omniomni/omni-engineering huggingface dataset:
March 713. The March 713 was a Formula 3 racing car designed, developed, and built by March Engineering in 1970, and used from 1971.

Development
For the first time, the tubular space frame was replaced by a GRP monocoque, which initially caused some stability problems. The vehicles were equipped with Toyota and BMW engines, the latter being inferior to the double camshaft engines of the Japanese due to the single camshaft principle.

Even the inexpensive use of mass-produced parts such as the central throttle valve of the BMW 3.0 CSi did not necessarily contribute to the competitiveness of the straight engine from the BMW 2002, which had its problems primarily in terms of torque. Flanged to this was a 5-speed Hewland Mk.IV gearbox, which initially sent power to the rear wheels via Hardy discs on the driveshafts (which were often later replaced by CV joints).

Just like its successor, the 723, the vehicle was not very successful; it was only with the 733 that the type became more mature and successful.

References

Formula Three cars
1970s cars
Alexander Engelhard. Alexander Engelhard (born 26 September 1972 in Ulm) is a German miller and politician for the CSU and a member of the Bundestag, the federal diet since 2021.

Life
Engelhard was born 1972 in the West German city of Ulm. Following his graduation from Technical High School in Ulm, Engelhard did an apprenticeship as a miller. After that he studied at the technical colleges in Neu-Ulm  and Ulm and received a degree in industrial engineering. In 2001, Engelhard took over the old family business (Engelhardmühle) in Weißenhorn-Attenhofen and converted it into one of first organic mills in Germany.

Engelhard is married and is the father of two daughters. He is of Roman Catholic denomination.

Politics
Engelhard was a member of the city council of Weißenhorn from 2002 to 2014 and has been a member of the district council of Neu-Ulm since 2002.

He ran unsuccessfully for a seat in the 2003 Bavarian state election.  

After the previous CSU incumbent Georg Nüßlein did not run again, Engelhard ran a direct candidate in the Neu-Ulm federal constituency in the 2021 federal election. He won the direct mandate with 37.2% of the first votes. In the Bundestag, Engelhard is a member of the Committee for the Environment, Nature Conservation, Nuclear Safety and Consumer Protection.

References

External links
 Private Website 
 Biography at the German Bundestag

Living people
1972 births
People from Ulm
Christian Social Union in Bavaria politicians
Members of the Bundestag 2021–2025
Members of the Bundestag for Bavaria
German businesspeople in the food industry
Businesspeople from Bavaria
Sylvaine Neveu. Sylvaine Neveu, born on 6 January 1968, is a French chemist and scientific director of the Solvay group. She received an Irène-Joliot-Curie Prize in 2016.

Life and work 
Born in Rennes, France, Neveu attended Châteaubriand high school before enrolling at the ParisTech School of Chemistry. She went on to earn her doctorate in process engineering from the École Nationale Supérieure des mines in Paris and joined the Belgian company Solvay group in 1994. There, she is works at the Research and Innovation organization in charge of the development of products and processes for the Group’s Global Business Unit Silica.

All of Neveu's work is based on understanding the "nanoscopic structure and functions of an important molecule in a number of everyday objects, silica or quartz, which is none other than silicon dioxide (SiO2)."

She received the Irène-Joliot-Curie prize in 2016 for her innovations in the field of silica and energy-saving tires. During an interview with Sergeant, she described her tire project.Thus, the new "green tire" requires less energy to manufacture than its rubber ancestors. The material that makes up the tire, a synthetic polymer containing 50% silica, brings 10 to 20% technical improvements: it wears out less quickly and adheres better to the road, thus contributing to better safety.Her research projects target the reduction of the consumption of energy and water during the production of silicas, and she has "authored 17 patent families and leads the department in charge of the development and industrialization of new silica products and processes."

Awards and distinctions 

 Irène-Joliot-Curie prize in the category "Research and Business Woman" in 2016.

References 

Living people
Scientists from Rennes
21st-century French scientists
21st-century French women scientists
French women chemists
1968 births
Electronic Arrays. Electronic Arrays, Inc. was a United States integrated circuit (IC) manufacturer of the 1960s and 1970s. The company originated when Jim McMullen and other employees of General Microelectronics left to form McMullen Associates, which was later renamed Electronic Arrays, Inc. in 1967.

They were best known for their series of electronic calculator chipsets, starting in 1970 with the EAS100 four-function calculator. Implemented in six chips, rapid improvements in semiconductor fabrication allowed them to progressively combine them in versions with five, four, two and finally a single chip. Although the EAS series was successful for a time, other vendors with more advanced processes entered the market and introduced single-chip systems before Electronic Arrays' own versions. They lost market share to companies like Mostek and Texas Instruments, and later to a slew of Japanese companies entering the market, including Hitachi, NEC, and Toshiba.

The company attempted to change markets with the Electronic Arrays 9002, an 8-bit NMOS logic microprocessor released in 1976. The company struggled with production issues and gave up marketing the design in November 1977. The company was sold to NEC in 1978.

References

Further reading
 
 
 

1960s establishments in California
1978 disestablishments in California
1978 mergers and acquisitions
American companies disestablished in 1978
Companies based in Silicon Valley
Companies established in the 1960s
Computer companies disestablished in 1978
Defunct companies based in the San Francisco Bay Area
Defunct computer companies of the United States
Defunct computer hardware companies
Defunct semiconductor companies of the United States
Electronics companies disestablished in 1978
NEC acquisitions
Technology companies based in the San Francisco Bay Area
Technology companies disestablished in 1978
Brabham BT15. The Brabham BT15 is a mid-engined open-wheel Formula 3 racing car, designed, developed, and built by Brabham between 1965 and 1966. 26 cars were built (though the records say 32 extra cars were built; this may be an error). It was powered by a naturally aspirated, , Ford straight-four engine (the same type of engine used in the Ford Anglia).

References

Brabham racing cars
Formula Three cars
1960s cars
Cars of England
Christian Game Developers Conference. The Christian Game Developers Conference (CGDC) is an annual conference for video game developers who profess the Christian religion. Attendees of the conference gather together to discuss how to improve their games through discussions, keynote speeches, and workshops.

History 
The Christian Game Developers Conference was founded in 2002 by computer engineer Tim Emmerich from Corvallis, Oregon, apparently with the goal of providing greater support and experimentation for Christian video games. In its first year, the conference consisted of 30 attendees, with subsequent years seeing attendances of 90 participants, "over 100" participants, and then 100 participants in the years 2003, 2004, and 2005, respectively. In 2011, the conference hosted around 85 individuals and in 2012, the number of attendees once again exceeded 100 people. In 2011, the event was held at George Fox University, and in 2013 it was hosted at Concordia University in Portland, Oregon.

Those attending the event consist of members from game studios who are explicitly Christian as well as individual developers from more mainstream, secular studios who themselves personally identify as Christian. Many attendees are motivated by the desire to change the wider perception of Christians and especially the negative stigma associated with Christian video games being poorly made. Developers evidently use the event as an opportunity to network with other Christians and to find a community of individuals who share their beliefs and experiences.

Debate over mission 
According to sources interviewed from within CGDC, there is a recurring debate at the conference regarding how evangelistic Christian games should be, if at all. Attendees seem to be in disagreement over whether their games should be overt in their Christian subject matter or more allegorical with a message they may present.

External links 
 Official event website

References 

Video game conferences
Video game development
Trade shows in the United States
Recurring events established in 2002
Christian video games
Indonesian Space Agency. Indonesian Space Agency or INASA is the Indonesian space agency engaged in activities related to outer space and space exploration policy. INASA differs compared to Research Organization for Aeronautics and Space (, ORPA), because INASA does not perform space research activities, but is more a coordinative agency and is designed as a space lobby and policy making agency.

History 
Before being dismantled, the National Institute of Aeronautics and Space (, LAPAN) was both the research institute and policy making institution for outer space and space exploration in Indonesia. As mandated by Law No. 21/2013, LAPAN was mandated to perform space research activity in both policy research and experimental research, performing space lobby and negotiations with the space agency of another country or supranational entities or international bodies, coordinating policies in space policy, and registration of astronomical objects.

LAPAN was liquidated on 1 September 2021 in favor for formation of integrated super-agency, the National Research and Innovation Agency (, BRIN). By Presidential Decree No. 78/2021, LAPAN was mandated to relinquish its rights and responsibilities to BRIN. While the research functions of the former LAPAN were swiftly subsumed into BRIN, its political functions were not yet reorganized into BRIN. As result of LAPAN liquidation, for a brief time, Indonesia technically did not have functioning space agency as mandated by Law No. 21/2013, solely a space research agency.

In March 2022, INASA was formed as a special body under BRIN for Indonesia to carry on space political functions, including coordinating space policies, political lobby, preparation and delegation of Indonesian space scientists to lobby and negotiate with space agency of another country or supranational entities or international bodies, and registration of astronomical objects. Formation of INASA in BRIN has the goal of separating research functions from political functions, so both functions was not mixed.

Activities 
During the 29th Asia-Pacific Regional Space Agency Forum (APRSAF-29), INASA announced that the institution, with Government of Indonesia, will finalize the Indonesian Space Masterplan. Including to the masterplan are spaceport building replacing the current Indonesian Stasiun Peluncuran Roket, and regulations to promote advancement of space industries in Indonesia.

References 

Science and technology in Indonesia
Space agencies
Space program of Indonesia
2022 establishments in Indonesia
National Research and Innovation Agency
Ali Akbar Saboury. Ali-Akbar Saboury (; born July 1960) is an Iranian biochemist and Distinguished Professor of Biophysical Chemistry at the University of Tehran.
He is known for his works on biothermodynamics, enzyme kinetics and calorimetry.

Books
 Chemical Thermodynamics, with Ali Akbar Mousavi Movahedi, Tehran: University of Tehran Press

References

External links
Personal Website

Living people
1960 births
Iranian physical chemists
Academic staff of the University of Tehran
People from Kashmar
Iranian biophysicists
Iranian biochemists
Muhd Fadhil Nuruddin. Muhd Fadhil bin Nuruddin is a Malaysian politician who served as  Member of the Perak State Legislative Assembly (MLA) for Kamunting from May 2018 to November 2022. He is a member of the National Trust Party (AMANAH), a component party of the Pakatan Harapan (PH) coalition.

Education 
He had studied in SK Methodist, SMK King Edward VII and Technical Institution Penang. He is a Bachelor in Civil Engineering, Master in Science and PhD in Concrete Technology.

Early career 
He was a professor of Civil Engineering in UiTM and UTP and was the Dean of Engineering Faculty. He was also a site engineer working for Peremba-Shimidzu Sdn Bhd in 1984.

Politics 
He is currently a Member of the AMANAH Perak Political Bureau, Chairman of AMANAH Perak Culture and Arts Bureau and AJK Biro, Chief of AMANAH Bukit Jana branch and Deputy Chief of AMANAH Taiping Division. He was also the Chairman of AMANAH National Integrity Bureau.

Election results

External links

References 

Malaysian Muslims
University of Malaya alumni
Alumni of the University of Dundee
Universiti Sains Malaysia alumni
National Trust Party (Malaysia) politicians
Members of the Perak State Legislative Assembly
Malaysian politicians of Malay descent
Living people
1959 births
Discontinuous aligned composite. Discontinuous aligned composites are a recent type of technical composite materials. This type of composite is neither random nor unidirectional, although it shares some characteristics with both. Discontinuous aligned composites are made of discontinuous fibers, just like random mat composites and a have preferential orientation closer to that of unidirectional composites.

The first method developed to manufacture discontinuous aligned composites is called "rolling drum", developed at the University of Nottingham. This method borrows the technique from the papier-mâché industry, using a nozzle that delivers a suspension of water and chopped fibers into a rolling drum.

The second method is known as HiPerDiF (high performance discontinuous fibre), developed at the University of Bristol. HiPerDiF uses an array of nozzles to direct the water-fiber suspension towards alignment plates that are perpendicular to the nozzles. The change in momentum of the water hitting the plates, orients the fibers in the direction of the plates. After hitting the plates, the suspension falls on a continuous belt that dries and laminates the composite 

Discontinuous aligned composites present a great alternative for the recycling of composite materials, as they can use fibers that are anywhere from 2mm to 20mm long. The current forecast for waste carbon composite materials estimates that it will reach 25,000 tons in 2025. This is a material that can have a second life when used in discontinuous aligned composites.

References 

Composite material fabrication techniques
Frances Brazier. Frances Mary Theresa Brazier (born 1957) is a Dutch computer scientist, known as one of the founders of NLnet, the first Internet service provider in the Netherlands and one of the first in Europe. She is a professor in Engineering Systems Foundations at the Delft University of Technology, where her research concerns multi-agent systems and participatory systems design.

Education and career
Brazier was born in Toronto, and moved to the Netherlands as a teenager. She studied mathematics, computer science, and cognitive psychology at Vrije Universiteit Amsterdam, earning a master's degree in 1983, and completing a doctorate in 1991. Her dissertation was Design and evaluation of a user interface for information retrieval, promoted by Reinder van de Riet  and Sipke Fokkema.

She became an assistant professor at Vrije Universiteit Amsterdam in 1991, an associate professor in 1998, and professor in the chair of intelligent interactive distributed systems in 2000. She moved to Delft University of Technology in 2009  where she holds the chair of systems engineering foundations.

References

External links

Vrouwen in de Wetenschap: Frances Brazier, ATRIA, 15 March 2021

Living people
Dutch computer scientists
Dutch women computer scientists
Vrije Universiteit Amsterdam alumni
Academic staff of Vrije Universiteit Amsterdam
Academic staff of the Delft University of Technology
1957 births
Catherine M. Klapperich. Catherine M. Klapperich is an American biomedical engineer noted for her research on diagnostics and precision medicine. She is currently a professor of biomedical engineering at Boston University, with additional appointments in materials science & engineering and mechanical engineering. Klapperich serves as the director of research for the DAMP Laboratory at BU. Klapperich was previously the director of the NIH NIBIB Center for Future Technologies in Cancer Care as part of the Point-of Care-Research Technologies Network.

Education and career 
Klapperich earned her B.S. in materials science and engineering from Northwestern University; her M.S. in engineering sciences from Harvard University; and, Ph.D. in mechanical engineering from the University of California, Berkeley with Lisa Pruitt. Klapperich did her doctoral studies on plasma treatment of biomaterials and nanoengineering for medical applications.  Before joining the faculty at Boston University, Klapperich was a postdoctoral fellow at Lawrence Berkeley Laboratory working with Carolyn Bertozzi, and a senior research scientist at Aclara Biosciences in Mountain View, California.

Klapperich's research is focused on engineering medical devices for use in low resource settings and at the point of care. Research focuses on use of disposable microfluidic diagnostics that incorporate on-board sample preparation and minimally instrumented devices to enable molecular testing for cancer, women's health and sexually transmitted diseases. Klapperich and colleagues founded a startup company, Jane Diagnostics, that received start-up funding to commercialize these technologies.

During the global pandemic in 2020, Klapperich built the campus-wide testing laboratory for COVID-19 at Boston University.

Honors and awards 
Some of Klapperich's honors have included:
 Fellow (American Institute for Medical and Biological Engineering, 2014)
 Fellow (Biomedical Engineering Society, 2018)
 Fellow (American Association for the Advancement of Science, 2015)
 Power 50 for 2020, Extraordinary Year, Extraordinary People (Boston Business Journal)
 Societal Engineer Award, College of Engineering, Boston University 2021

References

External links 

American biomedical engineers
COVID-19 researchers
UC Berkeley College of Engineering alumni
Year of birth missing (living people)
Living people
Harvard University alumni
Northwestern University alumni
Fellows of the American Institute for Medical and Biological Engineering
American women engineers
Fellows of the Biomedical Engineering Society
Fellows of the American Association for the Advancement of Science
Ijira Tameike Dam. Ijira Tameike Dam is an earthfill dam located in Gifu Prefecture in Japan. The dam is used for irrigation. The catchment area of the dam is 5.4 km2. The dam impounds about 10  ha of land when full and can store 540 thousand cubic meters of water. The construction of the dam was started on 1958 and completed in 1966.

References

Dams in Gifu Prefecture
1966 establishments in Japan
Kanedaira Bosai Dam. Kanedaira  Bosai Dam is an earthfill dam located in Gifu Prefecture in Japan. The dam is used for flood control. The catchment area of the dam is 2.2 km2. The dam impounds about 4  ha of land when full and can store 412 thousand cubic meters of water. The construction of the dam was started on 1975 and completed in 1987.

References

Dams in Gifu Prefecture
1987 establishments in Japan
G-Aerosports Archon. G-Aerosports Archon is one of the light aircraft types designed and built by G-Aerosports, an airplane manufacturer based in the city of Florina in Northern Greece

The plane has the configuration of a fifth-generation jet fighter  and its first version, the single-seat SF/1, made its first flight on June 11, 2009. 
It is offered for sale in a kit form (while two ready-to-fly copies have been produced); in 2020, an agreement was signed with Fisher Flying Products regarding its license production in Canada for the North American market.

The two-seat version SF-2T  made its first official flight on April 4, 2022, and in 2023 it was included in a license agreement for production by Fisher Flying Products; an agreement for license production in Australia was also signed.

References

External links
Company website
Sportair USA (U.S. dealer for G-Aerosports) Archon website 
Archon SF/1 on Way to UK (Flyer Magazine)
Archon (Red Star.gr)  
Archon aircraft kit engineering
License production of Archon aircraft in Canada 
Archon at 2022 Oshkosh EAA AirVenture and license production

Aircraft manufacturers of Greece
Greek ultralight aircraft
FAN algorithm. FAN algorithm is an algorithm for automatic test pattern generation (ATPG). It was invented in 1983 by Hideo Fujiwara and Takeshi Shimono at the Department of Electronic Engineering, Osaka University, Japan. It was the fastest ATPG algorithm at that time and was subsequently adopted by industry. The FAN algorithm succeeded in reducing the number of backtracks by adopting new heuristics such as unique sensitization and multiple back tracing.
Unique sensitization is to determine as many signal values as possible that can be uniquely implied.  Multiple backtracing is concurrent backtracing of more than one path, which is more efficient than backtracing along a single path.  In order to reduce the number of backtracks, it is important to find the nonexistence of the solution as soon as possible.  When we find that there exists no solution we should backtrack immediately to avoid the subsequent unnecessary search.  These heuristics can lead to the early detection of inconsistency and decrease the number of backtracks. FAN algorithm has been introduced in several books and many conference papers such as ACM/IEEE Design Automation Conference, et al.

Implementations 

 Atalanta : An automatic test pattern generator implementing the FAN algorithm.
 FanWorks : A visual circuit simulator including the ATPG mode by using the FAN algorithm.

References 

Electronic circuit verification
Donald R. Olander. Donald R. Olander is an emeritus professor of nuclear engineering and the James Fife Chair in Engineering at the University of California, Berkeley.

Biography 
Olander received his A.B. from Columbia University in 1953 and B.S. in 1954. He then received his Sc.D. from the Massachusetts Institute of Technology. He wrote his dissertation on the reprocessing of nuclear fuels using the solvent extraction method. He joined the Berkeley faculty in 1958 and moved to Berkeley's nuclear engineering department in 1961 until his retirement in 2008. His research has focused on the chemical aspects of nuclear materials.

Olander was elected a member of the National Academy of Engineering in 2000 "for research on nuclear materials including nuclear fuel element behavior in power reactors." He is a fellow of the American Nuclear Society.

References 

Living people
Year of birth missing (living people)
University of California, Berkeley faculty
Columbia College (New York) alumni
Columbia School of Engineering and Applied Science alumni
Massachusetts Institute of Technology alumni
Members of the United States National Academy of Engineering