omniomni/omni-engineering huggingface dataset:
Colm O'Donnell. Colm P. O'Donnell is an Irish chemist and engineer. He is a professor of biosystems and food engineering at the University College Dublin who is active in the field of process analytical technology (PAT). He is also a head of university School of biosystems and food engineering — as well as a chairperson of the Dairy processing technical committee of International Federation for Process Analysis and Control (IFPAC).

References

External links 
 

21st-century Irish chemists
Alumni of University College Dublin
Academics of University College Dublin
Living people
Year of birth missing (living people)
Place of birth missing (living people)
Food engineers
Joseph Irudayaraj. Joseph Maria Kumar Irudayaraj (born 1961) is an American engineer and chemist; he is a professor of bioengineering at University of Illinois at Urbana Champaign.  He is active in the field of bionanotechnology, molecular sensing and drug discovery core.

Awards 
 College of Engineering Research Excellence Award, Purdue University (2015)

References

Web-sources 
 
 

1961 births
Living people
21st-century American chemists
21st-century American engineers
Purdue University faculty
Debra Laefer. Debra Laefer is the Director of Citizen Science program within NYU's Center for Urban Science + Progress and Associate Professor of NYU's Tandon School of Engineering. Previously a professor at University College, Dublin, her research in geotechnical and structural engineering focuses on ways to preserve architecturally significant buildings from sub-surface construction.

Laefer leads the Urban Modelling Group which released the densest LiDAR dataset to date in order to facilitate urban development. She was also featured in a showcase of eight leading female scientists of Ireland in an exhibition in 2016.

Laefer earned her PhD from the University of Illinois at Urbana-Champaign in Geotechnical Civil Engineering.  She holds a B.A. in Art History and a B.S. in Civil Engineering from Columbia University. She is a fellow of the Japan Society for the Promotion of Science and a Fulbright fellow.

References 

New York University faculty
Columbia School of Engineering and Applied Science alumni
Year of birth missing (living people)
Living people
Grainger College of Engineering alumni
Academics of University College Dublin
American women scientists
American women academics
21st-century American women
Shankar Bhattacharyya. Sankar P. Bhattacharyya (June 23 1946 - July 3 2024), was an American engineer. He was a professor at the College of Engineering of the Texas A&M University (TAMU), and was active in the field of automatic control systems. Since December 2011, he has been a foreign member of Brazilian Academy of Sciences.

Awards 
 Fellow Award - International Federation of Automatic Control (IFAC), 2011.

References

External links 
 

Living people
1946 births
21st-century American engineers
Texas A&M University faculty
AAES. AAES may refer to:

 American Association of Endocrine Surgeons, a professional organization
 American Association of Engineering Societies, an umbrella organization of engineering societies
 Ansett Aviation Engineering Services, see 
 Arkansas Agricultural Experiment Station, the research component of the University of Arkansas System's Division of Agriculture
 Australian Army Education Service, see Royal Australian Army Educational Corps
 Anti-Aircraft Experimental Section, part of the British Ministry of Munitions
 Erik Aaes (1899–1966), Danish set designer and art director
Ukrainian People's Republic Air Fleet. The Air Fleet of the UPR was the air force of the Ukrainian People's Republic in 1917–1921.

Aircraft

Fighters
Morane-Saulnier Type Nm (3)
Sikorsky S-16
Nieuport 11 C.1 Bebe
Nieuport 17 (3)
Nieuport 21 (2)
Nieuport 23 (7)
Nieuport 27
SPAD S.VII (2)
Sopwith Camel F.1
Sopwith 1½ Strutter (1)
Vickers FB.19 Bullet
Fokker D.VII

Reconnaissance
Anatra D Anade
Anatra DSS Anasal
Lloyd C.V

Bombers
Voisin III LA S (6)
Maurice Farman MF.11 Shorthorn (1)
Zeppelin-Staaken R.XIVa (1)
Sikorsky Ilja Muromets S-14 G-1

See also
Air Fleet of the Revolutionary Insurgent Army of Ukraine
Ukrainian People's Army
Ukrainian Galician Army

References

External links

Military history of Ukraine
Military units and formations of Ukraine
Disbanded air forces
Military units and formations established in 1917
Military units and formations disestablished in 1921
Ukrainian People's Republic
FBA Avion Canon. The FBA Avion Canon (aka FBA 1 Ca2) was a two-seat cannon-armed biplane fighter, designed and built in France from 1916. due to unsatisfactory performance, development of the Avion Canon was abandoned.

Design and development
During 1916, Louis Schreck, chief designer of Franco-British Aviation Company (FBA), developed a two-seat cannon armed fighter, by mounting the biplane wings from the FBA H flying boat on an aerodynamically clean wooden monocoque fuselage, with conventional tailskid undercarriage. Power was supplied by a  Hispano-Suiza 8A V-8 water-cooled engine mounted as a pusher between the upper and lower mainplanes. After initial testing  the engine was replaced with a  Hispano-Suiza 8Aa. Performance was unsatisfactory and further development was cancelled.

Specifications (FBA Avion Canon)

References

Further reading

External links
 

1910s French fighter aircraft
FBA aircraft
Aircraft first flown in 1916
Wright XRJ47. The Wright XRJ47 was an American ramjet engine developed in the 1950s to help propel the rocket-launched SM-64 Navaho supersonic intercontinental cruise missile. Although the design flight Mach Number was 2.75, a peak flight speed of Mach 3.0, at altitudes up to about 77,000 ft, was envisaged. This very large ramjet had a number of design problems, including some difficulty in light-up. Development of the Navaho missile was cancelled along with the ramjet engine in 1957.

Design
The single cone supersonic intake supplied ram air to a long annular diffuser terminating at the aft-mounted cylindrical combustion chamber. The centreline of the intake system was gently curved, presumably to line up the intake face with the flow-field of the missile nose section.

The combustion chamber flame-holder consisted of a center-body pilot region, with three annular V-gutters interconnected by slanted radial V-gutters. Fuel jets were of variable area design.

A heat-shield, with multiple exit ports, provided cooling air for the jetpipe and the fixed area ratio convergent-divergent propelling nozzle. The exit diameter of the nozzle equaled that of the combustion chamber.

Specifications (XRJ47-W-5)

References

Further reading

Ramjet engines
Mitsubishi Electric Trane HVAC. Mitsubishi Electric Trane HVAC US (METUS) is a company jointly owned by Trane Technologies and Mitsubishi Electric.

Agreement
An agreement between Ingersoll Rand and Mitsubishi Electric regarding establishment of the joint venture was reached in January 2018 and the company started operation in mid-2018. 

METUS markets, sells and distributes heating and air-conditioning systems in the United States and Latin America.

References

External links
MET HVAC Website
HVAC Service & Repairs
HVAC System Comparison

Trane Technologies
Mitsubishi Electric subsidiaries
Companies based in Gwinnett County, Georgia
Canon Tokki. Canon Tokki Corporation is a Japanese manufacturer of material deposition equipment for making OLED displays. It is a wholly owned subsidiary of Canon Inc. and has a near-monopoly in its main business field.

History 
The company began producing Factory Automation systems, machine tools and production tools. In 1983 it began to produce vacuum thin film deposition equipment. In 1986, Tsugami Specialty Machine, Nagaoka Precision, Tsugami Robotics, and UPR Co., Ltd. merged to form Tokki Corporation Ltd. It began OLED material deposition equipment research in 1993, and in 1996, it started to sell its OLED material deposition equipment.

In 1999, Tokki developed the first OLED mass production system that processes both OLED and electrode material deposition as well as encapsulation by one system. The company also produces commercial encapsulation tools for laboratory and mass manufacturing. Canon Tokki and Sunic of Korea are the only two major manufacturers of production-scale OLED thin-film deposition equipment of G6 and above.

In 2001 it purchased the Niigata Factory from Niigata Keiso Co., Ltd., which became Tokki's main production base. In 2004, Tokki spun off its Factory Automation division forming the subsidiary Tokki Industries Co., Ltd. In 2009, Tokki moved its headquarters from Tokyo to its factory in Niigata. In 2010, Tokki sold Tokki Industries Co., Ltd to Marubeni Corporation. In 2010, Tokki was bought by Canon Inc., and in 2012 it changed its name to Canon Tokki.

An increase in orders enabled the company to double production capacity in 2016, but in 2018 the demand went down as a recovery in the equipment market had been lagged behind that of the display market.

References

External links
 Canon Tokki website

Engineering companies of Japan
Tokki
Paul Jaffe. Paul Jaffe (born 1973) is an American electrical engineer who works in the Spacecraft Engineering Department, United States Naval Research Laboratory.  He is known for research on power beaming and space-based solar power.  His Thesis (2013) is "A Sunlight to Microwave Power Transmission Module Prototype for Space Solar Power."

One of his specialties is building and testing space modules.

In March 2016 Jaffe and team member Col. Peter Garretson (USAF) won award categories during the first Department of Defense ‘Diplomacy, Development, and Defense (D3) Innovation Challenge.

He is the principal investigator for a space experiment that was launched into space in May 2020, and which provided data to inform the development of solar power satellite technology. He is also the principal investigator of the Space Wireless Energy Laser Link (SWELL), the first experiment to demonstrate laser power beaming in space.

References

Living people
1973 births
American electrical engineers
Yingjie Guo (academic). Yingjie Guo (born 1957) is an academic in Australia. He is a professor of Chinese Studies at the University of Sydney, and former chair of its Chinese Studies department. He has studied nationalism, class, and inequality in China. He has BA and MA degrees from Shanghai International Studies University, and a doctorate from the University of Tasmania. He was named Fellow of the Institute of Electrical and Electronics Engineers (IEEE) in 2014 for contributions to smart, reconfigurable and high gain antennas for broadband wireless communications systems. He was elected a Fellow of the Australian Academy of the Humanities in 2017.

Publications
As co-author with W. Sun:

Unequal China: The Political Economy and Cultural Politics of Inequality. London and New York: Routledge, 2013.

As editor:

Handbook on Class and Social Stratification in China. Cheltenham: Edward Elgar Publishing, 2016.

References

1957 births
Living people
Australian sinologists
Shanghai International Studies University alumni
University of Tasmania alumni
Academic staff of the University of Technology Sydney
Fellows of the IEEE
Fellows of the Australian Academy of the Humanities
Place of birth missing (living people)
Medisize. Medisize AG Switzerland is a Swiss plastics processing company, owned by the Dutch Philips-Medisize Corporation. The Medisize Switzerland was original created as Createch AG.

History 
Werner Dubach founded the company Createch in Nürensdorf, which produced various bottles and closures for the medical, cosmetics and food sector in the injection blow, injection blow stretching molding and injection molding process. It was planned to build a building consisting of several parts, with office, production and storage space. On the one hand, granting problems, which led to massive changes in the construction project, led to financial problems. In addition, copyright complaints were filed for the production of food-grade food packaging for Danone yoghurts and quarks by the toy manufacturer Lego. This leads to the bankruptcy of the company Createch and the main building was not completely finished. A part is still in the shell and is used as a warehouse. The Createch was passed on by the Credit Suisse Bank until the Dutch Medisize Group took over the company. The Createch was then renamed to Medisize Switzerland AG.
In the meantime Werner Dubach had founded the company Terxo AG Switzerland in Wetzikon with some former Createch employees and the financial commitment of Markus Schellenberg. Werner Dubach had designed and patented a number of closures, some of which are still produced today by Medisize, Terxo and the German Terxo partner company Bericap. Werner Dubach retired some years ago.

Products
Branch of industry: Plastic industry and packaging industry, food and medical packaging

Medisize Switzerland produces mainly closures for food packaging and cosmetics by means of injection molding machines and injection blowmachines, injection stretch blow molding machines as well as with assembly machines for further processing, but primarily packaging for medical products such as, for example, Eyedrops as well as bottles for drinks.
The Actifit bottles (polyethylene) for the milk processor Emmi, which produces medisize, have a great competitive pressure. This is because the company Terxo manufactures these bottles for Emmi too. In addition, the injection molding and injection blow molding machine manufacturer Ganahl, who has produced the corresponding tools for Terxo and Medisize, also manufactures such bottles by themselves. This means that there are three companies in the canton of Zurich, which all supply the same customer with the same product.

Equipment
Medisize uses injection molding machines of Japanese and German origin. Three Italian machines are available for the injection blow-molding machines, but the majority of injection-molding machines are Jomar machines with vertical plasticizing cylinders, which come from the US. Medisize Switzerland is the first production company to use a fully electric injection blow molding machine. This was developed by a German toolmaking company.

External links
 

Plastics companies of Switzerland
Manufacturing companies based in Zurich
American Society for Engineering Management. The American Society for Engineering Management (ASEM) is an international professional society that is focused on promoting and advancing the field of Engineering Management. The subject of Engineering Management is concerned with the management of people and projects in a technological or engineering systems context. The successful engineering manager will have the ability to manage complex programs and systems while drawing on the tools and techniques developed within the field of Engineering Management.

History
The first Engineering Management academic program was launched at the University of Missouri – Rolla (now called Missouri University of Science and Technology) in the mid-1960s. A number of years later in 1979, the American Society for Engineering Management (ASEM) was founded by Professor Bernard R. Sarchet, who held the first Chair of the Engineering Management Department at Missouri S&T, with support provided by the university's Chancellor, Professor Merl Baker.

In recognition of Professor Sarchet's seminal impact on the field of Engineering Management, there are two prestigious awards named in his honor. These include the Bernard R. Sarchet Award in recognition for lifetime achievement in engineering management education, which is presented by the Engineering Management Division of ASEE  and the Bernard R. Sarchet Award in recognition for advancement of the engineering management discipline, which is presented by ASEM.

Publications 
ASEM is responsible for a number of technical publications associated with the field of Engineering Management. This includes an academic journal (Engineering Management Journal) and practitioner focused publication (Practice Periodical) as well as the Guide to the Engineering Management Body of Knowledge (EMBoK) and Engineering Management Handbook.

International Annual Conference 
The ASEM International Annual Conference is held annually at different locations across the United States and includes research papers, workshops, student competitions, and other sessions related to the communication of knowledge concerned with both the academic and practitioner dimensions of Engineering Management.

See also 
 University of Colorado Engineering Management Program
 Accreditation Board for Engineering and Technology
 Larry Richards (former ASEM President, 1998–99)

References

External links 
 Official ASEM Website 
 American Society for Engineering Education (ASEE)

International professional associations
Engineering societies
American engineering organizations
Lockheed Martin X-44 (UAV). The Lockheed Martin X-44A is an unmanned aerial vehicle (UAV) technology demonstrator built by the Lockheed Martin Skunk Works.

Development
After the 1999 cancellation of the RQ-3 Darkstar, Lockheed Martin decided to build a technology demonstrator for a potential family of flying wing UAVs that could be used for combat and non-combat roles. The resulting X-44A (although apparently unrelated to the previously developed X-44 MANTA) was built in 1999 and first flew in 2001, representing an interim design between the Darkstar and P-175 Polecat. However, Lockheed Martin kept the X-44A under wraps until February 2018.

The X-44A successfully tested multiple technologies. Its design refined tailless aircraft aerodynamics and flight controls. The test program also improved Lockheed Martin’s unmanned command and control system. It also supported other test programs, including a deck-handling demonstration for U.S. Navy carriers.

Design
The X-44A is reportedly made from nano-carbon fiber and is powered by a Williams F112 turbofan engine. The wingspan of the X-44A is , half of that of the RQ-170 Sentinel.

Display
The X-44A is currently on display at the National Museum of the United States Air Force, near Dayton, Ohio, in the Research and Development gallery housed in Building 4, and was put on display in October of 2020.

Specifications (X-44A)

Gallery

See also

References

X-44
Flying wings
Unmanned stealth aircraft
Single-engined jet aircraft
Aircraft with fixed tricycle landing gear
Sonali Bag. The Sonali Bag, also known as the Golden Bag, Jute Polymer, or Eco-friendly Poly Bag (in Bengali: সোনালী ব্যাগ), is a bag made of a biodegradable bioplastic. It was created in Bangladesh as a sustainable alternative to traditional plastic bags by scientist Mubarak Ahmad Khan. The primary ingredient in the Sonali Bag is cellulose, derived from jute, a globally cultivated vegetable fiber crop.

History
In 2002, Bangladesh imposed a ban on polythene bags due to rising environmental concerns. This legislative move spurred research into natural fiber composite (NFC) materials as potential replacements for polythene. Mubarak Ahmad Khan, a scientist at the Bangladesh Atomic Energy Commission, worked with researchers from Bangladesh over several decades to create a new type of natural fiber composite (NFC) material made from jute. In 2018, the Bangladesh Jute Mills Corporation (BJMC) started the commercial production of Sonali Bag using a jute-based NFC developed by Mubarak Ahmad Khan.  The product was named "Sonali Bag" (sonali is Bengali for "golden") by Bangladesh former Prime Minister Sheikh Hasina. This name reflects a nickname used for jute in Bangladesh, 'the golden fiber'.

References

Jute
Bangladeshi inventions
Al-Safran Air Base. The Al-Safran Air Base (, alternatively called Liwa) is a military air base operated by the United Arab Emirates Air Force, located approximately 80 miles southwest of Abu Dhabi, near Madinat Zayed.

History
Construction of the base cost an estimated $1 billion. Construction was carried out by Capriole Construction Co. LLC. A Mirage 2000 squadron was moved to the base in 2007, and it was completed in approximately 2008. The base underwent an expansion of its airport apron in 2017, the same year it added six new aircraft shelters.

Description
The base has one runway, hardened aircraft shelters, and a subterranean ammunition dump. The bases houses two ground control stations. The base is defended by the Super aEgis II sentry gun.

References

Airports established in 2008
United Arab Emirates Air Force bases
Poured Lines. Poured Lines is a 2006 painting by the British painter Ian Davenport. It is the largest painting to be publicly displayed outdoors in the United Kingdom. It is situated under the rail bridge at the western end of Southwark Street in London SE1.

Description
The painting is 48 x 3 metres (157 x 10 ft) and made from fluid enamel painted on 48 individual steel panels measuring 1 x 3 metres each. The work took two years to make including six months spent researching materials and three and a half months to apply the 300 different colours to the panels with syringes.

It is designed to withstand the elements of a busy London street including rain, pigeons and the threat of vandalism. The metal panels were manufactured in a factory in Germany and baked in a furnace.

The panels can be swung out from the wall like doors so the bridge can be inspected by rail engineers. The piece was funded by the property developers Land Securities and Southwark Council at a cost of £290,000.

Reception
Writing in the Telegraph in 2006 upon the paintings unveiling, Serena Davies described the individual panels as "some bright, some pastel some frenetic, some calm" that produce a "wave-like effect across the trajectory of the painting".

Richard Thomas, a councillor for Southwark said at the unveiling of Poured Lines that it would help to "reinforce the emergence of Bankside as the leading cultural quarter of London" and foresaw people "walking past it every day will be able to see subtleties and colour and textures".

References

External links

2006 paintings
Public art in London
Abstract art
Buildings and structures in the London Borough of Southwark
Chalkboard paint. Chalkboard paint is a specialized paint that creates a chalkboard-like coating that can be utilized as a writing surface in the same manner as a traditional chalkboard. Chalkboard paint is commonly made out of a mixture of talc, acrylic, water, glycol, titanium dioxide, carbon black, opacifiers, silica, and esters. It may also contain acetone, propane, butane, xylene, ethylbenzene, amorphous silica, n-butyl acetate, and propylene glycol methyl ether acetate which are industrial standard ingredients used in inks and paints as thinners, olfactory, and pigmentation agents.

References 

Paints
Writing media