omniomni/omni-engineering huggingface dataset:
List of colleges affiliated to the University of Kashmir. The following colleges are affiliated to Kashmir University, Kashmir for all academic purposes. Engineering colleges in the list are also approved by AICTE.

District Anantnag

Govt. Degree College, Dooru
Govt. Degree College, Bijbehara
Govt. Womens College Anantnag
Govt. Boys College, Anantnag
Govt. Degree College, Kokernag
Govt. Degree College, Uttersoo, Anantnag
Govt Degree College, Vailoo, Larnoo Anantnag

District Bandipora

Hassan Shah Khoi-e-Hami Memorial 
Govt. Degree College, Bandipora
Govt. Degree College, Gurez
Govt Degree College, Sumbal

District Baramulla

Govt. Degree College Women, Baramulla
Govt. Degree College Women, Sopore
Govt. Degree College, Uri
Govt. Degree College, Pattan
Govt. Degree College, Sopore
Govt. Degree College Boys, Baramulla
Govt Degree College, HadiPora,Rafiabad
Govt Degree College, Tangmarg, Baramulla
Govt Degree College, Magam, Tangmarg
Govt Degree College ,Bomai, Sopore

District Budgam

Govt. Degree College, Budgam
Govt. Degree College, Beerwah
Govt. Degree College, Khansahib, Budgam
Govt. Degree College, Magam 
Govt. Degree College, Chariesharief, Budgam
Govt. Degree College, Soibug, Budgam
Govt. Degree College, Chadora, Budgam

District Gaderbal

Govt. Degree College, Ganderbal
Govt Degree College, Kangan, Ganderbal

District Kulgam
Govt. Degree College, Kulgam
Govt. Degree College, Kelam, Kulgam
Govt Degree College, Dhamal Hanjipora, Kulgam

District Kupwara

Govt. Degree College of Handwara
Govt. Degree College, Kupwara
Govt. Degree College, Tangdhar
Govt. Degree College, Sogam, 
Kupwara
Govt Degree College Women, Kupwara

District Pulwama

Govt. Degree College, Pulwama
Govt. Degree College, Tral
Govt. Degree College, Women, Pulwama
Govt Degree College, Pampore, Pulwama

District Srinagar 
Source:
 Vishwa Bharti Womens College, Rainawari Srinagar
 Gandhi Memorial College, Srinagar
 Government College for Women, Nawakadal Srinagar
Govt Degree College, Bagi Dilawar Khan, Srinagar

District Shopian
 Govt. Degree College, Shopian

District Kargil, Ladakh
Govt. Degree College, Kargil

District Leh, Ladakh
Govt. Degree College, Leh

See also
List of colleges affiliated to Jammu University, Jammu
List of colleges in Srinagar
List of colleges in Anantnag
List of engineering colleges in Jammu and Kashmir
SSM College of Engineering
NIT Srinagar

References

 
Kashmir University
Netaji Subhas University of Technology. Netaji Subhas University of Technology (NSUT), formerly Netaji Subhas Institute of Technology (NSIT) is a state university located in Dwarka, Delhi, India. In 2018, the institute was granted university status, changing its name to Netaji Subhas University of Technology (NSUT).

History 
The Ministry of Human Resource Development (MHRD) established an engineering college named Delhi Institute of Technology (DIT) in 1983. The institute was then affiliated to the Faculty of Technology, University of Delhi. The institute initiated PhD programs in 1989 and also formulated several PG programs, four of which were approved by the AICTE in the year 1994. The institute was renamed Netaji Subash Institute of Technology (NSIT) in honour of the Indian freedom fighter Subhas Chandra Bose in 1997. The Delhi Netaji Subhas University of Technology Act, 2017 (Delhi Act 06 of 2018) upgraded the institute under the affiliation of the Faculty of Technology, University of Delhi to a non-affiliating state university. Jai Prakash Saini became the founder/ vice-chancellor of Netaji Subhas University of Technology.

Campus

Main campus 
The primary campus of NSUT is a fully residential campus on 149.5 acres of land. Campus facilities include faculty and staff residences, student hostels, cooperative mess and a sports complex. The campus is divided into clusters of buildings. The administrative block contains important offices, banks, a post office, and an auditorium where major functions are held. The campus has four boys' hostels (one for each year) and three girls' hostels.

East campus 
The East campus is located in Geeta Colony.

West campus 

The West campus is located in Jaffarpur Kalan.

Rankings

The Netaji Subhas University of Technology was ranked 57 among engineering institutes by the National Institutional Ranking Framework (NIRF) in 2024.

Notable alumni
Naveen Kasturia, film actor and assistant director 
Nitin Rakesh, Chief Executive Officer and Director of Mphasis
Ishan Gupta, Founder and CEO at EduKart
Paavan Nanda, Founder at Zostel, ZO Rooms and WinZO
Prashasti Singh, stand-up comic, writer
Prayag Narula, Founder and chairman at LeadGenius

References

External links
 

Engineering colleges in Delhi
Memorials to Subhas Chandra Bose
Universities and colleges established in 1983
1983 establishments in Delhi
Boisavia Muscadet. The Boisavia B.50 Muscadet was a prototype French three-seat cabin monoplane first flown in 1946.

Design and operations
The B.50 was designed and built after the Second World War by Luicien Tieles, it was a strut-braced high-wing monoplane with three seats and a conventional landing gear with a tail wheel. The prototype, with the French test registration F-WCZE, first flew on 13 October 1946 powered by a  Renault 4Pei engine. Tieles modified the design as a four-seater and formed Societe Boisavia to build the type which he called the Mercurey.

Specifications

References

 
 
 

Muscadet
1940s French civil utility aircraft
Single-engined tractor aircraft
High-wing aircraft
Aircraft first flown in 1946
De Kleine Molen, Stiens. De Kleine Molen () is a smock mill in Stiens, Friesland, Netherlands which was built in 1913 and moved in 1988. The mill is the smallest of its type in the Netherlands. In working order, it is listed as a Rijksmonument.

History
De Kleine Molen was originally built in 1913, it is also known as Binnemas Molen. It was restored in 1968. It was sold to Stichting De Fryske Mole on 1 March 1987, the 40th mill bought by that organisation. The mill was moved  in 1988 by millwright Tacoma of Stiens. The smallest mill of its type in the Netherlands, it is listed as a Rijksmonument, No. 24546.

Description

De Kleine Molen is what the Dutch describe as a Grondzeiler. It is a single storey smock mill on a low base. There is no stage, the sails reaching almost to ground level. The mill is winded by tailpole and winch. The smock and cap are thatched. The sails are Common sails They have a span of . The sails are carried on a cast iron windshaft, which was cast by the Gietijzerij Hardinxveld-Giessendam in 1986. The windshaft carries the brake wheel which has 27 cogs. This drives the wallower (15 cogs) at the top of the upright shaft. At the bottom of the upright shaft a crown wheel with 25 cogs drives a shaft via a pinion with 15 cogs. At the other end of this shaft a wallower with 40 teeth drives a centrifugal pump via a gearwheel with 20 teeth. The pump can also be driven by electricity.

Public access
De Kleine Molen is open to the public by appointment.

References

Windmills in Friesland
Windmills completed in 1857
Smock mills in the Netherlands
Windpumps in the Netherlands
Agricultural buildings in the Netherlands
Rijksmonuments in Friesland
Octagonal buildings in the Netherlands
1857 establishments in the Netherlands
19th-century architecture in the Netherlands
Joseph Kennedy (professor). Joseph P. Kennedy (18 May 1928 - 21 July 2024) was a Distinguished Professor of Polymer Science and Chemistry at the University of Akron, noted particularly for inventing a polymer coating for a drug-tipped stent that is highly compatible to human tissue, and that was successfully commercialized by Boston Scientific and credited for saving the lives of 6 million patients. He made important contributions to the field of carbocationic polymerization.

Personal

Kennedy spent his youth in Budapest, Hungary during World War II and the beginning of the Cold War. His father was killed by the Nazis, and his mother was imprisoned by communists.  In 1948, he was kicked out of the college where he earned his first degree in chemistry, "for being too bourgeois".

At age 19, he fled to Austria as an illegal immigrant. He gained citizenship upon earning his doctorate in biochemistry from the University of Vienna, and he then completed postgraduate work at the Sorbonne in France.

In 1954, he immigrated to be close to family in Canada, and to take another postdoc position in Montreal.  There he met Ingrid, who later became his wife.

Following many years of success in his field, Kennedy accepted an Honorary Doctorate from Kossuth University in 1989.  He was also elected a member of the Hungarian Academy of Sciences in 1993.

Career

Kennedy's first employment in America was in 1957 with the chemical company Celanese in Summit, N.J.  He later joined Exxon, where he apprenticed under Robert M. Thomas, and held a series of positions with increasing responsibility.

His interest in pure science eventually led him to seek a position in academia.  In 1970, he accepted a position with the University of Akron, where he helped to develop the College of Polymer Science and Polymer Engineering.

Awards

 Döbereiner Medaille, F. Schiller Universität, Jena, DDR, 1985
 Honorary Doctorate (Doctor Honoris Causa, D.H.C.), Kossuth University, Debrecen, Hungary, 1989
 Elected External Member of the Hungarian Academy of Sciences, 1993
 George S. Whitby Award for Excellence in Teaching and Research, Rubber Division, Am. Chem. Soc., 1996
 Award for Distinguished Service to Polymer Science, Society of Polymer Science, Japan, 2000
 Charles Goodyear Medal, Rubber Division, American Chemical Society, 2008
 Honorary Doctorate (D.H.C.), The University of Akron, 2008
 Elected Fellow of American Institute of Medical and Biological Engineering (AIMBE), 2010
 Heart Champion Award, American Heart Association, 2011
 Ohio Patent Legacy Award, The Ohio Academy of Science, 2011

References

Polymer scientists and engineers
University of Akron faculty
Fellows of the American Institute for Medical and Biological Engineering
Year of birth missing (living people)
Jewish scientists
Graeme Moad. Graeme Moad  (born 25 June 1952) is an Australian polymer chemist.

Education and career
Moad received a Bachelor of Science in 1974 and a Ph.D. in 1977, both from the University of Adelaide. He followed this with postdoctoral research at Pennsylvania State University.

In 1979 he joined the CSIRO in Melbourne; CSIRO is Australia's largest scientific research organisation. He has made substantial contributions to the theory of free radical polymerization, and he was co-author with David Solomon of the definitive reference book: The Chemistry of Radical Polymerization (Moad & Solomon, 2006). With fellow CSIRO polymer chemists Ezio Rizzardo and San Thang he is a co-developer of the RAFT process.

Honours and awards
In 2012 Moad received the Battaerd-Jordan Polymer Medal, and was also elected a Fellow of the Australian Academy of Science. In 2020 he was awarded their David Craig Medal and Lecture.

In 2014, he shared the ATSE Clunies-Ross Award with San Thang and Ezio Rizzardo. He was elected a Fellow of the Australian Academy of Technology and Engineering in 2021. Moad was appointed Companion of the Order of Australia (AC) in the 2022 Australia Day Honours for "eminent service to science, particularly polymer design and synthesis and radical polymerization, education through mentoring, and to professional scientific organisations". He was elected a Fellow of the Royal Society in 2023.

References

1952 births
Living people
21st-century Australian chemists
20th-century Australian chemists
Polymer scientists and engineers
CSIRO people
University of Adelaide alumni
Academic staff of the University of Adelaide
Academic staff of Monash University
Companions of the Order of Australia
Fellows of the Australian Academy of Science
Fellows of the Australian Academy of Technological Sciences and Engineering
Fellows of the Royal Society
People from Orange, New South Wales
Gaston Juchet. Gaston Juchet () was a French engineer, known for being the chief designer of Renault between 1963 and 1975 and again between 1984 and 1987.

Early life and career

Gaston Juchet's interest in drawing begun when he was a boarder at the Lycée Louis-le-Grand in Paris. He graduated with engineering degrees from the École Centrale Paris. In 1958, after his military service, he joined Renault's research and development department as an aerodynamics engineer. His first work within the company was a facelifting for the Frégate. Later, he was the key developer of the project 115, which would become the Renault 16. From 1963 onwards, he was one of the most important designers within Renault. In 1965, he was officially appointed chief of Renault Styling. During the following years, he participated in the design of various Renault cars such as the Renaults 12, 15, 17, 5 (although the 5 was mostly designed by Michel Boué), 6, 30, 20 and the Alpine A310. In 1975, Robert Opron took the direction of Renault Styling, and Juchet was made one of his assistants along with Jacques Nocher. When Opron left the company in 1984, Juchet became again chief designer until he was replaced by Patrick le Quément in 1987.

Juchet introduced modern methods of prototyping (UNISURF) and Computer Aided Design (CAD) in the Renault design and favoured synergies with Italian experts such as Marcello Gandini, Giorgetto Giugiaro and Sergio Coggiola and with the chief designer of American Motors (then a company associated with Renault), Dick Teague.

Awards
Juchet won the French Grand Prix of Industrial Design in 1976.

References

1930 births
2007 deaths
Renault people
French automobile designers
École Centrale Paris alumni
Promethium(III) chloride. Promethium(III) chloride is a chemical compound of promethium and chlorine with the formula PmCl3. It is an ionic, water soluble, crystalline salt that glows in the dark with a pale blue or green light due to promethium's intense radioactivity.

Preparation
Promethium(III) chloride is obtained from promethium(III) oxide by heating it in a stream of dry HCl at 580 °C.

Properties
Promethium(III) chloride is a purple solid with a melting point of 655 °C. It crystallizes in the hexagonal crystal system (NdCl3 type) with the lattice parameters a = 739 pm and c = 421 pm with two formula units per unit cell and thus a calculated density of 4.19 g·cm−3. When PmCl3 is heated in the presence of H2O, the pale pink colored promethium(III) oxychloride (PmOCl) is obtained.

Applications
Promethium(III) chloride (with 147Pm) has been used to generate long-lasting glow in signal lights and buttons. This application relied on the unstable nature of promethium, which emitted beta radiation (electrons) with a half-life of several years. The electrons were absorbed by a phosphor, generating visible glow. Unlike many other radioactive nuclides, promethium-147 does not emit alpha particles that would degrade the phosphor.

References

Promethium compounds
Chlorides
Lanthanide halides
Roberto Kreimerman. Roberto Kreimerman (Montevideo, 1958) is a Uruguayan engineer and politician.

He graduated in Chemical Engineering from the University of the Republic (Uruguay). Afterwards he got a postgraduate degree from the University of Barcelona.

A member of the Broad Front, during 2010-2014 he served as Minister of Industry, Energy and Mining in the cabinet of President José Mujica.

As of 2019, Kreimerman left the Broad Front and joined Popular Unity, running for a Senate seat in the 2019 Uruguayan general election.

References

External links

 MIEM 

1958 births
Politicians from Montevideo
Engineers from Montevideo
University of the Republic (Uruguay) alumni
University of Barcelona alumni
Uruguayan chemical engineers
Broad Front (Uruguay) politicians
Ministers of industries, energy and mining of Uruguay
Jewish Uruguayan politicians
Living people
Francisco Javier Mendieta. Francisco Javier Mendieta Jiménez (born 28 November 1955 in San Luis Potosí) is a Mexican telecommunications engineer and academic who chaired the Ensenada Center for Scientific Research and Higher Education (Cicese) and serves, by presidential appointment, as the founding director-general of the Mexican Space Agency.

Mendieta graduated with a bachelor's degree in Mechanical and Electrical Engineering from the National Autonomous University of Mexico (UNAM) and earned both a master's degree and a doctorate in Telecommunications at the École Nationale Supérieure des Télécommunications (also known as Télécom ParisTech) in Paris, France.

He has conducted experiments for the National Aeronautics and Space Administration (NASA) of the United States and, for the STS-61-B Atlantis mission, he was designated as an eventual substitute of Rodolfo Neri Vela, the reserve payload specialist who became the first Mexican national in space.

Notes and references

Living people
1955 births
People from San Luis Potosí
Mexican telecommunications engineers
National Autonomous University of Mexico alumni
Télécom Paris alumni
AR Lower V5. The AR Lower V5 is a 3D printed lower receiver for the AR-15 rifle. It was created in March 2013 Defense Distributed printed using the Stratasys Dimension SST 3-D printer using the fused deposition modeling (FDM) method.

The receiver was able to handle enough stress to fire more than 600 rounds. Defense Distributed stated "actual count of the new SLA lower was 660+ on day 1 with the SLA lower. The test ended when we ran out of ammunition, but this lower could easily withstand 1,000 rounds."

See also
List of notable 3D printed weapons and parts

References

External links
AR-15_DefDist_Lower_Receiver_v5

3D printed firearms
Firearm components
AR Rifle Components
Fused filament fabrication
ArmaLite AR-10 derivatives
AR-15 style rifles
Door control unit. In automotive electronics, a door control unit (DCU) is a generic term for an embedded system that controls a number of electrical systems associated with an advanced motor vehicle. A modern motor vehicle contains a number of ECUs (electronic control units), and the door control unit (DCU) is one of the minor ones.

The door control unit is responsible for controlling and monitoring various electronic accessories in a vehicle's door. Since most of the vehicles have more than one door, DCUs may be present in each door separately, or a single centralised one provided. A DCU associated with the driver's door has some additional functionalities. This additional features are the result of complex functions like locking, driver door switch pad, child lock switches, etc., which are associated with the driver's door. In most of the cases driver door module acts as a master and others act as slaves in communication protocols.

Features controlled by door control units 
 Manual window movements
 Automatic window movements
 Global open-close functionality
 Child lock safety feature
 Mirror folding
 Mirror adjustment
 Door lock and unlocking control (latches)
In some advanced motor vehicles, luxury features like puddle lamps and BLIS (Blind spot Indicator System) are also supported by DCUs.

Automotive electronics
Frederick Slessor. Frederick George Slessor (1831–1905) was a British railway engineer who worked in England, India, South Africa, and continental Europe.

Early life 
Slessor was born in 1831 in Sidmouth, Devon, England to Major General John Henry Slessor. He attended the Sherborne School and later trained as civil engineer as a pupil of M. W. Peniston M. Inst. C.E.

Career 
In December 1874, following nomination by Sir Charles Hutton Gregory, he was appointed by Cape Government Railways, first as Chief Officer of Surveys and Resident Engineer, and then as Chief Resident Engineer of the Eastern system. After 16 years' service at the Cape he retired on a
pension and returned to Britain.

Alicedale, a village in the Albany district, was named after his wife, Alice Slessor, who died in Queenstown, Eastern Cape, in September 1882.

Slessor died on 15 October 1905 in Somerset, England.

Publications 
  with J D Tilney

Notes

References

See also 
Guybon Atherstone
South African locomotive history

External links 
 Drawings for the construction of Weymouth pier
 Frederick George Slessor on ancestry.com 

19th-century British engineers
British railway civil engineers
1831 births
1905 deaths
People from Sidmouth
People educated at Sherborne School
ALLED Lighting Systems. ALLED Lighting Systems, formerly known as Appalachian Lighting Systems, Inc. is an American LED lighting manufacturer. The headquarters is located in Ellwood City, Pennsylvania. This company focuses on and manufactures commercial and industrial type lighting.

History
ALLED was established in March 2007 by its Chief Science Officer James Wassel, and began its first major installation in the borough of Ellwood City, Pennsylvania. As the company grew, it developed a wider range of LED lighting products and completed a number of large installations.

Products
The company offers Roadway, Street and Area Lighting, Parking Garage and Canopy Lighting, High and Low Bay Lighting, T8K Strip Lighting and Wall Pack and Flood Lighting. The legacy lighting products were the first "generation" lighting created by the company.

In 2014 ALLED began selling a new LED lighting system called RAYdiant; it features one high-powered COB LED per light-engine module, and is technically simpler, more scalable and efficient that older LED designs.

ALLED Lighting Systems developed 'ALLink' a wireless monitoring and control system which allows users to save energy and to monitor the operation of lighting fixtures remotely via computer or smartphone.

Major installations
Some of the company's largest installation projects are:
Welland, Ontario street lighting
Pittsburgh International Airport
General Motors Lordstown Complex

References

External links
http://www.alled.co/
http://www.raydiantled.com/index.html 

Privately held companies based in Pennsylvania
Mark E. Stickel. Mark E. Stickel (June 22, 1947 – April 13, 2013) was a computer scientist working in the fields of automated theorem proving and artificial intelligence. He worked at SRI International for over 30 years, and was principal scientist at the Artificial Intelligence Center.

Stickel's research included Theory Resolution, Associative-Commutative (AC) Unification, and the development of the Prolog Technology Theorem Prover (PTTP) and SNARK, SRI's New Automated Reasoning Kit.

He was elected fellow of the American Association for Artificial Intelligence in 1992 and received the Herbrand Award for his contributions to automated deduction in 2002.

References 

1947 births
2013 deaths
American computer scientists
SRI International people
Fellows of the Association for the Advancement of Artificial Intelligence
Elektrotehnička Škola Tuzla. The Electrical Engineering School of Tuzla is a high school located in Tuzla, which was founded in 1970, with the goal to join all professions related to electrical engineering in one school, that were in two schools before 1970.

The Electrical Engineering School of Tuzla is dedicated to teaching their students the most  acts of Electrical sources and technology. The school also houses high-tech electrical equipment which provides more opportunities for students to do some practical work. Students may choose between many courses such as Computer Technician, Technician of Mechatronics, Technician of Electroenergetics, Technician of Electronics, Electrician of telecommunications, Car electrician and Electrician. The school plans to shift to solar panel energy by the summer of 2019, which will open up a new available course: technician of renewable energy sources.

References 

Schools in Bosnia and Herzegovina
Educational institutions established in 1970

Education in Tuzla
Buildings and structures in Tuzla