omniomni/omni-engineering huggingface dataset:
Diploma Entrance Test Odisha. Diploma Entrance Test, Odisha  is a complete state government controlled centralised entrance examination for getting admission to many government & private diploma engineering schools or polytechnics in Odisha. Students can get admission to Diploma Engineering, Diploma Non-Engineering like Hotel Management, Hospitality management & Film Making studies etc. after 10th, ITI & +2 Science.

Examination Procedure 
Candidates can appear in this examination after 10th, ITI or after +2 science. There is two types of admission done in this process. First one is freshers for getting admission to first semester or first year & another one is lateral entry, that is after ITI or +2 Science getting admission to second year or third semester. For freshers students the test is based on general Science & Mathematics, but for lateral students the test prospective is harder than the freshers students. Also the lateral students have only 20% over the whole seats and no reservation quota is available for them.

References

External links 
 Official Website.

Standardised tests in India
Education in Odisha
Year of establishment missing
Grote–Hynes theory. Grote–Hynes theory is a theory of reaction rate in a solution phase. This rate theory was developed by James T. Hynes with his graduate student Richard F. Grote in 1980. 

The theory is based on the generalized Langevin equation (GLE). This theory introduced the concept of frequency dependent friction for chemical rate processes in solution phase. Because of inclusion of the frequency dependent friction instead of constant friction, the theory successfully predicts the rate constant including where the reaction barrier is large and of high frequency, where the diffusion over the barrier starts decoupling from viscosity of the medium. This was the weakness of Kramer's rate theory, which underestimated the reaction rate having large barrier with high frequency.

References

Physical chemistry
5 Force Support Battalion REME. 5 Force Support Battalion REME is a battalion of the Royal Electrical and Mechanical Engineers of the British Army.

History
The battalion was formed in the early 2000's, at Catterick Garrison, from the grouping of a number of separate companies. The battalion deployed on Operation Telic II, in 2003, to support 19th Mechanised Brigade.

Future Soldier 
Under the Future Soldier reforms, the battalion is due to re-subordinate to 101 Operational Sustainment Brigade.

Structure
The battalion's current structure is as follows:
1 Field Company
2 Field Company
15 Field Company

References

Battalions of the Royal Electrical and Mechanical Engineers
Perry Daneshgari. Perry (Parviz) Daneshgari is an Iranian-American entrepreneur, engineer and author born in Ahvaz, Iran.  He founded MCA, which appeared on the TV Program World Business Review, in 1990 and has written many books and articles in specialized magazines and websites. Perry has an MBA from Wayne State University and a Ph.D. in mechanical engineering from the University of Karlsruhe, as well as B.S. in civil and mechanical engineering from Northwestern University. He specializes in Agile Construction, a way of doing business that focuses on adaptation and quick changes on job sites and production lines.

Daneshgari has collaborated with research projects on different industries, most of them focused on increasing productivity in those industries applying agile methods of working, for example: “Developing a Standard Format for Calculating Construction size and Share”, “Ideal Jobsite Inventory Levels to Improve Profitability” for Electri International and other organization like Sheet Metal and Air Conditioning Contractors National Association, NAED Education and Research Foundation, New Horizons Foundation, etc.. Perry in collaboration with Heather Moore and MCA have written articles in some specialized magazines like Electrical Contracting Magazine, The Electrical Distribution Magazine, and more.

Bibliography
Agile Construction for the electrical contractor 
The Chase: Constant Pursuit For Improvement
Lean Operations in Wholesale Distribution 
Agile Construction, a Profitable construction, higher profits and better cash flow.
Application of ASTM E2691  Standard Practice for Job Productivity Measurement in Agile Construction
Competing in the New Construction Environment: A Compilation to Lead the Way - The Here and Now-How to Be Competitive, Book 1:
Operational Model Needed to Compete in Industrialized Construction - Industrialization of Construction, A Compilation to Lead the Way, Book 2:
Industrialization of Construction, A Compilation to Lead the Way, Foundation and Future, Dealing with the Challenges of More Work, Book 3:
Efficiency and Continuous Improvement: Survival of the Unfits - Book 4:
Agile Distribution®, Application of Lean Principles:
Industrialization of Construction: How it will happen, and how to stay ahead using Agile Construction

References

External links
 P. Daneshgari profile on ECM
 P. Daneshgari on Inanimate to Animate Blog: Could the laws of physics explain our social behavior, and our connection to the universe?
 Daneshgari, Dr. Perry, and Dr. Heather Moore. Prefabrication Handbook for the Construction Industry 2019 
 Daneshgari, Dr. Perry, and Dr. Heather Moore. Industrialization of Construction How it will happen, and how to stay ahead using Agile Construction 2024 
 Daneshgari, Dr. Perry, and Dr. Heather Moore. Prefabrication or Electrical Installations for Construction NECA 5- 2022 

American people of Iranian descent
Heather Moore. Heather Moore is an engineer from Michigan known for her research in construction management and construction productivity. She is the Vice President of Operations at MCA. She studied Industrial and Operations Engineering at the University of Michigan, and also holds an MBA from the University of Michigan-Flint, and later obtained a Ph. D in Construction Management at the Michigan State University. Her Ph.D. research focused on information entropy, with specific application in construction. Her papers and research have been used in innovation in construction development. She has co-authored two books on improving productivity on construction job sites  and has published many articles in specialized magazines, including work referencing both MCA's experience in Agile Construction and the ASTM standard in combination with information entropy. She has also contributed to other books and research work conducted at MCA on topics of productivity and process design.

Heather has written two books with Perry Daneshgari focused on productivity in construction, and has written articles in magazines like Construction Executive, IEC Insights Magazine, ASTM, Electrical Construction & Management Magazine among others blogs and pages. She has conducted research for Electri International (links) and New Horizons Foundation. (link) besides her academic research for the University of Michigan. She is now Vice President of Operations for MCA but has been Manager of Research and Assistant Implementer. Before MCA she worked for John E. Green Company.

Bibliography
Competing in the New Construction Environment A Compilation to Lead the Way - Book 1: The Here and Now-How to Be Competitive.
Application of ASTM E2691 Standard Practice for Job Productivity Measurement in Agile Construction
Operational Model Needed to Compete in Industrialized Construction - Industrialization of Construction, A Compilation to Lead the Way, Book 2:
Industrialization of Construction, A Compilation to Lead the Way, Foundation and Future, Dealing with the Challenges of More Work, Book 3:
Efficiency and Continuous Improvement: Survival of the Unfits - Book 4:
Industrialization of Construction: How it will happen, and how to stay ahead using Agile Construction

External links
 Heather Moore Profile 
 Daneshgari, Dr. Perry, and Dr. Heather Moore. Prefabrication Handbook for the Construction Industry 2019 
 Daneshgari, Dr. Perry, and Dr. Heather Moore. Industrialization of Construction How it will happen, and how to stay ahead using Agile Construction 2024 
 Daneshgari, Dr. Perry, and Dr. Heather Moore. Prefabrication or Electrical Installations for Construction NECA 5- 2022

References

American civil engineers
Living people
Michigan State University alumni
University of Michigan College of Engineering alumni
Year of birth missing (living people)
University of Michigan–Flint alumni
List of educational institutions in Aarhus. This list of educational institutions in Aarhus is a list of educational institutions in the city of Aarhus in Denmark. including primary, secondary and higher educational institutions.

Higher education 
 Aarhus University
 Aarhus School of Architecture
 Aarhus School of Marine and Technical Engineering
 Business Academy Aarhus
 Jutland Art Academy
 Royal Academy of Music, Aarhus/Aalborg
 School of Media and Journalism
 VIA University College, main headquarters plus Campus Aarhus C and Campus Aarhus N

Secondary education 
 Egaa Gymnasium
 Langkær Gymnasium og HF
 Marselisborg Gymnasium
 Risskov Gymnasium
 Viby Gymnasium
 VUC Aarhus
 Aarhus Katedralskole
 Aarhus Business College
 Århus Statsgymnasium
 Aarhus Academy

Vocational
 Aarhus Educational Centre for Agriculture
 SOSU Aarhus
 Aarhus Tech

Primary education  

 Bakkegårdskolen
 Bavnehøj Skole
 Beder Skole
 Elev Skole
 Ellekærskolen 
 Ellevangskolen
 Elsted Skole
 Engdalskolen
 Fjordsgades Skole
 Gammelgaardsskolen
 Hårup Skole
 Hasle Skole

 Højvangskolen
 Holme Skole
 Katrinebjergskolen
 Kragelundskolen
 Læssøesgades School
 Lisbjergskolen
 Lystrup Skole
 Malling Skole
 Mårslet Skole
 Møllevangskolen
 Næshøjskolen
 Risskov Skole

 Rosenvangskolen
 Rundhøjskolen
 Sabro-Korsvejskolen
 Samsøgades School
 Skåde Skole
 Skæring Skole
 Skjoldhøjskolen
 Skødstrup Skole
 Skovvangskolen
 Sødalskolen
 Solbjergskole
 Sølystskolen

 Søndervangskolen
 Strandskolen
 Tilst Skole
 Tovshøjskolen
 Tranbjergskolen
 Vestergårdsskolen
 Viby Skole
 Virupskolen
 Vorrevangskolen
 Åby Skole

Private and charter schools

 Børnenes Friskole
 Jakobskolen
 Selam Friskole
 Den Moderne Kulturelle Skole
 Laursens Realskole

 Skt. Knuds Skole
 Elise Smiths Skole	
 Lykkeskolen 
 Aarhus International School

 Egebakkeskolen
 N. Kochs Skole
 Aarhus Friskole
 Forældreskolen i Aarhus

 Nilen Privatskole
 Aarhus Privatskole
 Interskolen
 Rudolf Steiner-Skolen i Aarhus

Municipal specialty schools
 Heltidsundervisningen (HU) og Flexskolen	
 Langagerskolen
 Center 10
 Kaløvigskolen
 Stensagerskolen
 Sygehusundervisningen

Other
 Deaconal Folk High School
 KaosPilot

References 

Education in Aarhus
Detailed engineering. Detailed engineering are studies which creates a full definition of every aspect of a project development. It includes all the studies to be performed before project construction starts. Detail engineering studies are a key component for every project development across mining, infrastructure, energy, pharmaceuticals, chemicals, and oil and gas sectors.

Detailed engineering is a service which is delivered for example by global engineering companies such as Worley, Morimatsu Industry, Outotec, Hatch, Amec Foster Wheeler, M3 Engineering, Ausenco, SNC-Lavalin, Techint, and Jacobs Engineering.

Detailed engineering follows Front End Engineering Design (FEED) and Basic Engineering previous steps on the engineering process for a project development, it contains in detail diagrams and drawings for construction, civil works, instrumentation, control system, electrical facilities, management of suppliers, schedule of activities, costs, procurement of equipment, economic evaluation and also environmental impacts before starting of construction of a project.

Detailed engineering is used for different stages and purposes in project development worldwide, whether it is a water treatment plant at OceanaGold Didipo gold-copper mine in the Philippines, a processing plant at Hochschild Mining Inmaculada silver mine in Peru, a molybdenum flotation plant at KGHM Sierra Gorda copper project in Chile, detailed engineering is a key component for every project development.

References

Construction and extraction occupations
Engineering disciplines
Civil engineering
Building engineering
Darshan Singh Vohra. Darshan Singh Vohra was an Indian Army officer, an engineer, one of the pioneers of prosthetics in Asia and the founder of the first prosthetic centre in Asia, Artificial Limb Centre, Pune and Nevedac Prosthetic Centre, another prosthetic facility in Chandigarh. After obtaining advanced training in prosthetics from Germany and England, he joined the Indian Army and was holding the rank of a colonel at the time of his superannuation. He founded the first prosthetic centre in Asia, Artificial Limb Centre, immediately after World War II, in 1944, at Pune, for the rehabilitation of soldiers who lost their limbs in war and the facility has grown to become a 190 bedded healthcare centre, working attached to the Armed Forces Medical College, Pune.

After retiring from the Army, the Government of Punjab invited him to set up a similar centre in Punjab and he established Nevedac Prosthetic Centre, in the village of Zirakpur in the state in 1972. He served as an honorary adviser to the Government of Punjab, Government of Haryana and Chandigarh Administration and was a consultant to the National Industrial Corporation Limited, New Delhi for the setting up of the Artificial Limbs Manufacturing Corporation at Kanpur. Holder of a doctoral degree in Therapeutic Philosophy from The World University, Arizona, he was a fellow of the British Institute of Surgical Technologists, Artificial Limb Fitters, Great Britain and the Orthotics - Prosthetics Society of India and was a member of the Orthopaedic Works, West Germany and the International Society for Prosthetics and Orthotics, Copenhagen (ISPO). He also served as the president of the Orthotic - Prosthetic Society of India,  from 1987 to 1991. The Government of India awarded him the fourth highest civilian honour of Padma Shri in 1988.

See also

 Prosthetics

References

Recipients of the Padma Shri in social work
Year of birth missing
Year of death missing
Engineers from Punjab, India
Indian bioengineers
Prosthetics
Indian Army Corps of Engineers
20th-century Indian engineers
20th-century Indian biologists
Military personnel from Punjab, India
Judy Clapp. Judith A. Clapp (born 1930) is a computer scientist who began her career at the Massachusetts Institute of Technology (MIT) and subsequently moved to the Lincoln Laboratory and then to MITRE, where she was a leader in the Semi-Automatic Ground Environment (SAGE) military project, including the development of the SAGE computer.

Early life and education
Clapp was born in 1930 and was raised in Long Island, New York. She received her bachelor's degree in math and physics in 1951 from Smith College and her master's degree in applied science (which she described as the closest match to computer science available at the time) in 1952 from Radcliffe College, then a women's affiliate of Harvard University.

Career
After graduating from Radcliffe Clapp began work at MIT, the only woman among the early programmers of the Whirlwind I, the first real-time computer. The Whirlwind, a vacuum tube computer, had originally been commissioned by the United States Navy but was subsequently financed by the Air Force for the Semi-Automatic Ground Environment (SAGE) project. Clapp continued to work on the project after its transfer to the Lincoln Laboratory and later to the MITRE Corporation, eventually becoming a Senior Principal Software Systems Engineer at MITRE. After the SAGE project Clapp continued to work in management at MITRE and participated in the Department of Defense Working Group that led to the development of the Ada programming language.

Legacy

Clapp's work is regarded as important groundwork for the development of software engineering as a discipline. She was involved in early professional organizations for women in computing and is recognized as a pioneer among women in the field. Clapp received an Achievement Award from the Society of Women Engineers in 2001. In 2005, she received the Smith College Medal. Her work and thoughts on working on the SAGE project were also discussed in the book Recoding Gender: Women's Changing Participation in Computing.

References

External links
 Reflections on SAGE: MIT Lincoln Laboratory interviews Clapp and other major players in the SAGE project

1930 births
Living people
American women computer scientists
American computer scientists
Radcliffe College alumni
MIT Lincoln Laboratory people
Smith College alumni
21st-century American women
ROBUSTA-1B. ROBUSTA-1B (Radiation on Bipolar Test for University Satellite Application) is a nano-satellite (Cubesat) scientific experiment developed by the University of Montpellier students, a successor to the ROBUSTA satellite, which was launched in February 2012 and lost soon after.

ROBUSTA-1B carries an updated version of the ROBUSTA payload, an experiment to check the deterioration of electronic components based on bipolar transistors, when exposed to in-flight space radiation. The results of the experiment will be used to validate a new radiation test method proposed by the laboratory.

ROBUSTA Comparison 
Started as a simple reflight of ROBUSTA, the project quickly became a complete upgrade of most of the satellite's systems, using the feedback provided by the previous project.

References 

Student satellites
CubeSats
Spacecraft launched in 2017
Motor (disambiguation). A motor is a mechanical or electrical device that creates motion.

Motor or Motors may also refer to:

Mator language also Motor, extinct Uralic language
, also Motors, extinct Uralic people, speakers of the Mator language
The Motors, a British rock band, formed in 1977
Motor (Australian magazine), formerly known as Modern Motor, an Australian magazine
Motor (American magazine), an American automobile monthly
Motor, a defunct Indonesian automobile monthly magazine
The Motor, formerly known as Motorcycling and Motoring, a defunct British magazine
Motor, Iowa, a small town in Iowa, USA
Motor, Kansas, a ghost town in Kansas, USA

See also
Engine (disambiguation)
Electromembrane extraction. Electro membrane extraction, or EME, is a miniaturized liquid-liquid extraction technique developed for sample preparation of aqueous samples prior to analysis by chromatography, electrophoresis, mass spectrometry, and related techniques in analytical chemistry. EME involves the use of a small supported liquid membrane (SLM) sustained in the wall of a porous hollow fiber, and application of an electrical field across the SLM.

Principle
Target compounds are extracted from an aqueous sample, through a μL-volume of organic solvent sustained as a thin supported liquid membrane (SLM) in the pores in the wall of a porous hollow fiber, and into an acceptor solution inside the lumen of the hollow fiber. Extraction is based on electrokinetic migration in an electrical field sustained across the SLM. The volume of the acceptor solution is typically 5-25 μL. The acceptor solution is an aqueous solution, and can be analyzed by liquid chromatography (LC) or capillary electrophoresis (CE).

Advantages
EME is closely related to liquid-phase microextraction (LPME) and provides high pre-concentration and efficient sample clean-up. In addition, because the extraction is performed under the influence of an electrical field, the extraction selectivity can be controlled by the direction and the magnitude of the electrical field.

Further reading
 Knut Fredrik Seip, Astrid Gjelstad, Stig Pedersen-Bjergaard, The potential of electromembrane extraction for bioanalytical applications, Bioanalysis 7 (2015) 463-480
 V. Krishna Marothu, M. Gorrepati, R. Vusa, Electromembrane extraction-a novel extraction technique for pharmaceutical, chemical, clinical and environmental analysis, Journal of Chromatographic Science 51 (2013) 619-631.

References

Extraction (chemistry)
Laboratory techniques
JuMP. JuMP is an algebraic modeling language and a collection of supporting packages for mathematical optimization embedded in the Julia programming language. JuMP is used by companies, government agencies, academic institutions, software projects, and individuals to formulate and submit optimization problems to thirdparty solvers.  JuMP has been specifically applied to problems in the field of operations research.

Features 

JuMP is a Julia package and domain-specific language that provides an API and syntax for declaring and solving optimization problems. Specialized syntax for declaring decision variables, adding constraints, and setting objective functions is facilitated by Julia's syntactic macros and metaprogramming features. JuMP supports linear programming, mixed integer programming, semidefinite programming, conic optimization, nonlinear programming, and other classes of optimization problems. JuMP provides access to over 50 solvers, including state-of-the-art commercial and open-source solvers.

History 

JuMP was first developed by Miles Lubin, Iain Dunning, and Joey Huchette while they were students at the Massachusetts Institute of Technology. Today, JuMP's core developers are Miles Lubin, Benoît Legat, Joaquim Dias Garcia, Joey Huchette, and Oscar Dowson. Miles Lubin additionally holds the title of BDFL. JuMP is a sponsored project of NumFOCUS.

Recognition 

JuMP and its authors have been acknowledged by the 2015 COIN-OR Cup, the 2016 INFORMS Computing Society Prize, and the Mathematical Optimization Society's 2021 BealeOrchardHays Prize.

See also 

 HiGHS optimization solver
 List of free and open-source optimization solvers
 Mathematical optimization
 PuLP  a similar project for Python
 Pyomo  Python packages for formulating optimization problems

References

External links 

 JuMP documentation
 JuMP repository

Computational science
Computer programming
Mathematical modeling
Mathematical optimization