omniomni/omni-engineering huggingface dataset:
Thiago David Olson. Thiago David Olson (born 1989) is a venture capitalist, electrical engineer and entrepreneur. Olson is the co-founder and CEO of Stratos Technologies, Inc., creators of the Stratos Card. As an electrical engineer Olson became known as a teenager for his research in Nuclear Fusion and Neutron Sciences. As a 17-year-old, attending Stoney Creek High School in Rochester Hills, Michigan, Olson created a homemade nuclear fusion reactor. In his article Neutron activation analysis using an inertial electrostatic confinement fusion device he indicated that his apparatus did not produce surplus energy.

For this work, he received a first place Special Award given by the AVS/VTD in 2007 in connection with a second place prize in the Intel International Science and Engineering Fair 2007, section Physics and Astronomy

He studied at Vanderbilt University and Princeton University. In 2009, he was one of three students to receive a Department of Defense SMART Fellowship, which supports students who demonstrate interest in conducting applied research.

Olson previously worked as an electrical engineer at the U.S. Department of Defense.

The minor planet 23262 Thiagoolson has been named after Olson for his research in nuclear fusion and neutron sciences.

References

External links
 Teen builds basement nuclear reactor, Popular Science - YouTube

American electrical engineers
1989 births
Living people
Nuclear physicists
https://www.fastcompany.com/3043133/genius-who-built-a-nuclear-fusion-reactor-at-17-takes-on-the-payments-industry
Field effect. Field effect may refer to: relative influence of electricity to the substrate within a given field.

 Field effect (chemistry), an effect that a pole (either an unipole or dipole) has on a remote reaction centre (reaction rates, equilibrium). This effect operates through space not through bonds which distinguishes it from the inductive effect.
 Field effect (semiconductor), the physical mechanism modulating the conductivity of a semiconductor using an applied voltage difference.
 Field effect also known as field cancerization, a field of molecular and cellular changes in normal appearing tissue, which predispose to the development of cancer.
 Wien effect, in electrolytes, an increase in ionic mobility or conductivity of electrolytes at very high gradient of electrical potential.
Michael D. Watkins. Michael D. Watkins is a Canadian-born author of books on leadership and negotiation. He is the Professor of Leadership and Organizational Change at the International Institute for Management Development in Switzerland.

Education and career
Watkins studied electrical engineering at the University of Waterloo and business and law at the University of Western Ontario. He has a PhD in decision science from Harvard University.

Watkins became an associate professor at Harvard Business School before moving to the International Institute for Management Development.

Bibliography
Breakthrough International Negotiation: How Great Negotiators Transformed the World's Toughest Post-Cold War Conflicts (with Susan Rosegrant, Jossey-Bass, 2001)
Breakthrough Business Negotiation: A Toolbox for Managers (Wiley, 2002)
Winning the Influence Game: What Every Business Leader Should Know about Government (with Mickey Edwards and Usha Thakrar, Wiley, 2002)
The First 90 Days: Proven Strategies for Getting Up to Speed Faster and Smarter (Harvard Business School Press, 2003; 2nd ed., Harvard Business Review Press, 2013)
Right from the Start: Taking Charge in a New Leadership Role (with Dan Ciampa, Harvard Business School Press, 2005)
Case Studies in U.S. Trade Negotiation (with Charan Devereaux and Robert Z. Lawrence, Institute for International Economics, 2006)
The First 90 Days in Government: Critical Success Strategies for New Public Managers at All Levels (with Peter H. Daly and Cate Reavis, Harvard Business School Press, 2006)
Shaping the Game: The New Leader's Guide to Effective Negotiating (Harvard Business School Press, 2006)
Predictable Surprises: The Disasters You Should Have Seen Coming, and how to Prevent Them (with Max H. Bazerman, Harvard Business School Press, 2008)
Your Next Move: The Leader's Guide to Navigating Major Career Transitions (Harvard Business Press, 2009)
Master Your Next Move: Proven Strategies for Navigating the First 90 Days (Harvard Business Press, 2019)
The Six Disciplines of Strategic Thinking (HarperCollins, 2024)

References 

Living people
Canadian male non-fiction writers
Leadership scholars
Negotiation scholars
Year of birth missing (living people)
21st-century Canadian non-fiction writers
Canadian expatriates in France
Harvard Business School faculty
Canadian expatriates in the United States
University of Waterloo alumni
University of Western Ontario alumni
Harvard University alumni
John Anderson (inventor). John Anderson (1942 – 7 April 2012) was a co-founder, a director and the chief technology officer of Intelesens Ltd. and HeartSine Technologies Inc. Anderson formed the Northern Ireland Bio-Engineering Centre (NIBEC) and was its first director. He was also the head of the School of Electrical and Mechanical Engineering at the University of Ulster (Jordanstown), Northern Ireland. He was the head of bioengineering at the Royal Victoria Hospital in Northern Ireland, when the world's first mobile coronary care unit was launched in 1967.

Professor Frank Pantridge was responsible for development of the world's first portable defibrillator designed for use outside of hospital, which was subsequently manufactured and sold throughout the world. Anderson worked with Pantridge on its development.

Anderson received M.Phil. and D.Phil. in bioengineering and was granted a personal chair in medical electronics in 1990. In 1994 he was made a founding fellow of the Biological Engineering Society. He was a chartered scientist and a fellow of the Royal College of Physicians. He published over 300 papers in the field of bioengineering research and hold 40 patents in the field. He was previously an active member of the Association for the Advancement of Medical Instrumentation (AAMI) standards committees for conventional defibrillation and semi automatic defibrillation.

He was also responsible for developing the technology utilised in many defibrillators, including semi automatic and telephone controlled devices, being marketed today. His publication record reflected his intense interest in sudden cardiac death with particular reference to the early and rapid treatment of cardiac arrest.

In 2002 Anderson was awarded a UK Business Fellowship, one of only twelve in the UK. During his working career, he was responsible for ten start-up companies in the field of medical engineering.

References 

1942 births
2012 deaths
British bioengineers
Chief technology officers
Irish inventors
Irish company founders
Academics of Ulster University
20th-century engineers from Northern Ireland
21st-century engineers from Northern Ireland
P.E.S. Institute of Technology and Management. P.E.S. Institute of Technology and Management is an engineering and management college located in Shivamogga, Karnataka, India. It is affiliated to the Visvesvaraya Technological University, Belgaum.

About
The institute  provides support to research and development activities, and is presently offering:
 Ten UG courses
 Two PG Programs: MBA and MCA programme
 Ph.D. research centres

Certification

PESITM is an ISO 9001:2015 certified institute.

Quality Management System of PES Institute of Technology & Management, Shivamogga complies with the requirements of ISO 9001:2015.

This certificate is valid concerning all activities related to educational services offering four-year B.E programmes in Civil Engg, CSE, EEE, ECE, ISE and ME and 2 year MBA programme in specializations such as marketing, finance and human resources.

Courses offered
UG Programs
 Civil Engineering
 Computer Science and Engineering
 Electrical and Electronics Engineering
 Electronics and Communications Engineering
 Information Science and Engineering
 Mechanical Engineering
 Artificial Intelligence and Machine Learning
 Computer Engineering
 Computer Science and Engineering(Data Science)
 Computer Science and Design

PG programs
 Master of Computer Application
 Master of Business Administration

Recent activities
 'Prerana' 2015. The bi-annual cultural fest was held on May 8 & 9. With ten pre-fest events, and 15 fest events.
 'Android Hackathon' workshop conducted from 13 to 15 February 2015.
 Department of Computer Science & Engineering, PESITM conducted International Conference on Information and Communication Technologies (ICICT-2014) on 5 and 6 May 2014.
 PESITM conducted Annual Cultural Fest Prerana - 2014 in the month of April, 2014
 Google Android app development workshop was conducted by Dept. of Computer Science in association with Google Development Group (GDG) of Mangalore 14 and 15 March 2014.
 A two-day WorkShop on "Getting started with Unity3D for Windows 8″ was conducted at PESITM College on 16 and 17 March by "Student Nokia Developers Group of PESITM".
 PESITM in association with Microsoft conducted 24-hour App Fest Hackaton on 29 and 30 September 2013.
 Department of CSE conducted three- day Mobile Innovation Workshop in association with Nokia.

References

External links

Affiliates of Visvesvaraya Technological University
Engineering colleges in Karnataka
Education in Shimoga
Universities and colleges in Shimoga district
Educational institutions established in 2007
2007 establishments in Karnataka
Estudios, Montajes y Tendidos Eléctricos. EMTE SA (an acronym for "Estudios, Montajes y Tendidos Eléctricos") was a Spanish industrial engineering group specialising in industrial electrical installations and control systems. The company also provided a variety of industrial installations including waste and waste water management, climate control, telecommunications, and automated painting and welding.

History
EMTE was founded as an electrical generation and installation company in 1961. In 1970 the company was renamed EMTE, and became a public company. The company diversified into general electromechanical and low voltage (mains) installations, then in the 1980s the company developed industrial control systems, electronics and telecommunications, and expanded throughout Spain. In the 1990s the company began developing turnkey waste treatment plants, and later entered into the renewal energy business.

In 2003 Aguas the Barcelona (Agbar) acquired a 35% share in the group, with an agreement to raise its share to 50% by 2006 and to integrate its ADAS Systems, Aquatec, AQUAPLAN Agbar and maintenance operations in Emte. Agbar's shareholding increased to 50% in April 2004. In December 2006 Agbar announced that it was to sell its 50% share in Emte for €107.3million to the Sumarroca group increasing its original 17% share to 67%. The remaining shares from the 1961 founder of the company were also acquired by Sumarocca. The holding company 'Solduga SA' was created by the Sumarroca family for the acquisition. In 2007 Banco Sabadell and Caja Madrid became shareholders.

In 2009 Sumarroca's share was 60% and Banco Sabadell and Caja Madrid both had taken 20% stakes.; in May 2009 Emte agreed to merge with the construction and infrastructure group Comsa to form COMSA EMTE in a 70:30 shareholding distribution (Comsa shareholders 70%).

Company structure
In 2009 the group was divided into five sectors, each composed of several companies:
Instalaciones eléctricas (electrical installations) - installation and maintenance of electrical generators, substations, power cables and related equipment, railway electrification
Sistemas y Tecnología (systems and technology) - Telecommunications and remote control and sensing
Mantenimiento y Servicios (maintenance and service) - management and maintenance of facilities
Instalaciones mecánicas (mechanical installations) - climate control, fire control systems, clean room and biosecurity
Medio Ambiente (environment) - turnkey plants for waste treatment and recycling, waste gasification, renewable energy.

References

External links
Grupo Industrial EMTE (Archive)
EMTE on Construnario website
COMSA EMTE (current company)

Construction and civil engineering companies of Spain
2009 disestablishments in Spain
Construction and civil engineering companies established in 1961
Spanish companies established in 1961
Energy companies established in 1961
Defunct electric power companies of Spain
Kammavari Sangha Institute of Technology. Kammavari Sangha Institute of Technology (KSIT) is a private engineering college in Bangalore, Karnataka, It was founded by C.G Chinnappa Naidu, a civil contractor in Bangalore. He started the educational institution in order to allow the students from other communities to achieve their dreams.  It is affiliated to the Visvesvaraya Technological University, Belgaum. It was established in 1999.

References

Engineering colleges in Bengaluru
Vignan Institute of Technology and Aeronautical Engineering. Vignan Institute of Technology and Aeronautical Engineering(VITAE) is one of the Engineering Colleges that is located in Vignan Hills, Deshmukhi, Nalgonda, Telangana, India. It is 25 km away from Hyderabad. The college is affiliated with Jawaharlal Nehru Technological University, Hyderabad (JNTUH). The campus was established in an area named Vignan Hills. Vignan Hills has an area of 350 acres (1.4 km2) with valleys and watersheds, with mango groves and greenery around. It is situated at a distance of 35 km from Koti, Hyderabad. The college provides various amenities such laboratories and computer centers in its college blocks. Vignan also provides a library and an information center and a sport center for indoor and outdoor games.

History 
Vignan is the brainchild of Dr. L. Rathaiah. Dr. Rathaiah developed a series of educational materials for public and competitive examinations and later established the Vignan Residential Institutions in 1983.

Intake
VITAE was established in 2008, with intake of 240 students for undergraduate courses. In 2016, VITA has expanded to accommodate 1200 students. The breakdown of available seats are:

External links 
 www.vignanitae.ac.in

Engineering colleges in Telangana
Educational institutions established in 2008
2008 establishments in Andhra Pradesh
Vanadium pentafluoride. Vanadium(V) fluoride is the inorganic compound with the chemical formula VF5. It is a colorless volatile liquid that freezes near room temperature.  It is a highly reactive compound, as indicated by its ability to fluorinate organic substances.

Properties and structure 
The compound is exclusively a monomer in the gas phase. In the gas phase it adopts D3h symmetric trigonal bipyramidal geometry as indicated by electron diffraction. As a solid, VF5 forms a polymeric structure with fluoride-bridged octahedral vanadium centers.

The formation enthalpy of VF5 is -1429.4 ± 0.8 kJ/mol.

It is the only known pentahalide of vanadium.

Synthesis
Vanadium pentafluoride can be prepared by fluorination of vanadium metal: 
 2 V  +  5 F2  →  2 VF5
Alternatively, disproportionation of vanadium tetrafluoride yields equal amounts of the solid trifluoride and the volatile pentafluoride:
2 VF4  →   VF3  +  VF5
This conversion is conducted at 650 °C.  It can also be synthesized by using elemental fluorine to fluorinate industrial concentrates and raw materials so as to produce VF5 on an industrial scale. VF5 can be synthesized from the reaction of raw materials such as metallic Vanadium, ferrovanadium, vanadium (V) oxide and vanadium tetrafluoride with elemental fluorine.

VF5 ionises in the liquid state as reflected by the high values of Trouton's constant and electrical conductivities.

Characteristics and reactivity
Interest in this highly corrosive compound began in the fifties when there were extensive studies of its physicochemical properties. It is a powerful fluorinating and oxidizing agent.  It oxidizes elemental sulfur to sulfur tetrafluoride:.
S  + 4 VF5 →    4 VF4  +  SF4

Like other electrophilic metal halides, it hydrolyzes, first to the oxyhalide:
VF5  +  H2O   →   VOF3  + 2 HF
Then to the binary oxide:
2 VOF3 + 3 H2O   →   V2O5  +  6 HF
Hydrolysis is accelerated in the presence of base. Despite its tendency to hydrolyze, it can be dissolved in alcohols.

It is a Lewis acid, as illustrated by its formation of the hexafluorovanadate:
VF5  +  KF   →   KVF6

Vanadium pentafluoride is a weaker acid and mainly undergoes oxidative and fluorinating reactions.

The compound fluorinates unsaturated polyfluoroolefins into polyfluoroalkanes.

The compound dissolves without reaction in liquid Cl2 and Br2.   VF5 is moderately soluble in HF.

References

Other reading
 Arnold F. Holleman, Nils Wiberg: Lehrbuch der Anorganischen Chemie, 102. Auflage, de Gruyter, Berlin 2007, S. 1545, .

Vanadium(V) compounds
Fluorides
Metal halides
Fluorinating agents
Inorganic polymers
Coordination polymers
Franconian Heights Nature Park. The Franconian Heights Nature Park ()  is a nature park in Germany that covers an area of approximately 1,100 square kilometres. It is located northeast of the town of Rothenburg ob der Tauber in Bavaria and covers most of the hill ridge known as the Franconian Heights, as well as areas to the west and up to the Sulzach.  The nature park is in one of the sunniest areas of southern Germany and offers a very varied landscape with mixed forests, rivers, vineyards and dry habitats.

See also 
 List of nature parks in Germany

References

External links
 Website of the park

Protected areas of Bavaria
Iveco EuroClass. The Iveco EuroClass is an Italian intercity coach produced by Iveco starting from 1993 as a replacement of Iveco 370.

It was built in two versions, EuroClass HD, with a length of 12.0 meters and 3.56 m high, and EuroClass Normal, in the lengths of 10.5 and 12 meters. The HD version won the Coach of the Year 1995 award in 1994. The bus was produced on the Iveco 380 chassis until 2001, having a FIAT 8460.41S engine with 350 HP (Normal) or 380 HP (HD). The units built after 2002 were marketed under the Irisbus brand and named EuroClass NEW, and were based on the Irisbus 389 chassis, with am Iveco Cursor or Renault engine with 350 HP in the Normal version, or 430 HP in the HD version.

The bus was used by numerous transportation companies in Italy, such as Latium's Cotral (several hundreds), , Azienda Trasporti Livornese, Autolinee Regionali Pubbliche Abruzzesi, as well as the Esercito Italiano, the Carabinieri, the Guardia di Finanza and the Vigili del Fuoco. Some units were also sold in France and in Eastern Europe. The production of EuroClass stopped in 2007.

References

See also 
 List of buses

External links
Irisbus website 

EuroClass
Vehicles introduced in 1993
Buses of France
Police vehicles
Intercity buses
Single-deck buses
Disperse dye. Disperse dye is a category of synthetic dye intended for polyester and related hydrophobic fibers. Disperse dyes are polar molecules containing anthraquinone or azo groups. It is estimated that 85% of disperse dyes are azos or anthraquinone dyes.

History 
The history of disperse dye production is closely related to the synthesis of cellulose acetate fibres. Disperse dyes were invented in 1923-24.

Fundamentals of dyeing 
Disperse dyes are non-ionic in nature and partially soluble in water. The interaction of dye molecule and polymer takes place with Van der Waals and dipole forces. Disperse dyes have better diffusion at boiling to a higher temperature.

Examples 

 Disperse Blue dyes, especially 106 and 124, are common causes of contact allergy.
 Disperse Orange 1 is an azo dye.
 Disperse Red 9 is a red dye derived from anthraquinone.
 Disperse Red 11, also called C.I. 62015 and 1,4-diamino-2-methoxy anthraquinone, is another anthraquinone dye.
 Disperse Red 60 is also an anthraquinone dye.
 Disperse Yellow 26 is a yellow disperse dye.
 Disperse Yellow 42 is prepared by the reaction of two equivalents of aniline with 4-chloro-3-nitrobenzenesulfonyl chloride.

References

Dyes
Institute of Engineering and Management. Institute of Engineering & Management is a private engineering and management college located in Kolkata, West Bengal, India. It is the oldest private engineering college in West Bengal, founded in 1989. It is affiliated to  University of Engineering & Management, Kolkata.

Ranking

It is a NAAC grade 'A' college.

In India, Institute of Engineering & Management ranked 151-200 among engineering colleges by the National Institutional Ranking Framework (NIRF) in 2024.

References

External links 

Engineering colleges in Kolkata
Educational institutions established in 1989
1989 establishments in West Bengal
Montreal Engineering Company. Montreal Engineering Company, later Monenco was a Canadian engineering services company operating in the energy and infrastructure utilities area.

The company became an important player in North and Latin America and elsewhere, such as the feasibility study and design of the Diamer-Bhasha Dam, and Jebba Hydroelectric Power Station respectively. The company was also involved in the ill-fated World War 2 experiment Project Habakkuk.

History
In 1907 a department of the Royal Securities Corporation with three staff members was spun out into the Montreal Engineering Company Ltd. In 1919 the company became part of the portfolio of financier Izaak Walton Killam whose expansion and acquisition of electrical utilities and other industrial concerns grew the company. After Killam's death in 1955 the company was bought by its senior employees.

After 1964 the company diversified from its core electrical power business, it became a public company in 1969 and was renamed Monenco Inc..

In 1992 the company was acquired by AGRA Inc. AGRA Monenco  was subsequently acquired by AMEC in 2000.

References

Further reading

Construction and civil engineering companies of Canada
Construction and civil engineering companies established in 1907
Canadian companies established in 1907
Companies based in Montreal
A Ergo. The A Ergo is a stand-in stacker forklift truck pioneered by the Swedish truck manufacturing company Atlet AB. When Atlet was founded in 1958, the truck market consisted of many types of trucks including the reach trucks. In 1961, to improve handling efficiency and safety, Atlet AB launched the stand-in stacker as the “impossible truck” the A Ergo, an alternative to the pedestrian stackers and reach trucks already in the market.

It handles open load carriers with standard straddle legs, and closed load carriers in between wide straddle legs. High drive speed and lift/lowering speed add to a high throughput and productivity – as does the ergonomic design. And for even higher residual capacity it offers foldable side stabilizers. Atlet's smart modular concept makes it possible to customize each truck for your specific needs. For multi-shift applications, the battery is placed on rollers, for quick, easy changes.
 
Other features: 
Atlet Modular Concept design for highest First Visit Fix Rate. 
AC motor for reduced maintenance plus maximum acceleration and drive speed. 
Atlet Stability Support System S3.
Go-faster Stripes

References

External links
Atlet Ergo AjN/ASN

Engineering vehicles