'Technische Hochschule München'.
|
|
Yan, K.-D. Liss, U. Garbe, J. Daniels, O. Kirstein, H. Li, R. Dippenaar: "From single grains to texture", Advanced Engineering Materials, 11/10 (2009), p. 771-773 (+ Cover Page). doi/10.1002/adem.200900163 + doi/10.1002/adem.200990026K.-D. Liss, U. Garbe, H. Li, T. Schambron, J. D. Almer, K. Yan: "In-situ observation of dynamic recrystallization in the bulk of zirconium alloy", Advanced Engineering Materials, 11/8 (2009), p. 637-640 (+ Cover Page). doi/10.1002/adem.
|
|
The Advanced Engineering Lab has developed new products and techniques, including patented selective catalytic reduction (SCR) mixing modules, reverse-extrusion catalytic converter cones, fuel cells and battery components for zero-emissions vehicles.
|
|
The design of the RESS is free but must be homologated by the FIA. Part of the RESS is the traction batteries and the Battery Management System, these are supplied by Williams Advanced Engineering.
|
|
In 1995 it became the first Polish university to become a member of the Conference of European Schools for Advanced Engineering Education and Research (CESAER), an organization comprising the best technical universities in Europe. The university is also a member of the Socrates- Erasmus programme for exchange students from all over Europe, promoting advanced engineering and a European dimension. The university is home to many organizations and student circles, and the radio station Afera 98.6 MHz. The university has over 21,000 students and over 1100 academic staffs.
|
|
Legacy equipment has injured crash test dummies during sled testing.Department of Transportation - National Highway Traffic Safety Administration Crash worthiness of hand controls. The use of polymers and advanced engineering software has the benefit of creating energy absorbing shapes.
|
|
Applied Science International, LLC, aka ASI is a United States-based company headquartered in Raleigh, North Carolina, that provides advanced engineering design and analysis software and services to the DHS, United States Department of Defense, Engineering Firms, Demolition Contractors, and Universities.
|
|
In the 1970s, General Motors Advanced Engineering developed a concept car, the Electrovette, based on the Chevette, but using an electric motor powered by lead-acid batteries. The car had a range of about at , and a top speed of .
|
|
The Normal plant has a paint shop, robotics, stamping machines, and other production equipment, such as injection molding. The company has additional office locations in Carson, California and the United Kingdom designated for electric power conversion and advanced engineering, respectively.
|
|
Herbert Gross (April 2, 1929 – May 27, 2020) was an American Professor of mathematics (retired) and former senior lecturer at MIT’s Center for Advanced Engineering Study (CAES). He was best known as a pioneer in using distance learning for teaching mathematics.
|
|
In 2005 NAMTEC moved into Swinden House. Currently managing membership for the Special Metals Forum (SMF) and Titanium Information Group (TIG). NAMTEC also provides project management and technical consultancy for Advanced Engineering and Material companies. It also co- ordinates AEM Futures.
|
|
G. Sugithaetal., International Journal of Advanced Engineering Technology E-ISSN 0976-3945Alnuem, Zafar, Imran, Sana, and Fayed. "Formal specification and validation of a localized algorithm for segregation of critical/noncritical nodes in MAHSNs." International Journal of Distributed Sensor Networks 10, no.
|
|
On February 28, 2019 Benchmark named Jeff Benck as President and CEO. He replaced Paul Tufano who retired from Benchmark in 2019. On June 4, 2020 Benchmark opened its new advanced engineering and manufacturing facility for high speed electronics in Phoenix, Arizona.
|
|
Having stepped down as CEO of Winston Industries, Shelton continued to head the Advanced Engineering department at the company until his death. His daughter, Valerie Shelton was named President and CEO of Winston Industries in 2010. She resigned the position in March, 2020.
|
|
Its 29,000 dedicated employees design, develop, manufacture and integrate driveline technologies that add value to vehicle programmes. GKN's manufacturing quality, advanced engineering and system integration capabilities are continuously evolving to ensure the drivelines of tomorrow meet the mobility needs of the future.
|
|
In terms of the bonding between face sheets and foam core the processing of AFS is categorised into two ways – ex-situ and in-situ bonding.J Banhart, H-W Seeliger, Aluminium foam sandwich panels: manufacture, metallurgy and applications, Advanced Engineering Materials, 2008, 10:793-802.
|
|
Henry did well at Tulane, graduating second in his class of 16 in May 1948, at the age of 18. GE offered employment to the top three ranked graduates, and Henry accepted, beginning a 35-year career with General Electric. His first position was in Erie, PA. Henry was accepted into GE's Advanced Engineering Program, a full-time three- year in-house engineering graduate school designed in the 1930s by Robert E. Doherty to overcome the deficiencies in American engineering education, and transferred to Fort Wayne, Indiana. In August 1949, Henry moved to Schenectady for the final two years of GE's Advanced Engineering Program.
|
|
Advanced FLOW Engineering, based in Corona, California, secured the company and continues to manufacture and sell the entire Pfadt product line. Under the company's new Advanced Control Engineering division and Pfadt's management, the new company continues to focus on suspension products and its advanced engineering focus.
|
|
It is located on Avenida Venezuela between Avenida Simón Rodríguez and Calle 30. Considered to be advanced engineering for its time, it was completed in 1968. This unconventionally-shaped cathedral is a hyperbolic paraboloid with two wings connected by a central tower. It required extensive structural precision.
|
|
They are given the code name J.A.K.Q. Dengekitai, or J.A.K.Q (pronounced "Jacker"), and the mission to destroy Crime. Later in the series Joker leaves to head ISSIS's advanced engineering branch, and Sokichi Banba, a master of disguise and a cyborg, becomes their new boss, known as Big One.
|
|
In July 2008, he teamed up with his brother to race a Mosler MT900R in the International GT Open event held at the brand new Valencia Street Circuit, and in December 2008, it was announced that Barba will race for the Advanced Engineering team in the 2009 season.
|
|
Liberty's School of Engineering offers degrees in computer engineering, electrical engineering, industrial & systems engineering, and mechanical engineering. The School of Engineering is accredited through the Accreditation Board for Engineering and Technology (ABET). In 2017, Liberty bought The Center for Advanced Engineering and Research (CAER) facility in Bedford, Virginia.
|
|
He is the author of Antenna Theory: Analysis and Design (Wiley; 1982, 1997, 2005) and Advanced Engineering Electromagnetics (Wiley, 1989). His research concentrates on electromagnetics, antennas and microwaves. His current focus of research is on computational electromagnetics, electromagnetic metasurfaces for RCS reduction, antenna beamforming and low-profile antennas.
|
|
The Embry–Riddle Prescott Campus is home to the Robertson Safety Institute (RSI); a center for research, development, short courses, and corporate outreach in safety education. The campus has resources including the Robertson Crash Lab, Aviation Safety and Security Archives and immediate access to advanced engineering, scientific, and forensic resources.
|
|
Kreyszig authored 14 books, including Advanced Engineering Mathematics, which was published in its 10th edition in 2011. He supervised 104 master's and 22 doctoral students as well as 12 postdoctoral researchers. Together with his son he founded the Erwin and Herbert Kreyszig Scholarship which has funded graduate students since 2001.
|
|
The Peter Nicol Russell Memorial Medal is awarded by Engineers Australia. It has been awarded since 1923, when its first recipient was Prof William Henry Warren. It is given annually to an Honorary Fellow of Engineers Australia who has significantly advanced engineering in Australia. The award consists of a framed certificate and medal.
|
|
Zeder's relationship with Breer was quite close. Breer even married one of Zeder's sisters. Of the three engineers Zeder was considered the "front man" because of his charismatic personality and advanced engineering talents. Skelton had engineering talents for engines and transmitting its power to the wheels and Breer had technical engineering design abilities.
|
|
QBlade is an open-source, cross-platform simulation software for wind turbine blade design and aerodynamic simulation.D. Marten, et al., "QBlade: An open source tool for design and simulation of horizontal and vertical axis wind turbines," International Journal of Emerging Technology and Advanced Engineering (IJETAE) 3.3 (2013): 264-269, March 2013. Available here.
|
|
The Advanced Engineering Ferrari F430, supported by Team Seattle at the 2009 24 Hours of Le Mans Team Seattle announced a partnership with Italian racing team AF Corse to apply for an entry to the 2009 24 Hours of Le Mans, not only to raise funds for Seattle Children's, but also for the French Mecenant Chirurgie Cardiaque. Although initially being granted a reserve entry, Team Seattle was granted a full entry on March 31, 2009, following the withdrawal of another competitor. Team Seattle made use of a Ferrari F430 GT2 from AF Corse's Advanced Engineering squad. Founder Don Kitch, Jr. and racing driver Joe Foster were joined by actor Patrick Dempsey, a regular competitor in the Rolex Sports Car Series.
|
|
Nicole Grobert FRSC FYAE is a German-British materials chemist. She is a professor of nanomaterials at the Department of Materials at the University of Oxford, fellow of Corpus Christi College, Oxford, and a Royal Society industry fellow at Williams Advanced Engineering. Grobert is also one of seven Chief Scientific Advisors to the European Commission.
|
|
Concordia was born in Schenectady, New York. In 1926 he went directly from high school to General Electric as a test engineer. In 1934 he graduated from its Advanced Engineering Program and worked at General Electric until 1973. His early engineering work concerned television and detecting cracks in railway rails by magnetic field measurements.
|
|
The Victorians were impressed by science and progress and felt that they could improve society in the same way as they were improving technology. Britain was the leading world centre for advanced engineering and technology. Its engineering firms were in worldwide demand for designing and constructing railways.Lionel Thomas Caswell Rolt, Victorian engineering (Penguin, 1974).
|
|
He was awarded the Medal of the Order of Australia in 2000 for his services to sport. In 2006 he won an Innovation Hero lifetime achievement award from The Warren Centre for Advanced Engineering at the University of Sydney for the design and commercialisation of innovative high-performance sailing craft. He died in 2012.
|
|
Originally constructed in 1936 and renovated in 1998, the Military Building is located on the Upper Quad. It is the base of operations for the Virginia Tech Rescue Squad and home to the Army, Navy, and Air Force ROTC programs. It also houses the College of Engineering's Joseph F. Ware, Jr. Advanced Engineering Lab.
|
|
The building had advanced engineering systems. In addition to the ventilation system, there was centralized air conditioning. The air from the street was filtered and moistened, its temperature reached 15 °C. The whole building was equipped with a centralized dust removal system, which was a system of brushes and hoses located in each room and in each apartment.
|
|
Today, most hard hats are made from high-density polyethylene (HDPE) or advanced engineering resins, such as Ultem. In 1997, ANSI allowed the development of a ventilated hard hat to keep wearers cooler. Accessories such as face shields, sun visors, earmuffs, and perspiration-absorbing lining cloths could also be used; today, attachments include radios, walkie-talkies, pagers, and cameras..
|
|
ICFO currently hosts about 400 researchers in 26 research groups working in over 60 laboratories. Available to them are a Nanophotonics Fabrication lab, Super-Resolution Light Microscopy & Nanoscopy Lab, an Advanced Engineering Lab and a range of other support facilities. All research groups and facilities are located in the Mediterranean Technology Park in the metropolitan area of Barcelona.
|
|
Niihama National College of Technology The is a technology college in Niihama, Ehime, Japan. Established in 1962, it combines high school and college into a five-year course. The college offers undergraduate courses in Mechanical Engineering, Electrical Engineering and Information Science, Electronic Control Engineering, Applied Chemistry and Biotechnology, and Environmental Materials Engineering, as well as three advanced engineering courses.
|
|
Diana Huffaker FIEEE, FOSA is a physicist working in compound semiconductors optical devices. She is the current Sêr Cymru Chair in Advanced Engineering and Materials and Science Director of the Institute of Compound Semiconductors is based within Cardiff University. Her work includes compound semiconductor epitaxy, lasers, solar cells, optoelectronic devices, plasmonics, and Quantum dot and nanostructured materials.
|
|
The Engineering Academy informs and encourage students to learn about the potential of a career in engineering. Courses include Engineering inciples & Systems and Engineering Computer Applications. Advanced Engineering Internship is also offered in which students are able to work alongside professional engineers. In Internship, students will work with NASA and other programs dedicated to the engineering arts and studies.
|
|
Production would be limited to 130 units and is scheduled to begin in Summer 2020. The Evija makes use of a 70 kWh battery pack developed in conjunction with Williams Advanced Engineering. There are 4 electric motors placed on each wheel supported by an Integral powertrain. The powertrain is rated at a total output of and of torque.
|
|
A similar class, Advanced Engineering and Technology, provides opportunities primarily focused on STEM areas of research. Organic chemistry, including mechanisms, reactions, and biochemistry was started in the 2017-18 school year for the fall term. As of the 2019-2020 school year, biochemistry was removed from the course curriculum. CCA offers an arts and technology program called Envision.
|
|
The region also has a significant number of polymer extrusion and forming companies that supply a number of advanced engineering supply chains notably the automobile supply chain which, in northeast England, is dominated by Nissan's European automobile manufacturing plant at Sunderland. The automobile supply chain in this region is represented by the North East Automobile Alliance (NEAA).
|
|
Myron Tribus Myron T. Tribus (October 30, 1921 – August 31, 2016) was an American organizational theorist, who was the director of the Center for Advanced Engineering Study at MIT from 1974 to 1986. He was known as leading supporter and interpreter of W. Edwards Deming, for popularizing the Bayesian methods, and for coining the term "thermoeconomics".
|
|
Important business sectors also include energy (oil, gas and renewables), advanced engineering and manufacturing, and food and farming. Much of Norfolk's fairly flat and fertile land has been drained for use as arable land. The principal arable crops are sugar beet, wheat, barley (for brewing) and oil seed rape. The county also boasts a saffron grower.
|
|
William Henry Warren (2 February 1852 – 9 January 1926) was an Australian engineer and twice president of the Royal Society of New South Wales. Australian engineering think-tank The Warren Centre for Advanced Engineering The Warren Centre, University of Sydney and the W H Warren Medal Civil College Awards, Engineers Australia presented annually, were established in his honour.
|
|
The design and development of the structure originate from SBA International and Knippers Helbig Advanced Engineering Stuttgart / New York City. In terms of structure and shape, the roof structure lives up to Stuttgart’s tradition of the internationally respected lightweight constructions, including the tent construction of the German Pavilion and the Buckminster Fuller-designed geodesic dome American Pavilion at Expo 67 in Montreal.
|
|
Into Somerset identifies five key industry sectors where inward investors can expect strong financial returns. The food and drink sector and the advanced engineering and aerospace sector are already established, and account for some 18,000 jobs. Creative industries and business services are both growing, while the emerging energy and environmental technologies sector is set to play a crucial role in Somerset.
|
|
Most of them will be under construction until 2019. The cutters are the most advanced ships ever built for the Coast Guard. On 30 June 2016, Ingalls Shipbuilding signed a contract with US Navy to build the U.S. Navy's next large-deck amphibious assault warship. The contract included planning, advanced engineering, and procurement of long-lead material, is just over $272 million.
|
|
UGent Boekentoren The university maintains many partnerships within Belgium, across Europe, and throughout the world. For instance, Ghent University supports the Belgian Co-ordinated Collections of Micro-organisms and the Vlaams Instituut voor Biotechnologie. Within Europe, it is a member of the Santander Network and the U4 Network. It also participates in the Conference of European Schools for Advanced Engineering Education and Research.
|
|
Colonel Frederick Mears (May 5, 1878 – January 11, 1939) was the son of a career army officer. Older brother Major Edward C. Mears also of the US army. Mears was principal engineer of the Alaska Railroad. Mears took advanced engineering courses at the Infantry and Cavalry School, located at Fort Leavenworth, Kansas and became a cavalry officer in the US Army.
|
|
Another strategy is to rapidly solidify the surface of a foamable molten metal before it can foam into a dense skin while the interior of the metal evolves to a foam structure. This process yields in an integral-type foam structure.C Körner, M Hirschmann, V Bräutigam, RF Singer, Endogenous particle stabilization during magnesium integral foam production, Advanced Engineering Materials, 2004, 6:385-390.
|
|
The VAM Rambler Classic was a success among consumers and the automotive press; obtaining praise for the car's roominess, comfort, beauty of styling, advanced engineering, as well as its economy and value. The 1963 Rambler Classics were available only in two- and four-door sedan body designs, both called Rambler Classic 660. No other trim levels or versions were available.
|
|
In 1984 he published Convection Heat Transfer'. In an era when researchers did heat transfer calculations using numerical methods on supercomputers, the book emphasized new research methods such as intersection of asymptotes, heatlines, and scale analysis to solve problems. Bejan was appointed full professor at Duke University in 1984. In 1988 he published the first edition of his textbook Advanced Engineering Thermodynamics.
|
|
In particular, the small-tired Moulton portable utility cycles incorporate advanced engineering with relatively light weight. Most utility bikes feature an upright riding position. The handlebars are almost always curved back and positioned higher than the saddle so that the rider can operate controls without changing his or her riding posture. Some people add a child seat or a trailer.
|
|
XING Mobility was founded by Royce YC Hong and Azizi Tucker. Xing Mobility was launched with the aim of developing race-derived advanced engineering and technology and supplying it to the global smart mobility market. The company's first electric concept car, Miss E, debuted at the 2017 EV Taiwan exhibition alongside an early version of the company’s second concept car, Miss R.
|
|
UPC is a member of the Top Industrial Managers for EuropeT.I.M.E. - Top Industrial Managers for Europe network, which allows for student exchanges between leading European engineering schools. It is also a member of several university federations, including the Conference of European Schools for Advanced Engineering Education and Research (CESAER) and UNITECH. UPC is also a parent institution of the prestigious Institut Barcelona d'Estudis Internacionals (IBEI).
|
|
Robert Bird Group were the structural engineers for the job. Robert Bird Westfield Description The roof was designed by Knippers Helbig Advanced Engineering (Stuttgart, Germany). The project took five years to build, employing 8,000 people.HeraldSun.com.au - Westfield to open London mega centre The centre was opened to the public on 30 October 2008 by Bethan Garratt, CEO of Westfield Group, with a retail floor area of .
|
|
The Q'iswa Chaka spans the Apurímac River. Aside from being the last of its kind, the bridge is significant as an example of the Inca people's advanced engineering practices, which predated European contact. Because it is constructed from rope made of grass, it must be rebuilt by the local community every year. Arizapana leads these efforts, assisted by fellow bridge architect Eleutario Ccallo Tapia.
|
|
The new method was compared with the self-acting spinning mule which was developed by Richard Roberts using the more advanced engineering techniques in Manchester. The ring frame was reliable for coarser counts while Lancashire spun fine counts as well. The ring frame was heavier, requiring structural alteration in the mills and needed more power. These were not problems in the antebellum cotton industry in New England.
|
|
UTC Sheffield City Centre specialises in advanced engineering and manufacturing and creative and digital media. Pupils aged 14 to 16 study for a diploma in one of the specialised areas – either engineering and manufacturing, or creative and digital media. Pupils also study a core range of GCSEs. Sixth form students also choose between the two specialisms and take a diploma with at least two A Levels.
|
|
Archives:Conversations with the Elders - Harold Chestnut at ieeeghn.org/wiki, 2012 Chestnut received further on-the-job training in General Electric's Advanced Engineering Program (AEP). Later in his career he received two honorary doctorates in engineering in 1966 from Case Institute of Technology in 1972 from Villanova University. In 1940 Chestnut began a lifelong career with the General Electric, which would last until his retirement in 1983.
|
|
The third way to achieve in-situ bonding consists of compaction of metal powders together with face sheets. This sandwich-compact assembly goes through several rolling steps to attain desired precursor and face sheet thickness. After which this three-layer composite is heated to transform the core layer into foam.H-W Seeliger, Aluminium foam sandwich (AFS) ready for market introduction, Advanced Engineering Materials, 2004, 6:448-451.
|
|
New Formula One plans unveiled BBC News - 1 March 2006 As of 3 August 2006, Prodrive won the support of the Warwick District Council planning committee for development of The Fulcrum.Prodrive development approved kenilworthweeklynews.co.uk - 3 August 2006 The permission covered a highly advanced engineering research and development campus, a conference facility called the Catalyst Centre and new access road, a roundabout, infrastructure, parking and landscaping.
|
|
Cole's persistence in getting his advanced engineering projects to the production line resulted in the innovative aluminum engines in both the Corvair and Vega. He "would preside over Vega's troubled launch, which was intertwined with a disastrous 1970 confrontation between GM and the United Auto Workers." Ironically, Cole's greatest engineering triumph came the same year. Cole ordered engine compression ratios reduced after 1970 knowing regulations would tighten.
|
|
The industry produced an astonishing amount of material, including 5.9 million weapons, 2.8 million tanks and trucks, and 27,000 aircraft. This production was a major factor in the victory of the allies.Charles K. Hyde, Arsenal of Democracy: The American Automobile Industry in World War II (2013). Experts anticipated that Detroit would learn advanced engineering methods from the aviation industry that would result in great improvements for postwar civilian automobiles.
|
|
Richard G. Budynas is professor of mechanical engineering at Rochester Institute of Technology. He is author of a newly revised McGraw-Hill textbook, Applied Strength and Applied Stress Analysis, 2nd Edition. Ali M. Sadegh is a professor and the Founder and Director of the Center for Advanced Engineering Design at The City College of New York. He is a Licensed Professional Engineer, P.E., and a Certified Manufacturing Engineer, CMfgE.
|
|
Ferrari once again aligned with Risi Competizione for two cars, while the Italian-Argentinian Advanced Engineering PeCom team also represents the brand. BMW made their return to the series with two M3 E92s for Rahal Letterman Racing. The rest of the GT2 field was made of a mix of teams and automotive brands, including LG Motorsport's Chevrolet Corvette, PTG's Panoz, Primetime's Dodge Viper, Robertson's Ford GT, and Drayson's Aston Martin.
|
|
The #2 Audi covered a distance of at an average speed of , both of which were new event records. The Lowe's Fernández Racing Acura was the sole survivor in LMP2, finishing in fourth overall, while Corvette Racing #3 outperformed its teammate in GT1. The GT2 class was won by the Ferrari of Risi Competizione, while the European Advanced Engineering PeCom Ferrari was second. Panoz completed the GT2 class podium.
|
|
RAESR (unabbreviated as Rice Advanced Engineering Systems and Research) is an American automobile manufacturer founded in 2014 in Los Angeles, California by Eric Rice. The company is based in Los Angeles, California and specializes in the production of electric sports cars. Their prototype model the "Tachyon Speed" was first introduced to the public in late 2017 through an electric vehicle infrastructure series made by E.ON, one of Europe's largest energy conglomerates.
|
|
When the United States joined World War II in 1941, the College of Engineering faced many changes. To aid the war effort, the College of Engineering instituted several specialized training programs. In 1943, an Army Specialized Training Program was created to provide students with language and advanced engineering skills. The Civil Aeronautics Pilot Training Program was also instituted, training students to be pilots for the Military Air Transport Service.
|
|
He became director of Tata Electric Companies in 1970. During his years with Tata Electric Companies, he introduced advanced engineering and management techniques for the operation of power systems. He was also responsible for significant use of digital computers for power system design and control, using the CDC 3600 mainframe computer at the Tata Institute of Fundamental Research. In September 1969, he became the general manager of Tata Consultancy Services.
|
|
Completed in 1890, the second bridge was an iron cantilever deck-truss bridge, which was an advanced engineering feat at the time. That bridge was listed in the National Register of Historic Places in 1989. Unfortunately, that bridge had increasing problems with repair and maintenance because of its age, and after city engineers assessed the condition of the old bridge, the decision was made to replace the bridge.
|
|
In order to join two AFS parts or to join an AFS part with a metallic part several joining technologies are employed, such as laser welding, TIG welding, MIG welding, riveting, etc.H-W Seeliger, Manufacture of aluminium foam sandwich (AFS) components, Advanced Engineering Materials, 2002, 4:753-758.Book - Handbook of cellular metals: production, processing, applications, Editors: H-P Degischer, B Kriszt, Wiley-VCH Verlag, 2002, p.119.
|
|
Pridgeon & Clay provides metal stamping and fine-blank components, specializing in exhaust components for the automotive industry. Pridgeon & Clay also produces components for the class 8 truck, agriculture, medical, battery, fuel cell and other alternative energy industries. The company holds ISO 14001 and TS 16949 certifications, which allow the company to carry out its own product validation. Pridgeon & Clay's Advanced Engineering Lab is an A2LA accreditation, independent testing facility.
|
|
It belongs to the Conference of European Schools for Advanced Engineering Education and Research. The TU Berlin is home of two innovation centers designated by the European Institute of Innovation and Technology. The university is labeled as "The Entrepreneurial University" ("Die Gründerhochschule") by the Federal Ministry for Economic Affairs and Energy. The university is notable for having been the first to offer a degree in Industrial Engineering and Management (Wirtschaftsingenieurwesen).
|
|
Ware and his wife divorced in April 1923. On August 5, 1969, Ware died and was buried in Arlington National Cemetery with his second wife Mary. Ware's son Joseph Ware Jr. would go on to attend Virginia Tech as well, and become a successful flight test engineer and member of the Coast Guard, in addition to founding the Joseph F. Ware Jr. Advanced Engineering Laboratory at Virginia Tech.
|
|
He later switched to the GT2 class at Nogaro, running an Advanced Engineering Ferrari F430 with Rui Águas and finishing seventh in class. For the last race of the 2007 season, Peter teamed once again with Luke Hines in an Aston Martin DBR9 for Gigaware Motorsport, but was unable to finish the event. Peter finished 26th in the GT1 Drivers Championship standings and 39th in the GT2 Drivers Championship Standings.
|
|
The French experimental sail powered hydrofoil Hydroptère is the result of a research project that involves advanced engineering skills and technologies. In September 2009, the Hydroptère set new sailcraft world speed records in the 500 m category, with a speed of and in the category with a speed of . Another trimaran sailboat is the Windrider Rave. The Rave is a commercially available , two person, hydrofoil trimaran, capable of reaching speeds of .
|
|
New Hinckley Campus In September 2011, the College opened a new Hinckley Campus located on Lower Bond Street in the town centre. The £13m campus is home to the college's Creative Arts provision. Engineering Centre In September 2011, a £1.5m investment from Warwickshire County Council funded the development of a new engineering facility at the college's Nuneaton Campus. The Advanced Engineering Centre has workshop space, conference facilities and classrooms, as well as specialist equipment.
|
|
Ford had come to lead the American automobile industry in improvements. Ford's following years' earnings confirmed that its success was not a fluke, for its earnings continued to exceed GM and Chrysler's. In 1982, Deming's book Quality, Productivity, and Competitive Position was published by the MIT Center for Advanced Engineering, and was renamed Out of the Crisis in 1986. In it, he offers a theory of management based on his famous 14 Points for Management.
|
|
David A. Schlissel has been a Senior Consultant with Synapse Energy Economics since 2000. For 30 years he has worked on complex engineering and economic issues mainly in the field of energy management. This work has ranged from conducting technical investigations, through to presenting expert testimony.Direct Testimony of David A. Schlissel Schlissel has undergraduate and advanced engineering degrees from the Massachusetts Institute of Technology and Stanford University, and a law degree from Stanford Law School.
|
|
In 1994, as the college celebrated its 100th anniversary, alumnus A. James Clark created the A. James Clark Centennial Endowment Fund to support undergraduate engineering education. In recognition of this gift, the Board of Regents renamed the college the A. James Clark School of Engineering. In 1994, William W. Destler was appointed dean of the Clark School. This same year the Clark School also established the Office of Advanced Engineering Education (OAEE).
|
|
Such was his acumen that in his third year he was appointed acting assistant professor of mathematics. After graduation, he started teaching at the Military Academy with the very next class of cadets (1824). In 1826, he was sent to Europe to study advanced engineering techniques and military institutions.Dennis Hart Mahan, Columbia Encyclopedia, Sixth Edition, 2001-2007 Upon returning to West Point in 1830, he was promoted to Professor of Civil and Military Engineering.
|
|
The first fruit of this work is a modified, naturally aspirated, air-cooled, flat-six Porsche 911 engine with a 4.0L capacity, four-valves per cylinder and four cam-shafts, rated at 500HP. On 2 May 2019, it was announced that Williams Advanced Engineering will supply the batteries for the multi-make ETCR series that is due to launch in 2020. WAE generated revenues of £10.9m in fiscal year 2014–15, with profits of £1m.
|
|
The price of Streamliner station wagons fell to a range of $2264 for standard Sixes to $2411 for Deluxe Eights due to the fact all-metal construction did not require final work be done at Hercules Body Company or Iona Manufacturing. Nevertheless, the Streamliner station wagon remained the most expensive Pontiac model. The 1951 "Silver Anniversary" Pontiacs reflected 25 years of advanced engineering. A wing shaped grille was seen and a Silver Streak theme continued.
|
|
CESAER is a non-profit association of leading universities of science and technology in Europe. CESAER was founded on 10 May 1990, seated in the Castle of Arenberg in Leuven, Belgium. The association unites over 50 leading universities of science and technology in 26 countries. The name CESAER was formed as an abbreviation for "Conference of European Schools for Advanced Engineering Education and Research", but today only the short form CESAER is used.
|
|
The Nippon Institute of Technology opened in 1907 as "Tokyo Engineering School". It was renamed "Tokyo Advanced Engineering School" in 1935, but was closed in 1943 due to World War II. In 1947, it reopened as "Toko Gakuen Junior High School" which became "Tokyo Industrial High School" in 1948 and the Nippon Institute of Technology in 1967. At the time, it had departments of Mechanical Engineering, Electrical Engineering, and Architecture. A Department of Systems Engineering was added in 1975.
|
|
This safety wheel was eventually adopted by the auto industry worldwide. Following the introduction of the Chrysler, the Maxwell marque was dropped after the 1925 model year. The new, lower-priced 4-cylinder Chrysler introduced for 1926 year was a badge-engineered Maxwell. The advanced engineering and testing that went into Chrysler Corporation cars helped to push the company to the second-place position in U.S. sales by 1936, a position it would last hold in 1949.
|
|
The reactor was unveiled by Babcock & Wilcox in June 2009. In July 2010, Babcock & Wilcox announced a formal alliance with Bechtel called Generation mPower LLC. At the same time, Babcock & Wilcox announced that it will build a test facility for the mPower reactor design at the Center for Advanced Engineering and Research in Bedford County, Virginia. In April 2011, Babcock & Wilcox received a $5 million grant from the Virginia Tobacco Indemnification and Community Revitalisation Commission for this test facility.
|
|
Khrushchev held several advanced engineering degrees. From the Ukrainian Academy of Science, he earned his doctoral degree, and he earned a Ph.D. from the Moscow Technical University. In addition, he earned an M.A. degree with distinction from the Moscow Electric Power Institute. He also held an "occasional" professorship at the Naval War College in Newport, Rhode Island, meaning he was not a full-time professor (though he was for some time), but did teach there fairly often.
|
|
Team Lotus were struggling in the mid-1970s and Rudd led the research effort that produced ground effect Lotus 78, which brought the team back to the forefront of Grand Prix success. Rudd went back to the road-car side of the company to research active suspension, turbocharging, and lead consultancy work for other manufacturers. After Chapman's death in 1982 Rudd took on an increasingly significant role in the business but advanced engineering remained his forté.
|
|
Integral foam sandwich is made of aluminium alloys (AlCu4, AlSi9Cu3) and magnesium alloys (AZ91, AM60).H-D Kunze, J Baumeister, J Banhart, M Weber, P/M technology for the production of metal foams, Powder Metallurgy International, 1993, 25:182-185.H Wiehler, C Körner, RF Singer, High pressure integral foam moulding of aluminium – process technology, Advanced Engineering Materials, 2008, 10:171-178. In this process the material for the core and face sheet is the same.
|
|
Polyspastos in Germany The ancient Romans were famous for their advanced engineering accomplishments. Technology for bringing running water into cities was developed in the east, but transformed by the Romans into a technology inconceivable in Greece. The architecture used in Rome was strongly influenced by Greek and Etruscan sources. Roads were common at that time, but the Romans improved their design and perfected the construction to the extent that many of their roads are still in use today.
|
|
Feely was the first Irish woman elected a fellow of the Institute of Electrical and Electronics Engineers. She is a Member of the Royal Irish Academy as well as a Fellow of Engineers Ireland and the Irish Academy of Engineering. She is currently the Vice-President of Engineers Ireland and of the Resources and Treasurer of the Conference of European Schools of Advanced Engineering Education and Research (CESAER) as well as director of Young Scientist and Technology Exhibition.
|
|
Mary Jackson (née Winston, April 9, 1921 – February 11, 2005) was an American mathematician and aerospace engineer at the National Advisory Committee for Aeronautics (NACA), which in 1958 was succeeded by the National Aeronautics and Space Administration (NASA). She worked at Langley Research Center in Hampton, Virginia, for most of her career. She started as a computer at the segregated West Area Computing division in 1951. She took advanced engineering classes and, in 1958, became NASA's first black female engineer.
|
|
Advanced Engineering PeCom led Ferrari with a third place spot, while Robertson Racing's Ford GT earned fifth. BMW's debut was hampered by mechanical problems for the #92 car, while the #90 of Bill Auberlen qualified seventh. In the LMP qualifying session, Acura was able to upset both Audi and Peugeot by earning pole position in their LMP1 debut. De Ferran Motorsports' driver Scott Dixon outpaced Tom Kristensen's Audi by less than a tenth of a second, while Christian Klien led Peugeot to third.
|
|
With his help, he made sure that the PWD’s engineering department capabilities were on par with most developed nations in the world. He also reworked and clarified traffic circulations around the city, as well as supervised the construction of Klang Gates Dam for KL’s water supply. He even determined the site of the dam after extensive surveys. At the same time of being the Director of the PWD, Jewkes managed to find time to teach Advanced Engineering at the KL Technical College.
|
|
In 2018, Leibniz University Hannover was adopted as the official English name. Leibniz University Hannover is a member of TU9, an association of the nine leading Institutes of Technology in Germany. It is also a member of the Conference of European Schools for Advanced Engineering Education and Research (CESAER), a non-profit association of leading engineering universities in Europe. The university sponsors the German National Library of Science and Technology (TIB), the largest science and technology library in the world.
|
|
It was renamed as Indira Gandhi Centre for Atomic Research (IGCAR) by the then Prime Minister of India, Rajiv Gandhi in December 1985. The centre is engaged in broad-based multidisciplinary programme of scientific research and advanced engineering directed towards the development of Fast Breeder Reactor technology, in India. The present Director of IGCAR is A. K. Bhaduri. He has taken over as Director with effect from 1 July 2016, following the superannuation of Dr. S. A. V. Satya Murty.
|
|
In 1984, Dickinson was appointed program manager for the development of a new line of mid-size GM cars, and in 1985 was elected a GM vice president. Promoted to group vice president of the GM Technical Staffs in 1989, Dickinson managed GM Research Laboratories, Design Staff and Advanced Engineering Staff, including all GM proving grounds. Dickinson led the development of GM's four phase vehicle development program which has become the company's global protocol for designing and building its vehicles.
|
|
The car was developed in collaboration with McLaren Electronic Systems, Williams Advanced Engineering, Dallara and Renault. In the inaugural season, all teams ran this car as the series was fully spec. Starting with the 2015–16 season, teams were allowed to develop their own powertrains and software with the other parts remaining spec. Teams had the option to revert to McLaren's "SRT01-e" powertrain from the inaugural season, which Team Aguri and Amlin Andretti took advantage of in the 2015–16 season.
|
|
Desktop Metal was collaborating with Ford Motor Company's research and advanced engineering and manufacturing teams by 2017, refining its system to meet manufacturing requirements. Desktop Metals was also working with BMW in Munich to explore eliminating the need to warehouse parts, and companies such as Milwaukee Tools and Jabil Circuit Inc. A U.S. were evaluating the printers for production use. The company revealed two distinct metal 3D printing systems in late April 2017: a studio model and a production model.
|
|
The Spark ODYSSEY 21 electric SUV was unveiled as the series' competition vehicle at Goodwood Festival of Speed on 5 July 2019. The vehicle is manufactured by Spark Racing Technology, the constructors of the Formula E cars, with a battery produced by Williams Advanced Engineering. The car is fitted with a niobium-reinforced steel alloy tubular frame, as well as crash structure and roll cage. It weighs , and is capable of 0 to 60 mph in 4.5 seconds, with of power.
|
|
In 2092 the Sleepless, led by permanent leader Jennifer Sharifi, attempted to secede from America, but were prevented by a small contingent of their youngest generation. These "SuperBright" Sleepless, led by Jennifer's granddaughter Miranda, underwent such advanced engineering that their thoughts are no longer the same as normal humans. Jennifer was indicted for treason and served 27 years in prison; in the prologue of the novel, she is released. The Supers, meanwhile, moved to Earth and transformed the social landscape of America.
|
|
The Āhole Hōlua Complex is a hōlua slide located on Āhole Inlet on the southwest side of the island of Hawaii. The slide was used in the Native Hawaiian sport of hōlua, in which upper-class men raced toboggans down lava slides covered in slippery grasses. Stone platforms along the side of the slide allowed spectators to watch the races. The slide consists of a slope and a runway; the slope and length of the slide indicate that the Native Hawaiians had developed advanced engineering skills.
|
|
The advanced engineering and testing that went into Chrysler Corporation cars helped to push the company to the second-place position in U.S. sales by 1936, which it held until 1949. In 1928, the Chrysler Corporation began dividing its vehicle offerings by price class and function. The Plymouth brand was introduced at the low-priced end of the market (created essentially by once again reworking and rebadging Chrysler's four-cylinder model). At the same time, the DeSoto brand was introduced in the medium-price field.
|
|
FenixEdu is a software project focused on developing open source software for schools. The core development team currently works out of Instituto Superior Técnico, Lisbon. The goal of this project is to develop a large suite of software products that schools can easily install and configure on their own organization, with very little resources. The project also works as advanced engineering training group for students of Instituto Superior Técnico, by giving them a realistic software development environment without the real pressures of a job.
|
|
Aerial view of the Williams F1 factory in Grove, Oxfordshire Williams Advanced Engineering (WAE) is the technology and engineering services business of the Williams Group. Based in the United Kingdom, it is located in a dedicated facility of , adjacent to Williams Formula One facilities. WAE's target markets are: automotive, motorsport, civil aerospace, defence (land, sea and air), renewable energy and sports science. The company provides the battery technology used in Formula E, and has assisted the development of the electric Vanda Dendrobium car from Singapore.
|
|
The Dwight summer residence was a 2-1/2-story wood frame Colonial Revival structure with a mix of gambrel and hip roof sections. It was clad with cobblestones on the first floor with wooden shingling above. It had a massive fieldstone chimney, a large bay window, and an enclosed porch. The house was significant both for its architecture and or the use of advanced engineering techniques, where timber trusses with iron tie rods were used to house a large public space in the first floor.
|
|
1920 Jordon Playboy at Crawford Auto-Aviation Museum The Jordan Motor Car Company was founded in 1916 in Cleveland, Ohio by Edward S. "Ned" Jordan, a former advertising executive from Thomas B. Jeffery Company of Kenosha, Wisconsin. The factory produced what were known as "assembled cars" until 1931, using components from other manufacturers. Jordan cars were noted more for attractive styling than for advanced engineering, although they did bring their share of innovations to the marketplace. Not surprisingly, the company's advertising was often more original than the cars themselves.
|
|
Totten employed recent graduates of West Point as assistant engineers at Fort Adams, and taught them advanced engineering techniques. Totten's apprentices included John G. Barnard, George W. Cullum, Pierre G. T. Beauregard, and Alexander D. Bache, all of whom earned distinction during the Civil War. While at Fort Adams, Totten conducted experiments with various mortar compositions and published a paper of his findings: Brief Observations on Common Mortars, Hydraulic Mortars and Concretes.Ann Johnson, "Material Experiments: Environment and Engineering Institutions in the Early American Republic," Osiris, NS 24 (2009), 53-74.
|
|
The Grand Hotel was designed by architect John Whichcord Jr., and built in 1864 on the site occupied previously by a battery house. It was built for members of the upper classes visiting Brighton and Hove and remains one of the most expensive hotels in the city. Among its advanced engineering features at the time was the "Vertical Omnibus", a hydraulically powered lift powered by cisterns in the roof. This was the first lift built in the United Kingdom outside London, at a time when only two others had been installed.
|
|
Between 1981 and 2009, Dennis was the team principal of the McLaren Formula One team, and was instrumental in transforming the outfit into a regular world championship contender. Constructors' and drivers' world championships were won with Niki Lauda, Alain Prost, Ayrton Senna, Mika Häkkinen and Lewis Hamilton. In May 2019, Dennis ranked 304th on the Sunday Times Rich List with an estimated wealth of £450 million. Aside from McLaren Group, he is also one of six British business persons to be an official British Business Ambassador for advanced engineering and manufacturing.
|
|
Mircan Kaya, who lives now for the most part in Turkey and Italy has become increasingly well known in recent years for her distinctive music; but she brings to the Turkish cultural scene much more than her music.[1][2] After the release of her first two albums "Bizim Ninniler (Our Lullabies)" and "Kül (Ashes)", in 2006, she expanded the operational scope of her engineering company in advanced engineering and earthquake technologies and founded UCM (UnCatalogued Music Production).She released three more albums in two years time. Sala, Numinosum and Outim.
|
|
MGI Consultancy, known since 16 October 2019 as Vertical Advanced Engineering, is a company founded by Gascoyne in 2003 with a dedicated team and facilities based in Oxfordshire, UK. MGI Consultancy is a professional engineering consultancy with the aim to bring innovative engineering solutions, R&D; and project management services, based on F1® standards of engineering, to mainstream adjacent industries. The company's main focus is in developing carbon free electric flight by applying the latest technologies, systems and agile processes from F1 to the development of eVTOL aircraft.
|
|
Main Building, 1902 Saint Petersburg Polytechnic Institute was founded in 1899 as the most advanced engineering school in Russia. The main person promoting the creation of this university was the Finance Minister Count Sergei Witte. Witte viewed establishing a first-class engineering school loosely modeled by the French École Polytechnique as an important step towards the industrialization of Russia. The idea was advanced by agricultural scientist and Deputy Finance Minister Vladimir Kovalevsky and the chemist Dmitri Mendeleev who are often considered to be the founders of the school.
|
|
AF Corse is an Italian auto racing team founded by former racing driver Amato Ferrari in 1995 in Piacenza. Strongly linked to the Maserati and Ferrari brands, AF Corse currently competes in the FIA World Endurance Championship, European Le Mans Series, Asian Le Mans Series, and International GT Open, and are four-time champions of the GT2 class of the former FIA GT Championship. The team has also entered cars under Advanced Engineering, AT Racing, Pecom Racing, Spirit of Race, Formula Racing and 8Star Motorsports, and in association with Michael Waltrip Racing (AF Waltrip).
|
|
Popović is the owner and president of the international company ABS Electro which employs over three thousand people, engaged in the production of electrical-technical equipment, creating advanced engineering solutions for a variety of industries such as electrical power, shipbuilding, oil, gas, metal, mining, and others. He is the president of the Foundation "Russian Necropolises" from Belgrade, which was responsible for the project of reconstruction of the complex of memorial monuments Russian necropolises in the New Cemetery in Belgrade. Popović is also member of the Board of the International Fun of Unity of Orthodox Nations.
|
|
But aggressive styling and advanced engineering failed to overcome the fact that Cord's extremely upscale vehicles were too expensive for the Depression-era market, and Cord's stock manipulations would force him to give up control of his automobile holding company, which included the even more expensive Cord and Rolls-Royce-priced high-performance Duesenberg. Under injunction from the U.S. Securities and Exchange Commission to refrain from further violations, Cord sold his shares in his automobile holding company. In 1937, production of all three marques ended. 1936 Auburn 654 Cabriolet.
|
|
His design work completed, he left the company in 1937. [source, daughter Barbara Buehrig Orlando plus the ACDA Museum] and modified the four-door, Cord built cars such as the Duesenberg Model J (1928–37), the Auburn Speedster (1935–37), and the Cord 810/812 (1936–37) that became famous for their advanced engineering as well as their striking appearance. The Auburn Boattail Speedster was powered by a 4.6L straight eight that, with the popular supercharger option (150 hp), could top making it a popular model in the Hollywood market.
|
|
Felix Rosenqvist at the 2017 Berlin ePrix, showing the updated season-3 spec front wing For the first four seasons, an electric racing car built by Spark Racing Technology, called the Spark-Renault SRT 01E, was used. The chassis was designed by Dallara, a battery system created by Williams Advanced Engineering and a Hewland five-speed gearbox. Michelin was the official tyre supplier. For the first season, 42 electric cars were ordered by the series, with 4 cars made available to each of the 10 teams and 2 cars kept for testing purposes.
|
|
Erwin O. Kreyszig (January 6, 1922 in Pirna, Germany – December 12, 2008) was a German Canadian applied mathematician and the Professor of Mathematics at Carleton University in Ottawa, Ontario, Canada. He was a pioneer in the field of applied mathematics: non-wave replicating linear systems. He was also a distinguished author, having written the textbook Advanced Engineering Mathematics, the leading textbook for civil, mechanical, electrical, and chemical engineering undergraduate engineering mathematics. Kreyszig received his Ph.D. degree in 1949 at the University of Darmstadt under the supervision of Alwin Walther.
|
|
A technology-critical element (TCE) is a chemical element that is important to emerging technologies, in much higher demand than in the past, and in scarce supply relative to demand. Many advanced engineering applications, like clean- energy production, communications or computing, use emergent technologies that utilize numerous chemical elements. As a result, a much greater proportion of metals in the periodic table are economically significant than in past centuries. Technology-critical elements are those elements for which a striking acceleration in usage has emerged, relative to past consumption.
|
|
The Mint's facility in Ottawa is responsible for producing collector and commemorative coins, bullion in the form of coins, bars, wafers and grain, medals and medallions. This is also where the master tooling is done to create the dies that strike coin designs for both circulation and commemorative issues. The Mint's gold and silver refineries and assay labs are also in Ottawa, as is a full-time Advanced Engineering Research team dedicated to R+D projects. The last surviving member of the Mint's original staff was Owen Toller.
|
|
Pridgeon & Clay operates two locations in the United States, in Michigan and Indiana. The Grand Rapids, Michigan location houses the head office, a manufacturing plant, a distribution center, and a Research & Development and Advanced Engineering facility. As the main production facility, Grand Rapids runs over 70 presses ranging from 40 tons to 1500 tons with customized steel feed systems that accommodate rolled coils or flat blanks. The manufacturing plant in Franklin, Indiana specializes in lighter gauge stamping up to 400 tons, plus MIG and resistance welding, tube cut-off, sizing, and forming.
|
|
The basilica Maxentius took aspects from Roman baths as well as typical Roman basilicas. At that time, it used the most advanced engineering techniques known including innovations taken from the Markets of Trajan and the Baths of Diocletian. Similar to many basilicas at the time such as the Basilica Ulpia, the Basilica of Maxentius featured a huge open space in the central nave. However, instead of having columns support the ceiling like other basilicas, it was built using arches, a much more common appearance in Roman baths than basilicas.
|
|
A Signal/One radio was said to be a complete high performance, station in a box. While marketed to the affluent radio amateur, it has been suggested that the primary market for Signal/One, like Collins, was military, State Department, and government communications. Although prized for the performance and advanced engineering, Signal/One's products did not sell as well as hoped, and the company gradually fell on hard times. From the 1970s though the 1990s, every few years, Signal/One was spun off, sold, and resurfaced at another location.
|
|
Panasonic is the sole supplier of the cells in the U.S., and cooperates with Tesla in producing "2170" ( wide by tall) batteries at Giga Nevada. Tesla's battery cells in China are supplied by Panasonic and CATL, and are the more traditional prismatic cells used by other automakers. , Panasonic produces 35GWh per year of the 2170 batteries at Giga Nevada. Some analysts believe that Tesla had a $42 ($158 versus $200) per kWh advantage over other vehicle battery manufacturers in 2019 due to its advanced engineering and scale of the Giga Nevada battery manufacturing.
|
|
As the war continued and the demand for qualified technicians increased, five Navy-operated Primary Schools were added. The Secondary Schools were totally taught by Navy and Marine personnel, and the time was divided between advanced engineering topics and hands-on hardware laboratories. Schools at the NRL (an upgrade from the old RMS), at Treasure Island in the San Francisco Bay, and somewhat later, at Navy Pier in Chicago, were focused on shipboard and shore-based equipment. NATTC Ward Island (described in the next section) was the Secondary School concerned with equipment carried by aircraft.
|
|
Williams Advanced Engineering would be providing R&D; assist in the protype building and testing process with close involvement from interested customers. Aston Martin RapidE Showcar at Top Marques Monaco 2019 The RapidE will be powered by a 65 kWh battery supplied by HyperBat Limited; a new joint venture between WAE and Unipart manufacturing group. The battery would be capable of 800-volt power transfers. Five thousand six hundred lithium-ion electric cells would be fitted in the engine bay along with two electric motors supplied by Integral Powertrain at the rear.
|
|
Seven of the nine were awarded the Congressional Space Medal of Honor. The group was required to augment the original Mercury Seven, with the announcement of the Gemini program leading to the Apollo program. While the Original Seven had been selected to accomplish the simpler task of orbital flight, the new challenges of rendezvous and lunar landing led to the selection of candidates with advanced engineering degrees (for four of the nine) as well as test pilot experience. Lovell and Conrad had been candidates for the Original Seven, but were not selected then.
|
|
Damian is shown to have highly advanced engineering skills, as he was able to complete his father's plans of building a flying Bat-mobile, the construction of which Alfred described as "being an endless source of frustration to Damian's father." Damian is also a capable businessman despite his young age, being involved with Wayne Enterprises and its board members. He also has been trained in numerous weapons as shown in the Blackest Night event.Batman: Blackest Night vol 1 #2 Damian possessed superpowers similar to that of Superman following his resurrection, though this was short-lived.
|
|
Ten entries are granted a reserve entry, in case an entry from the list of 55 withdraws prior to the event. These ten entries will be allowed to join the race entry list in the order they are listed here, regardless of their class. On 31 March, Gigawave Motorsport withdrew their Aston Martin from the GT1 category of the entry list in order to concentrate on their development of the Nissan GT-R program. This promoted Advanced Engineering/Team Seattle from the reserve list to the entry list.
|
|
The Spark-Renault SRT_01E, also known as the SRT01-e (since the 2015–16 season) or the Spark Gen1 (after the introduction of the successive Gen2 chassis), is an electric formula race car designed for the inaugural season of Formula E, in 2014–15. The car is the result of a 10-month collaboration between Spark Racing Technology, McLaren Electronic Systems, Williams Advanced Engineering, Dallara and Renault. The car was used until the end of Formula E's fourth season in 2018, after which it was replaced by the SRT05e.
|
|
The Warren Centre for Advanced Engineering is an Australian engineering and science policy think-tank, established in 1983 and named for Australia's first engineering lecturer. The Sydney-based centre describes itself as Australia’s premier independent think-tank on transformative engineering issues. The Warren Centre is known for its annual Innovation Lectures and Innovation Hero Awards, which celebrate important figures in Australian innovation. It is influential in STEM (science, technology, engineering and maths) education policy, and is known for other historical and ongoing programs across different branches of engineering.
|
|
Brighton Business School, School of Architecture and Design, School of Computing, Engineering and Mathematics, School of Environment and Technology, and School of Pharmacy and Biomolecular Sciences are based on the Moulsecoomb campus. Teaching and learning resources include rapid prototyping and design equipment including 3D scanners, CNS lathes and laser cutters, clinical skills and molecular biology laboratories, specialist labs for structural dynamics, geotechnics, thermal dynamics, hydraulics and avionics, a flight simulator, real-time trading room, and architecture and interior architecture studios. Facilities include Aldrich library, computer pool rooms, two restaurants and five cafes. The new advanced engineering building opened in September 2017.
|
|
Lino was born in the Free Territory of Trieste, today part of Italy, but grew up in Portland, Oregon from the age of five. She received an M.A. in international affairs from The George Washington University's Elliott School of International Affairs in 1972 and B.A. in political science from Portland State University in 1971. In May 1999, she received an honorary doctorate of international affairs from John Cabot University. She also completed a Certificate in Advanced Engineering Studies at M.I.T. in a mid-career program and did post-graduate work at the University of Zagreb (then in the former Yugoslavia).
|
|
The effects of a less-notable degree proceed to play out in the workplace and job recruiting processes. Scholars have reasoned this inequality to be the effect of part-time enrollment and the advanced engineering characteristic of elite universities. With fewer females enrolling in STEM programs, they are less likely to attend universities notable for these programs. Other scholars argue that gender inequality at elite institutions is not an issue of access, accrediting the issue to decentralized school systems, such as the existence of female-only universities (which individually draw a large segment of women attending college).
|
|
The Hohokam constructed an assortment of simple canals combined with weirs in their various agricultural pursuits. Between the 7th and 14th centuries they built and maintained extensive irrigation networks along the lower Salt and middle Gila Rivers that rivaled the complexity of those used in the ancient Near East, Egypt, and China. These were constructed using relatively simple excavation tools, without the benefit of advanced engineering technologies, and achieved drops of a few feet per mile, balancing erosion and siltation. The Hohokam cultivated varieties of cotton, tobacco, maize, beans and squash, as well as harvesting an assortment of wild plants.
|
|
In 1934 Ginger Wood, riding a New Imperial 500 cc V-twin for one hour, achieved a 102.2 mph (164.4 km/h) average at Brooklands. In September 1935 R J D 'Bob' Burnie of Sketty, Swansea, completed 'The Flying Kilometre' at Southport Sands in the British Open Speed Championship on the same bike with a speed of 100.76 mph. Bob Foster won the 1936 Lightweight TT handsomely on a unit-construction model. This was the last time that Great Britain won a Lightweight TT. Despite the advanced engineering, and the spectacular TT win by Foster, sales did not improve.
|
|
Prodrive is a British motorsport and advanced engineering group based in Banbury, Oxfordshire, England. It designs, constructs and races cars for companies and teams such as Aston Martin, Mini and Volkswagen. Its advanced technology division now applies this motorsport engineering approach to deliver engineering solutions into automotive OEMs, aerospace, defence, marine and other sectors, which now represents more than half its turnover. Prodrive also has a specialist composite division based in Milton Keynes where it manufactures lightweight carbon composite CFRP and visual carbon components for many supercars and increasingly for the luxury automotive, aerospace and marine sectors.
|
|
Vilander and Bruni are retained in the lead car, while Biagi returns to the squad to be joined by Christian Montanari in the second entry. The third car will be run under the Advanced Engineering name, with Argentinian Matías Russo and Luís Pérez Companc. AF Corse's Ferrari F458 Italia GT2 at Zhuhai International Circuit. In 2010, the FIA GT Championship was dissolved and two new championships were born from it. The GT1 class of the former series became the FIA GT1 World Championship while the GT2 class formed the FIA GT2 European Championship. The GT2 series was suspended due to lack of entries.
|
|
It could not be determined whether Maximus's claim was true or merely another manifestation of his madness, though Groot did genuinely seem to be assisting Maximus with highly advanced engineering. Later, in All New X-Men #23, Jean Grey telepathically links with Groot, showing that Groot's thought processes are indeed complex, and the declaration of "I am Groot!" usually represents attempts at highly intelligent communication. In Avengers: Infinity War, which takes place in the Marvel Cinematic Universe, Thor states that Flora colossi is offered as an elective in Asgardian schools and is his explanation for his ability to understand Groot.
|
|
Because he had worked only at Oxford, he wanted Oxford's standards of academic performance at the undergraduate level and in research. He had a belief that Warwick must maintain a balance between 'pure' and 'applied' disciplines: you could justify a strong commitment to the Humanities if you had a Business School, a very pure Maths Department if you had Engineering. A large part of Warwick's success stems from Butterworth's cultivation of links with the rich industrial enterprises of the Midlands. One of his first creations was an industrial centre, intended as a stimulus of advanced engineering in the region.
|
|
He married his wife Erma Ruth Callaway Chestnut in 1944 and they had three sons. During the Second World War Chestnut was both a student and an instructor in General Electric's well-known Advanced Engineering Program. He worked on the design of the central fire- control system and remotely controlled gun turrets used on the B-29 aircraft.In memoriam—Harold Chestnut IEEE the current source, Vol 28, no 1, April 2002. Later he worked in the Aeronautics and Ordnance Department and the Systems Engineering and Analysis branch of the Advanced Technology Laboratory, where he served as manager from 1956 to 1972.
|
|
Additionally, he has a severe fear of snakes, as evidenced by his horrified reaction at his discovery of a dead rattlesnake that was placed in a UPS box and re-sealed as if it was a recent delivery to the shop. In 1996, Tally caught the eye of Steve Saleen while heading a number of NASCAR engine engineering projects. Tally joined Saleen in 1998 to develop the 7.0L engine that was eventually used to power the Saleen S7. Before becoming CTO at Saleen, Tally had served in the positions of S7 program Chief Engineer, VP of Engineering, and VP of Advanced Engineering.
|
|
The first song he ever formally recorded was in a recording studio at San Diego Senior High School. The song, called "Kecia's Song," was inspired by the death of his friend and classmate, Kecia Cummings. After high school, he recorded three more songs at Hit Single recording studio, with a classic rock band "Down To Earth" for which he was lead singer and keyboardist. He later recorded his own solo material in San Diego recording studios, at Mix Masters recording studios, where he received a certificate in Advanced Engineering, and at Steve Vaus Productions where he met recording engineer Michael W. Harris.
|
|
Lacking suitable beasts of burden and inhabiting domains often too mountainous or boggy for wheeled transport, the ancient civilizations of the Americas did not develop wheeled transport or the mechanics associated with animal power. Nevertheless, they produced advanced engineering including above ground and underground aqueducts, quake-proof masonry, artificial lakes, dykes, 'fountains,' pressurized water, road ways and complex terracing. Equally, gold-working commenced early in Peru (2000 BCE), and eventually copper, tin, lead and bronze were used. Although metallurgy did not spread to Mesoamerica until the Middle Ages, it was employed here and in the Andes for sophisticated alloys and gilding.
|
|
The Sophomore: Principles of Engineering course is an advanced science and technology curriculum with hands-on lab activities, robotics, and computer simulations. The Junior: Product Design & Engineering course encompasses 2D drafting, 3D computer-aided design & modeling with SolidWorks, and 3D printing. Seniors have a choice of two courses for their final year: the capstone Engineering Design & Development course and the Computer Science & Engineering course. The capstone class is a senior product design class (senior project) that emphasizes advanced engineering skills, communication and teamwork that students have learned in their four-year academic career to solve real-world engineering challenges.
|
|
Upon graduation he joined General Motors and in 1973 he was made chief engineer of GM's new front wheel drive X-body cars. In 1982 he was promoted to vice- president of advanced engineering before being named president of GM Europe in 1988. It was here that Chrysler Corporation CEO Lee Iacocca found Eaton and hired him to be his successor as CEO. This was controversial at the time, because Bob Lutz was the expected successor to the CEO position, and Iacocca later indicated that he indeed felt that Lutz would have been the better choice as his successor.
|
|
On 15 May 2013 Renault was announced as technical partner of Spark Racing Technology. Renault's experience in the Renault Z.E. (Zero Emission) and Formula One programmes will be used to put to Formula E's advantage. On the same day, Formula E unveiled the design of the Spark-Renault SRT_01E. The battery design was in the hands of Williams Advanced Engineering, part of the Williams Group to which the Formula One team belongs. At the Frankfurt Motor Show, on 10 September 2013, the Spark-Renault SRT_01E was revealed by FIA president Jean Todt and Formula E Holdings CEO Alejandro Agag.
|
|
PUT is at present autonomous state institution consisting of nine faculties in which institutes and chairs over one thousand academic staff members do research and run educational tasks for over fourteen thousand students of full -time and part-time studies. PUT has been granted the right to confer doctorates in technical science. Moreover, it runs postgraduate studies within different faculties. In 1995 PUT, as the first Polish University of Technology, became a member of the Conference of European Schools for Advanced Engineering Education and Research – CESAER-bringing together the best European Engineering Colleges and Universities of Technology.
|
|
The start of the first practice session took place 15 minutes later to accommodate Roborace, the autonomous racing car series which held demonstration runs during the season. Unlike previous seasons, only one point was offered to the driver who recorded the fastest lap of a race to reduce the possibility that the championship would be decided by the additional award. A 50% increase in the available regeneration progress from to was made possible by an evolution of the Williams Advanced Engineering-constructed battery, expanding the amount of possible strategies to drivers. The maximum amount of usable power during the race weekend remained at for season three.
|
|
During Torch, a large part of 585th Field Park Company was lost at sea, including its vital equipment. After the landings, the engineering work required was considerable, while the arrival of engineer units was slow and they were widely scattered. In December 1942, a month after the first landing, the Commanding Royal Engineer (CRE) of 1st ATRE, Lt-Col L.E.A. Gwynne, commanded the advanced engineering base at Bône in Tunisia with 587th Field Company and other workshop and park units. Allied ports and bases suffered severely from enemy bombing, and the CRE spent several nights directing the rescue of personnel trapped in bombed buildings at Bône.
|
|
Students design a curriculum of their own and choose a faculty advisor. During the senior year, the student takes a 400-level individualized study capstone which is the culmination of their program. An engineering program is offered as a five- year, Dual Degree program in conjunction with Columbia University in New York City, Rensselaer Polytechnic Institute in Troy, New York, Washington University in St. Louis, Missouri, and the University of Pittsburgh in Pittsburgh, Pennsylvania. Engineering students may choose any of these schools to travel to, taking three courses of liberal arts, mathematics, and physics at Gettysburg College, and two years of advanced engineering and physics classes at their chosen University.
|
|
In its design philosophy behind the new car, the team says the MP4-22 features "some advanced engineering concepts" and "novel aerodynamic solutions". On 17 January 2007, Fernando Alonso completed a shakedown test in the Ricardo Tormo circuit in Valencia, setting the fastest lap time of 1:12.050. At testing in Catalunya on 1 May 2007, Pedro de la Rosa tested the car with a new unique front wing design that would see extensive use throughout the remainder of the season. It featured a thin carbon fibre wing that spanned from the top of each end plate, bypassing the nosecone by arching over it.
|
|
The reservoir structures are regarded as a kind of Utilitarian engineering structures influenced by Italianate Renaissance of Victorian civil engineering. Therefore, they are considered having heritage value and are kept intact. With regard to the engineering techniques used, the system used in Tai Tam Reservoir relied much less on gravity flow, which only accounted for about 20% of the total capacity of the ultimate fresh water supply. It was built using a more advanced engineering techniques than those used in building the Pokfulam one, as the system of Pokfulam Reservoir relied completely on a simple principle based on gravity – water running down from a higher place to a lower one.
|
|
He was freed in November, thanks to the Allied invasion of French North Africa, and a few weeks later joined the heavy cruiser in the North Atlantic. He was next posted to the Royal Naval College, Greenwich, from 1943 to 1945. After the war Malim took an advanced engineering course at Greenock. From 1945 to 1947 he served on , then was on the staff of the Royal Naval Engineering College from 1948 to 1950. After service with the Admiralty at Bath (1951–1954), a posting to the carrier (1954–1956), and another spell at the Admiralty (1956–1958), he joined the Royal Yacht Britannia in 1958 as Commander Engineer.
|
|
Duesenberg built the chassis while the bodies were built either to Duesenberg's own specifications, or to the special order of the buyer, by selected independent body companies. In 1934, Buehrig was transferred to Auburn Auto where he designed the 1935 Auburn 851 Speedster. The Speedster was styled or modified to use leftover speedster bodies. Buehrig and a design team were then assigned to E.L. Cord's so-called "Baby Duesenberg" to build a smaller, more affordable car. Designed by Buehrig in 1933, it became the acclaimed 1936/37 Cord 810/ 812 Cords, a hit at the November 1935 annual New York Automobile Show—acclaimed for advanced engineering as well as revolutionary styling.
|
|
Holford read mechanical engineering at Cardiff University with sponsorship from Rolls-Royce and was the first member of her family to attend a higher education institution. This came after her school art teacher encouraged her to pursue the course, even though her careers advisor had discouraged her from studying engineering, which was perceived as a predominately male area. She later returned to Rolls-Royce where she was persuaded to complete a PhD course. During her time at Rolls-Royce Holford contributed to the construction of the Adour and Pegasus engines with help from engineers across Europe and the United States and development work in advanced engineering.
|
|
A large group of theorists felt the area where western business was most lacking was product quality. W. Edwards Deming,Deming, W.E. Quality, Productivity, and Competitive Position, MIT Center for Advanced Engineering, Cambridge Mass., 1982. Joseph M. Juran,Juran, J.M. Juran on Quality, Free Press, New York, 1992. A. Kearney,Kearney, A.T. Total Quality Management: A business process perspective, Kearney Pree Inc, 1992. Philip CrosbyCrosby, P. Quality is Free, McGraw Hill, New York, 1979. and Armand FeignbaumFeignbaum, A. Total Quality Control, 3rd edition, McGraw Hill, Maidenhead, 1990. suggested quality improvement techniques such total quality management (TQM), continuous improvement (kaizen), lean manufacturing, Six Sigma, and return on quality (ROQ).
|
|
In 1984, Zhejiang University initiated a pilot project called Mixed Class (i.e., Honors Program of Engineering), which “mixes” outstanding freshmen from different departments into an elite class, where the strength of Zhejiang University's engineering courses can be combined with the advantage of her long-established science courses. In May 2000, Chu Kochen Honors College was established on the basis of Mixed Class (Honors Program of Engineering), Undergraduate Program for Advanced Engineering Education, Intensive Training Program of Innovation and Entrepreneurship. The diverse model of Mixed Class (Honors Program of Engineering) was then extensively applied to more elite students in the Honors Programs of Liberal Arts&Social; Sciences, Sciences, and Engineering.
|
|
Some varying factors in splat quenching are the drop size and velocity of the metal in ensuring the complete solidification of the metal. In cases where the volume of the drop is too large or the velocity is too slow, the metal will not solidify past equilibrium causing it to remelt. Therefore, experiments are carried out to determine the precise volume and velocity of the droplet that will ensure complete solidification of a certain metal. Intrinsic and extrinsic factors influencing the glass-forming ability of metallic alloys were analyzed and classified.D. V. Louzguine-Luzgin, D. B. Miracle, A. Inoue “Intrinsic and Extrinsic Factors Influencing the Glass-Forming Ability of Alloys” Advanced Engineering Materials, Vol.
|
|
This type of air pump, notable for low noise and high efficiency, was patented on 3 October 1905 by Léon Creux of France (US Patent 801,182). Due to the very imprecise production methods of the period, however, it was not manufacturable for a long time, since the displacer (described below) inside the compressor comes within tenths of a millimetre of the housing wall without making contact. Only with the more advanced engineering methods of the 1980s, did it become possible to produce the G-Lader. Contrary to expectations, Volkswagen's designs turned out to need relatively frequent repair in normal operation, which was one of the reasons why that manufacturer eventually abandoned this technology at the time.
|
|
Kron's career developed within the General Electric corporation and has been described by P.L. AlgerP.L. Alger, "The Evolution of an Engineering Scientist", pages 5 to 17 in Gabriel Kron and Systems Theory Alger explains that Kron made a positive impression at an AIEE conference held in New York in January 1934. The behavior of an electrical network was described as a dynamical system confined to a Non-Riemannian space. General Electric vice president Roy C. Muir "invited Gabe to join the staff of the Advanced Engineering Program under A.R. Stevenson." Furthermore, Philip Franklin of Massachusetts Institute of Technology approved Kron's paper for publication in MIT Journal of Mathematics and Physics, May 1934.
|
|
Gurtin received his Bachelor of Mechanical Engineering at Rensselaer Polytechnic Institute (1955),Alumni faculty, Rensselaer Polytechnic Institute, Mechanical Engineering Department, 2009. Retrieved 2010-01-22. and a Ph.D. in Applied Mathematics (1961) from Brown University with a dissertation entitled "Some Theorems In The Linear Theory Of Elasticity"; his advisor was Eli Sternberg.. His experience prior to his stint at Brown University includes work as a structural engineer at Douglas Aircraft, Los Angeles, and at General Electric (Utica, N.Y.), in their Advanced Engineering Program. He has taught at Brown University and joined the Department of Mathematical Sciences of Carnegie Mellon University as professor in 1966 where he held the Alumni Chair in Mathematical Sciences from 1992 until his retirement.
|
|
The Grand Prix first appeared in the Pontiac line for the 1962 model year, as a performance- oriented replacement for the Ventura, which became a luxury trim level of the full-size Catalina It was essentially a standard Catalina coupe with minimal outside chrome trim and a sportier interior (bucket seats and a center console). The performance-minded John DeLorean, head of Advanced Engineering at Pontiac, contributed to the development of both the Grand Prix and the GTO. Early models were available with Pontiac performance options, including the factory-race Super Duty 421 powertrain installed in a handful of 1962 and 1963 cars. The full-size Catalina-based Grand Prix sold well through the 1960s.
|
|
In addition to the Technology and Innovation Centre, a Industry Engagement Building, which will be located adjacent to the TIC building, will accommodate around an extra 500 occupants to the already huge workforce at the TIC. Both buildings have been designed by BDP. The research that will be carried out in the Technology and Innovation Centre, by around 850 researchers from the University, is in the fields of: Advanced Engineering and Manufacturing, Advanced Science and Technology, Bioanotechnology, Business Engagement, Continuous Manufacturing and Crystallisation (CMAC), Energy, Health Technologies at Strathclyde, Human and Social Aspects of Technology, Photonics and Sensors, and Asset Management. The company which is undertaking the construction of the Technology and Innovation Centre are the Lend Lease Group.
|
|
She then undertook research at Harvard Medical School in Cambridge, Massachusetts under Charles Vacanti for two years. Vacanti had hypothesized that stem cells could be created under certain conditions, and Obokata, according to a profile in The New Yorker by Dana Goodyear, ‘was a lab director’s dream’, applying herself to the challenge ‘with fanatical devotion’. A research assistant, Jason Ross, told Goodyear, ‘I’ve never met anyone smarter.’ Obokata’s thesis adviser ‘told Vacanti that it was the best thesis he had ever read.’ Goodyear, Dana; The Stress Test; New Yorker; In 2011, Obokata returned to Japan to complete her Ph.D. in Engineering at the Graduate School of Advanced Engineering and Science at Waseda University.
|
|
Renzo Piano, winner of the Pritzker Prize in 1998, is the architect of the Center's building; he had been selected after Nasher met him at the opening of the Beyeler Foundation in Basel, Switzerland, in 1997. Piano has designed several critically acclaimed art museums; foremost among them are the Beyeler Museum in Basel, the Menil Collection in Houston, and Georges Pompidou Centre in Paris (in collaboration with Richard Rogers). He has been praised as an architect who has the genius to meld art, architecture, and advanced engineering to create some of the most remarkable museums in the world. Piano worked in collaboration with landscape architect Peter Walker of PWP Landscape Architecture on the design of the Garden.
|
|
High technology industry (Aerospace, Nuclear, Oil & Gas, Automotive, Power Generation and Distribution etc.) trained its professional engineers via the advanced apprenticeship system of learning – usually a 5-year process. The higher Apprenticeship framework in the 1950s, 60s and 70s was designed to allow young people (16 years) an alternative path to A Levels to achieve an academic qualification at level 4 or 5 NVQ (National Vocational Qualification). The Higher Apprenticeship Framework was open to young people who had a minimum of 4 GCE "O" Levels to enroll in an Ordinary National Certificate or Diploma or a City & Guilds technician course. For advanced engineering apprenticeships "O" Levels had to include Mathematics, Physics, and English language.
|
|
Following his completion of the Advanced Engineering Program, Henry was assigned to its staff for two years, and then assigned to the Aeronautic and Ordnance Systems group, also in Schenectady. In 1959, the family moved to Syracuse, NY, and GE's Defense Systems Department, and in 1962 the family moved again, this time to Daytona Beach, FL and GE's Apollo Support Department. Henry was Manager of Quality Assurance. In 1966, Henry headed up the Business and Professional Operation of General Learning Corporation, a joint-venture between General Electric and Time Life in Bethesda, MD. The next year, Henry became Manager of Engineering for GE's Heavy Military Electronics Department in Syracuse, NY, managing a staff of about 2,000 persons for General Manager Thomas I. Paganelli.
|
|
Christopher (Chris) Alan McMahon is a British mechanical engineer, academic and a researcher. He is a retired Professor of Engineering Design and serves as Senior Research Fellow and Senior Associate Teacher at the University of Bristol. McMahon has published two editions of a textbook on computer-aided design and manufacture, and authored a number of research papers focusing on engineering design and computer-aided design, especially concerning the application of computers to the management of information and uncertainty in design and design automation. McMahon is associated as an editorial board member with various journals including Research in Engineering Design, Journal of Engineering Design, Advanced Engineering Informatics, International Journal of PLM, AIEDAM and She Ji: Journal of Design, Economics and Innovation.
|
|
Launch of USS Tripoli (LHA-7) at Huntington Ingalls Industries in Pascagoula, Mississippi in 2017 The program started in July 2001, with development beginning in October 2005, the production decision was made in January 2006, and construction of LHA-6 began in December 2008. The keel-laying ceremony was on 17 July 2009 with delivery originally planned for August 2012. As of 2009, delivery was planned for February 2013 and initial capability for February 2014, but delivery has now been further delayed into FY2014. Northrop Grumman Shipbuilding was awarded $48.1M for "additional planning and advanced engineering services in support of the LHA replacement (LHA[R]) Flight 0 amphibious assault ship (LHA 7)" on 28 October 2010, to run until May 2012.
|
|
The road layout within Coventry and its links to other settlements were developed through the Middle Ages, becoming stable by the 17th century at the latest. During the 19th century some sections of road were upgraded to turnpike status, but development proceeded at a slow pace due to difficulty in securing funding, and much of the city's road network was narrow medieval streets. A notable exception was Thomas Telford's road from London to Holyhead, which was built through the city between 1827 and 1830. Telford used advanced engineering techniques for the time, with good drainage and stone foundations, and his road became the major route into the city from the west and the south east, replacing older routes on different alignments.
|
|
In developing the ULTRA AP, GTRI's scientists and engineers assembled a team of industry professionals that included GTRI employee Scott Badenoch, who is now an advanced development and racing professional; Tom Moore, former vice president of Liberty Operations, Chrysler's advanced engineering center; Walt Wynbelt, former program executive officer with the U.S. Army Tank Automotive and Armaments Command, and Dave McLellan, former Corvette chief engineer for General Motors. The ULTRA concept had its vehicle genesis on the US Army TARDEC COMBATT Program, sponsored by the National Automotive Center. This program explored the use of commercial vehicle platforms as a fundamental building block of more rugged military vehicles. Michael Dudzik (GTRI) and David McLellan were principals in the early transition of the COMBATT achievements to the ULTRA platform.
|
|
Efraim Margolin is a prominent Israeli-American businessman and philanthropist, founder of Margolin Consultants Inc, one of the leading employment and Merger and Acquisitions Companies in New York City. He is a native of Ukraine, who immigrated to Palestine when he was a small child. Growing up with a father who was a local leader of the Haganah Jewish Underground Militia, he became one of the leading young engineers during World War II working for the Anglo-Iranian Oil Company in Iran and later, as Manager in Bahrain Island constructing an airport for the British Air Force. Later he came to America for advanced engineering studies at Columbia University marrying his American sweetheart and ended up serving as a secret agent for the Mossad, the Israeli Undercover Agency, outfitting torpedo boats for the Israeli Navy.
|
|
The V8 configuration of the "Strato-Streak" engine that replaced it in 1955 did away with all the crankshaft and L-head related problems, replacing the Depression era "cheap 8" with a truly modern, durable but yet affordable design perfectly matched to Pontiac's target market. A few years later (fall of 1956), under the guidance of Bunkie Knudsen Pontiac was determined to change its image into a performance car to boost sales, this led Knudsen to look for further talent, including Pete Estes as chief engineer (taken from Olds division) and John DeLorean as director of advanced engineering, a former Packard and Chrysler engineer. Pontiac became known as a performance division based upon the durable, well performing V8s that came later, all of them based upon the original 287 of 1955.
|
|
Ever the sportsman—at six foot two and 250 pounds—he once fought off goons hired by (as was believed at the time) General Motors. It is alleged that he sent two to hospital and the third running. McCahill was a personal friend of Walter P. Chrysler and appreciated the handling and performance characteristics of Chrysler Corporation cars in the late 1950s and 1960s, which included many advanced engineering features such as front torsion-bar suspensions (combined with rear multi-leaf springs) for flatter cornering, powerful V8 engine options across the board and positive-shifting three-speed TorqueFlite automatic transmissions. In a 1959 road test of the Plymouth Sport Fury (which he referred to as the "Sports Fury"), he claimed that the torsion bar suspensions were the finest in America.
|
|
In addition, he belongs to the editorial board of several leading scientific journals in the area of fatigue, fracture and structural integrity, such as, Materials & Design , International Journal of Fatigue , Safety Science , Theoretical and Applied Fracture Mechanics , Materials Science and Engineering: A , Advanced Engineering Materials , Polymer Testing , Strength of Materials , among others. He is the founder, the head and, scientific leader of the mechanical testing laboratory at the Department of mechanical and industrial engineering in NTNU that he has built since 2016 attracting financial support from different sources. Filippo Berto has a major role in the Italian Group of Fracture being vice-president since 2019 and co-editor in chief of the associated journal . He has been visiting professor in prestigious Stanford University (USA) where is collaborating with Nanoscale Prototyping Laboratory .
|
|
The Gen3 Formula E car is planned to be introduced for the ninth Formula E season (2022–23). Power levels for the car are expected to be 350 kW in qualifying and 300 kW in the race, whilst regeneration levels will be allowed on both front (250 kW) and rear (350 kW) axles for a maximum of 600 kW recovery under braking. The battery will also be designed to be able to handle "flash-charging" at rates of up to 800 kW, allowing pitstop recharging into the championship for the first time. In July 2020 it was announced that Spark Racing Technology would build the chassis and supply the front axle MGU, Williams Advanced Engineering would supply the battery, and Hankook would supply all-weather tires incorporating bio-material and sustainable rubber.
|
|
Christian von Koenigsegg invented the Koenigsegg Direct Drive System (KDD), and it was developed for the Regera by the Koenigsegg Advanced Engineering Team. The KDD system effectively eliminates the need for a transmission and allows for pure EV (electric vehicle) mode. The Regera doesn't have a traditional multi-gear transmission but instead features a single-speed fixed-gear transmission, often called a direct drive, with a 2.73:1 reduction ratio, meaning the crankshaft mounted on the ICE will rotate 2.73 times for every 1 time that the output shaft of the direct drive mechanism will rotate. At speeds below 30 mph, the wheel shaft electric motors mostly propel the car through the use of a hydraulic coupling that lets the ICE and the crankshaft mounted electric motor slip.
|
|
The Czechoslovakian Tatra 77 (T77) is by many considered to be the first serial-produced, truly aerodynamically-designed automobile. It was developed by Hans Ledwinka and Paul Jaray, the Zeppelin aerodynamic engineer. Launched in 1934, the Tatra 77 is a coach-built automobile, constructed on a platform chassis with a pressed box-section steel backbone rather than Tatra's trademark tubular chassis, and is powered by a rear-mounted 2.97-litre air- cooled V8 engine, in later series increased to a 3.4-litre engine. It possessed advanced engineering features, such as overhead valves, hemispherical combustion chambers, a dry sump, fully independent suspension, rear swing axles and extensive use of lightweight magnesium alloy for the engine, transmission, suspension and body. The average drag coefficient of a 1:5 model of Tatra 77 was recorded as 0.2455.
|
|
Like polytechnics or technological universities (institute of technology) in other countries, their aim was to teach both purely academic and professional vocational degrees (engineering, computer science, law, architecture, management, business, accounting, journalism, town planning, etc.). Their original focus was applied education for professional work and their original roots concentrated on advanced engineering and applied science (STEM subjects), though soon after being founded they also created departments concerned with the humanities. The polytechnic legacy was to advance and excel in undergraduate and post graduate degrees in engineering and technology (STEM) education that now form a core faculty at most universities in the UK. While many former polytechnics have advanced their research focus, many have stayed true to their original ethos by focusing on teaching for professional practice. The division between universities and polytechnics was known as the Binary Divide in UK higher education.
|
|
Classified as the "Model H military tractor", it was developed and built in 1912 by Burgess Company and Curtis, which in 1914 became the Burgess Company. Powered by a 70 hp Renault engine with the propeller in the tractor configuration, the biplane trainer had tandem open cockpits after a redesign in 1914 by Grover Loening, then a civilian engineer with the U.S. Army. Loening was the first person to receive an advanced engineering degree in aeronautics, from Columbia University in 1910, and later was a founding member of both Sturtevant Aircraft Company and Loening Aircraft Engineering. The Aeronautical Division, U.S. Signal Corps purchased its initial Burgess Model H as Signal Corps No. 9 in August 1912, then five more of the Loening design for the 1st Aero Squadron at North Field, California between November 1913 and July 1914.
|
|
After retiring from Lockheed in 1974, Ware engaged in an active career in the United States Coast Guard Auxiliary attaining the rank of commander. A lifelong pilot, and holding a commercial certificate, he flew flag officers of the Coast Guard in his personal aircraft, such as a Beechcraft Duke and engaged in search and rescue operations with same, as well as his T-28, and also in counter terrorist activities with the Coast Guard on his boat. He and his third wife, Jenna, owned numerous airplanes, including but not limited to the T-28 Fennec and an award-winning 1937 SR-9B Stinson "Gullwing" Reliant. On September 4, 1998, Ware, his wife Jenna Ware (social worker and transsexual), and Hayden Griffin, Ph.D. (Virginia Tech professor of engineering), co-founded the Joseph F. Ware Jr. Advanced Engineering Laboratory at Virginia Tech.
|
|
If I could just walk away from acting, I think I could do > that very easily, and just focus on the driving, I would love that more than > anything else. He has competed in prestigious pro-am events such as the 24 Hours of Le Mans, Rolex 24 at Daytona sports car race, and Tecate SCORE Baja 1000 off-road race. He was a co-owner of the Vision Racing IndyCar Series team and current owner of Dempsey Racing, which is presently racing two Porsche 911 GT America's in the Tudor United Sports Car Series. He participated in this series as often as his schedule allowed, although insurance restrictions kept him from driving competitively while also filming a motion picture. In 2009, he raced a Team Seattle Advanced Engineering Ferrari F430 GT in the 2009 24 Hours of Le Mans's GT2 class and finished ninth in class.
|
|
Preparations for the robotics build season begin at the launch of the school year, where Team 1717 students take both an Advanced Engineering class and an ROP FIRST Robotics class. During the months leading up to the competition, students begin to specialize, in areas such as computer programming, CAD, electronics, and machining working with mentors from the surrounding community. Throughout the year, the students are exposed not only to this educational specialization, but they also learn to manage the business aspects of the team—they also make up presentation teams, apparel managers, travel planners, and account managers, among others. The process of the actual creation of a robot, from initial brainstorms to paper planning to physical building, is a concept foreign to most high school students, and the pre-build season is devoted to developing the skills and team unity necessary to have a successful build season.
|
|
A V-2 launched from a fixed site in summer 1943 Map of the Pas-de-Calais and south-eastern England showing the location of Éperlecques and other major V-weapons sites There is no indication of Kammler being involved in any advanced engineering projects prior to the beginning of World War II, apart from his educational background, nor is there any suggestion of his involvement in any weapons projects in the early years. Clear links between Kammler and advanced weapon projects seem to appear only in 1942. Early evidence of this is a letter from Oswald Pohl to Heinrich Himmler referring an interdepartmental memorandum on the manufacturing of modern weapons in concentration camps, having Kammler as one of the participants. Kammler was also charged with constructing facilities for various secret weapons projects, including manufacturing plants and test stands for the Messerschmitt Me 262 and V-2.
|
|
He also acquired the moribund port of Newquay and land and mines in the area of Goss Moor, and planned to link them by a railway system. Work began in 1835 on a tramway up the valley, but Austen and his steward William Pease realised that it was not going to meet their ambitions, so it was abandoned and only a few fragments of the route are visible today. Instead, they built a much larger-scale tramway, with the inclined plane from the canal basin, past the Carmears Rocks, to the level of the top of the valley, then a level run through Luxulyan and on to its terminus at the Bugle Inn near Mollinis. This required a high-level crossing of the river, for which they built the great viaduct, 650 feet (198 m) long and 100 feet (30 m) high, the most advanced engineering project in the western peninsula.
|
|
As a proposal UK based HNDE was introduced to Sri Lanka and which It was modified with Advanced Engineering Theoretical concept and Communication skills to suit modern-day industry and the course was extended for three and one-half years duration, including its six-month in-plant training period, with the approval of the Bolton University - England and was funded by the ADB. On 30 October 1990, the HNDE was gazetted as a parallel course to other Engineering diplomas in Sri Lanka, under the 46/90, governmental circular. After a year, on 11 December 1991, the HNDE course which was at Rathmalana NTTTC, was affiliated to the B-TEC - England under registration number 78/981. On 15 November 1992 was a special day for the HNDE 2nd batch, with the presence of the chief guest lecturer, Mr. A.N.S Kulasinghe, the convocation was held at BMICH. 17 August 1994 was a turning point of HNDE.
|
|
On 20 November 2011, The South East Asia Community Observatory (SEACO), a research platform for studying life course health and well being in a community setting, was officiated by the Chief Minister of Johor, Y.A.B. Dato' Haji Abdul Ghani bin Othman in Johor Bahru. SEACO is a health and demographic surveillance system (HDSS) located in the district of Segamat, Johor with an enumerated population of around 38,000 people. The research platform was established by an international partnership of universities, managed by Monash University Malaysia, and hosted by the Jeffrey Cheah School of Medicine and Health Sciences. As at February 2018, Monash University Malaysia has established several multidisciplinary research platforms that enable scientists in the region to work on global challenges in the following key areas: Tropical Medicine and Biology; Advanced Engineering; Global Asia in the 21st Century (GA21); Monash-Industry Palm Oil Education and Research; Brain Research Institute Monash Sunway (BRIMS); and a multidisciplinary health and demographic surveillance site, the South East Asian Community Observatory (SEACO).
|
|
The "RS" initials are taken from the – literally translated as "racing sport", and is Audi's ultimate 'top- tier' high-performance trim level, positioned a noticeable step above the "S" model specification level of Audi's regular model range line-up. Like all Audi "RS" models, the RS 6 pioneers some of Audi's newest and most advanced engineering and technology, and so could be described as a halo vehicle, with the latest RS 6 Performance having the equal most powerful internal combustion engine out of all Audi models, with the same horsepower and torque as the physically larger Audi S8 Plus. Unlike the A6 and S6, however, the RS 6's engines in the C5 and C6 iterations have not been shared with any other vehicle in Audi's lineup. However, for the C7 generation, the Audi RS 6 has the same 4.0L bi-turbo V8 engine as the Audi RS 7, with both being positioned at the top of the Audi S and RS range, and detuned variants of the same engines are found in the Audi S8, Audi A8, and Audi S6.
|
|
Florida High Speed Rail Authority Logo in 2010 On January 28, 2010, the White House announced that Florida would receive $1.25 billion of its request, about half of the cost of the Tampa-Orlando segment. The state's efforts towards high speed rail between 2000 and 2005 put Florida ahead of the field in terms of the level of planning already completed, and this proved to be a major factor in winning the funds. The preservation of the I-4 corridor by the FDOT, and completion of the environmental impact studies in 2005 meant that the project could have proceeded to construction in a very short time frame for a relatively affordable cost. In March 2010 the Florida Rail Enterprise was still seeking to refine cost estimates based on advanced engineering, finish development of possible Early Works (Install permanent barrier systems along most of I-4 and remove/relocate elements in median) and contract for bid in 2010 and finally initiate a new bid procurement process specific to the Tampa to Orlando phase.
|
|
The constituency is mostly the urban city itself, largely in the sunset of its once world-leading steelmaking output. It suffers high unemployment and its adult population has mostly a low income; however, with modern advanced engineering, design and tourism, the city forms with nearby Redcar a bellwether for the North East region's economy firmly in the British forefront of a determined return to increasing national output.Constituency Profile The Guardian In November 2012, male and female unemployment (based on the more up- to-date claimant statistics) placed Middlesbrough topmost of 29 constituencies in the region, well ahead for example the City of Durham at the bottom of the list, with just 3.4% claimants whereas this area had 9.4% claimants.Unemployment statistics The Guardian In terms of housing stock, the authority is one of few authorities to see the proportion of detached and semi-detached homes increase (to 13.6% and 39.9%), in this instance this was coupled with a similar rise in flats to 11.9%, all at a loss to the share of terraced properties, down 4.7%.
|
|
Grobert studied chemistry at the University of Ulm. She conducted her DPhil under the supervision of Sir Harry Kroto FRS NL and Dr David Walton FRSC and received her DPhil in physical chemistry for her thesis on Novel Carbon Nanomaterials from the University of Sussex in 2001 for which she was awarded the Carbon Pergamon Prize in the same year. Following a one-year post-doc in the same lab and group leader post at the Max-Planck-Institute for Metals Research in Stuttgart, she was awarded the Royal Society Dorothy Hodgkin FellowshipNovel Carbon Nanostructures (Royal Society Dorothy Hodgkin Fellowship; Sept 2003 - Sep 2006) in 2002, the Royal Society University Research FellowshipControlled generation and applications of nanostructured materials (Royal Society University Research Fellowship; Oct 2011 - Sep 2014)Growth systematics for the controlled generation of nanostructured materials (Royal Society University Research Fellowship; Oct 2006 - Sep 2011) in 2006, and the Royal Society Industry FellowshipNanomaterials for high-performance applications in F1 and Advanced Engineering (Royal Society Industry Fellowship; Nov 2016 - Oct 2020) in 2016. In 2010, Grobert was promoted to professor of nanomaterials and made permanent at the Department of Materials at the University of Oxford.
|
|
Additionally, the university has responsibility for CNAA records. The CNAA, through its many subject panels, oversaw the degree-awarding powers of polytechnics. Above all, the CNAA saw itself as preserving a comparability at the national level with degree level awards in universities, a feature which can be seen as having both positive and negative aspects: positive in that it preserved a formal "parity of esteem" between the awards of the two parts of the binary system (such as retaining the common currency of the undergraduate degree for entry to postgraduate study), but other scholarsPratt, 1997. viewed it as negative because it encouraged an "academicism" in the new sector and slowed an acceptance of the transformations required finally to break the boundaries of the old, "elite" system. In the event, the polytechnics were associated with many innovations, including women’s studies, the academic study of communications and media, sandwich degrees, advanced engineering degrees in all functional specialities, and the rise of management and business studies; not least, they were much more responsive than older institutions in providing for the admission of non-standard students from technical colleges, advanced apprenticeships and other sources.
|
|
In 2011/2012 academic year the following studies were established: Risk and Fire Protection Management, Animation in Engineering as well as undergraduate professional studies Software and Information Technology at the Faculty Department in Inđija; the same study program was also introduced at the Faculty Department in Loznica in 2012/2013 academic year. In 2013/2014 academic year the following study programs will be established: Biomedical Engineering, Measurement and Control, Clean Energy Technologies, Stage Architecture, Engineering and Design, Electric Power Software Engineering, Software Engineering and Information Technology in Novi Sad as well as at the Faculty Department in Loznica and undergraduate professional studies within the study program of Electronics and Telecommunication. Мaster studies are organized at all study programs after finishing undergraduate academic studies as well as at study programs: Mathematics in Engineering; Digital Technology, Design and Production of Architecture and Urban Planning, Industrial Engineering – Advanced Engineering Technology, Planning and Management of Regional Development as well as Treatment and Water Protection (TEMPUS program) which rounds off the educational activities of the Faculty. Faculty of Technical Sciences offers a very prominent educational profile for prospective engineers, which ranks it among the most developed institutions in the field of technology in our country.
|
|