omniomni/omni-engineering huggingface dataset:
International Advanced Manufacturing Park. The International Advanced Manufacturing Park is a British business park located in the City of Sunderland, Tyne and Wear. The site is located next to Nissan Motor Manufacturing UK, the UK's second largest car manufacturing site. It is a development hub for manufacturing in the region and is a joint venture between Sunderland City Council and South Tyneside Council. The concept for this development was influenced by the previous success of the Advanced Manufacturing Park (AMP) in Rotherham.

The International Advanced Manufacturing Park development is designated as an Enterprise Zone and is split into two phases; phase one is  acres of land with  of building area attracting more than £150 million of investment; phase two is an additional  of land. Henry Boot plc is a development partner for the project. The scheme intends to create 7000 jobs and work started in 2018.

The park is the site of the closed NHS Nightingale Hospital NE, a field hospital built to cater for COVID-19 patients in the North East, but never used.

Centre of Excellence for Sustainable Advanced Manufacturing 
Unit 5 of phase one the complex is known as the Centre of Excellence for Sustainable Advanced Manufacturing and was built in 2019. CESAM is a £54.5 million joint venture between North East Automotive Alliance, industry figures and universities including Sunderland University. The centre will work with companies as a research and development hub to help improve and innovate their digital and manufacturing processes.

The building is 126,279 sq. ft and has 300 car parking spaces. The project took 37 weeks to build.

NHS Nightingale Hospital NE 

In 2020, as part of the UK's response to the COVID-19 pandemic a number of NHS COVID-19 critical care hospitals needed to be set up and the IAMP's Centre of Excellence for Sustainable Advanced Manufacturing was selected as the location of the North East region's NHS Nightingale Hospital.

The site will have 460 beds available with the building divided into 16 wards. It will be operated by Newcastle upon Tyne Hospitals NHS Foundation Trust. The hospital has been prepared by the British Armed forces working with the local NHS Trusts. County Durham MP Richard Holden said when announcing the hospital on 10 April that is expected to be open for patients in the following two weeks.

Location 
The site is located just off the A19 road, next to the Nissan Motor Manufacturing UK car plant. Discussions have taken place with Nexus to assess the possibility of the extending the Tyne and Wear Metro to the business park which currently terminates at the South Hylton Metro Station on the other side of the River Wear.

References

External links 
 IAMP North East

Companies based in the City of Sunderland
Economy of the City of Sunderland
Business parks of England
Buildings and structures completed in 2019
Interplanetary Nano-Spacecraft Pathfinder in Relevant Environment. The Interplanetary Nano-Spacecraft Pathfinder in Relevant Environment (INSPIRE) is a future NASA mission involving sending CubeSats out of Earth's orbit into deep space.

The INSPIRE project will demonstrate the capability of deep space CubeSats by placing a nanospacecraft in Earth-escape orbit. Prior to any inclusion on larger planetary missions, CubeSats must demonstrate that they can operate, communicate, and be navigated far from Earth - these are the primary objectives of INSPIRE. Spacecraft components, such as the Iris X-band radio, and the robust watchdog system will provide the basis for future high-capability, lower-cost-risk missions beyond Earth. These components will enable Explorer, Discovery, and New Frontiers supplemental science and educational opportunities at destinations like Earth's Moon, asteroids, comets, Venus, Phobos, or even Europa.

INSPIRE is funded by NASA's Planetary Science Division as a collaboration between the Jet Propulsion Laboratory, California Polytechnic State University, Goldstone-Apple Valley Radio Telescope, Massachusetts Institute of Technology, University of California, Los Angeles, University of Michigan, and University of Texas at Austin.

The launch date and launch location of INSPIRE is to be determined.

References 

NASA programs
CubeSats
Ultra College of Engineering and Technology. Ultra College of Engineering and Technology was established in the year 2009. It is a technical institution offering undergraduate and postgraduate programs in various disciplines of engineering and technology. The college is located 6 km from Mattuthavani Bus Terminus on Chennai-Madurai highway. It was the first women's engineering college in Madurai. The college has been converted to co-educational institution during 2019–20 academic year. The college is supported by Ultra Trust Madurai.

Departments
The academic departments of the college are:

Civil Engineering
Computer Science and Engineering
Electronics and Communication Engineering
Electrical and Electronics Engineering
Mechanical Engineering
Information Technology

Undergraduate courses (4 years) 
Bachelor of Engineering degree in 
Computer Science and Engineering,
Electronics and Communication Engineering,
Electrical and Electronics Engineering,
Mechanical Engineering

Bachelor of Technology degree in
Information Technology

Postgraduate courses (2 years) 
Master of Engineering degree in
Computer Science and Engineering,
VLSI Design

References

External links 
 

All India Council for Technical Education
Engineering colleges in Tamil Nadu
Colleges in Madurai
Engineering colleges in Madurai
Science and technology in Madurai
Vaigai College of Engineering. Vaigai College of Engineering was established in the year 2012. It is a technical institution offering undergraduate programs in various disciplines of engineering. The college is situated at about 25 km from Madurai and 5 km from Melur. The college is supported by Vaigai Educational Trust.

Departments
The academic departments of the college are:

Civil Engineering
Computer Science and Engineering
Electronics and Communication Engineering
Electrical and Electronics Engineering
Mechanical Engineering

Undergraduate courses (4 years) 
Bachelor of Engineering degree in 
Civil Engineering
Computer Science and Engineering,
Electronics and Communication Engineering,
Electrical and Electronics Engineering,
Mechanical Engineering

References

External links 
 

Engineering colleges in Tamil Nadu
Colleges in Madurai
Engineering colleges in Madurai
Science and technology in Madurai
Mandau-class fast attack craft. The Mandau-class, Indonesian designation KCR-PSK, is a class of four missile-armed fast attack craft that currently operated by the Indonesian Navy. They were built by the Korea Tacoma Marine Industries from South Korea between 1977 and 1980.

Design 
In 1975, Indonesia placed an order with the South Korean shipbuilder, Korea Tacoma International, for 4 PSK Mark 5 missile armed fast attack craft. The design was based on Korea Tacoma's PSSM patrol boat built for the Republic of Korea Navy, which in turn was based on the  built for the US Navy.

The ships are  long, with a beam of  and a draught of . Displacement is  standard and  full load. The ships's machinery is arranged in a 2-shaft, Combined Diesel or Gas (CODOG) layout, with a single General Electric-Fiat LM2500 gas turbine rated at  powering the ship at high speeds, with two MTU 12V331 TC81 diesel engines rated at  each, power the ship at lower speeds. Maximum speed is  using the gas turbine, and  using the diesels. Range is  at .

The ships are fitted with a single Bofors 57 mm SAK-57 Mk I gun forward, with a Bofors 40 mm L/70 gun aft, with two Rheinmetall 20 mm cannon providing close-in defence. Four mm 38 Exocet anti-ship missiles can be carried. The ships have a crew of 7 officers and 36 other ranks.

A Racal Decca 1226 I-band surface search radar is fitted, while fire control is by a Signaal WM 28 fire control radar and a Selenia NA-18 optronic director.

Operational history
On September 11, 2018, KRI Rencong caught fire and sank while on patrol near Sorong in West Papua. The incident occurred at around 7 a.m. when a fire broke out in the ship's engine room after the gas turbine unexpectedly shut down. The fire soon spread to other compartments, including the ammunition room, prompting the ship's commander to issue an order to abandon ship. The patrol boat has been instrumental in Indonesia's efforts to root out illegal fishing since 2015. The ship used to intercept mainly Philippine and Taiwanese fishing boats entering and fishing illegally in Indonesian waters. It formed part of the Indonesian Navy's Third Fleet Command in Sorong and used to patrol the Banda Sea in the Maluku Islands and the Celebes Sea east of Sulawesi Island.

Ships

See also
List of active Indonesian Navy ships

Equipment of the Indonesian Navy

References

Bibliography

Fast attack craft of the Indonesian Navy
Ships built in South Korea
Missile boat classes
Dr. M A Wazed Miah Textile Engineering College. Rangpur Textile Engineering College is located in Rangpur District, Bangladesh, and is affiliated with the Bangladesh University of Textiles. In August 2018, the executive committee of the National Economic Council approved the establishment of the college at a cost of Tk 1.746 billion Bangladeshi taka (equivalent to $20.8 million in 2018).

Academics 

RTEC offers a four-year B.Sc. in Textile Engineering under the affiliation of Bangladesh University of Textiles (BUTEX). Concerned departments of the college are given below:

 Department of Yarn Engineering
 Department of Fabric Engineering
 Department of Wet Process Engineering
 Department of Apparel Engineering

Number of seats 

The number of seats for the four-year bachelor's degree in textile engineering program is given below.

Admission 

Admission into this college is competitive and needs a high academic attainment at the SSC and HSC examination. Selection of the student for admission is made through an admission test. Only Science Students can apply for the admission test. Admission circular is published in the national dailies, college website and website of the Department of Textiles (DOT),

Department of Textiles (DOT) offers 4 years of BSc in Textile Engineering Degree. A single examination was organized by Department of Textiles (DOT) for 8 textile engineering colleges under the affiliation of Bangladesh University of Textiles (BUTEX).
Colleges which conduct exams together are: CTEC (2006), PTEC (2006), TECN (2007), SARSTEC (2010), SKTEC (2016), DWMTEC (2018), SRTEC (2021) & SHTEC (2022)

The admission test is conducted on the basis of Multiple Choice Questions (MCQ). Students have to answer Physics, Chemistry, Higher Math & English in the admission test.
Students can get admission in certain college based on merit list and college preference list.

See also

 Education in Bangladesh
 Textile schools in Bangladesh
 List of colleges in Bangladesh
 Textile Engineering College, Chittagong
 Pabna Textile Engineering College 
 Textile Engineering College, Noakhali
 Shahid Abdur Rab Serniabat Textile Engineering College
 Sheikh Kamal Textile Engineering College, Jhenaidah

References

Universities and colleges established in 2018
2018 establishments in Bangladesh
Textile schools in Bangladesh
Education in Rangpur, Bangladesh
Colleges in Rangpur District
Colleges affiliated to Bangladesh University of Textiles
Abimbola Alale. Abimbola Alale is a Nigerian satellite technologist. In 2016, she was appointed as the chief executive officer for Nigerian Communications Satellite Limited by Goodluck Jonathan, former president of Nigeria. She was re-appointed in 2019 for another four year term in office by President Muhammadu Buhari. As of 2016, she stood as the first and only female CEO of a major satellite company in Africa, Europe, and the Middle East. In 2021, Reset Global People listed her as  one of Africa's Top 100 Women CEOs.

Education and career 
Alale holds a postgraduate degree in Space Studies and an MBA degree from the International Space University, Strasbourg, France. She had her Ph.D. program in Peace, Security and Strategic Studies from Nassarawa State Universities. She holds a certificate in Technology Innovation and Leadership at the Massachusetts Institute of Technology, Boston, USA. She attended another certification at the World Financial Public Relations and Marketing Business School at the Management School, London.

Until she became the M/D and CEO of NIGCOMSAT, Alale was the executive director of marketing for the company. In 2015, she replaced Engineer Ahmed Timasaniyu. as the chief executive officer of Nigerian Communications Satellite. She served as an advisory board member for the Space Generation Council (SGAC) from 2018 to 2019. The advisory board was designed to provide strategic direction and advice to SGAC. She has contributed to many national projects such as he NigComSat-1, NigComSat-1R projects and the establishment of a National Direct-to-Home Digital Transmission Centre.

Personal life
She is a mother of ten children, nine of whom are adopted.

References 

Living people
Nigerian chief executives
Year of birth missing (living people)
Yoruba businesspeople
Adrian Hooke. Adrian Hooke (died January 7, 2013)  was an aerospace telecommunications engineer, and a cofounder of the Consultative Committee for Space Data Systems.

Biography 
Adrian Hooke held a B.Sc in Electronic and Electrical Engineering from the University of Birmingham, England.

He worked on the Apollo program and other NASA programs as a young engineer.  In 1982, he cofounded the Consultative Committee for Space Data Systems (CCSDS), an international consortium of space agencies, and remained active in the organization until 2012.  Hooke helped develop standards published by the CCSDS, including the Space Communications Protocol Specifications (SCPS). He was involved in the Interplanetary Internet and Delay Tolerant Networking efforts to bring more computer networking into NASA telecommunications.

Awards 
 NASA Exceptional Service Medal (twice)
 NASA Exceptional Achievement Medal
 Special CCSDS Lifetime Leader Award, 2012

References 

Astronautics
Consultative Committee for Space Data Systems
Telecommunications engineers
Electronics engineers
2013 deaths
VNIIPAS. The All Union Scientific Research Institute for Applied Automated Systems (VNIIPAS/ВНИИПАС) was a Soviet research institute that provided a computer network service, including international digital connections. It was the central node of inner USSR scientific data network called Akademset.

VNIIPAS derived from 1976-established VNIISI/ВНИИСИ which was a partner project of Austrian International Institute for Applied Systems Analysis (IIASA).

History 
The IIASA at Laxenburg, Austria was created in 1972 as a joint USSR-USA effort to establish global scientific communications through the Club of Rome.

VNIIPAS operated from 1982 until 1995.

In 1983 VNIIPAS, Joel Schatz, Don Carlson, Michael Kleeman, Chet Watson, and George Soros created the joint telecommunication venture San Francisco — Moscow Teleport (SFMT), later known as Sovam Teleport ("Soviet-American teleport") that operated digital connections between USSR and USA and later became the SWIFT provider for the Soviet banking system.

References

Books 
 The Status of Soviet Civil Science: Proceedings of the Symposium on Soviet Scientific Research, NATO Headquarters, Brussels, Belgium, September 24–26, 1986
 
 
 Russia Telecom Laws and Regulations Handbook Volume 1 Strategic Information, Regulations, Contacts, 2008
 Culture and Technology in the New Europe: Civic Discourse in Transformation in Post-communist Nations, 2000

Internet in Russia
Free Air Humidity Manipulation. Free Air Humidity Manipulation (FAHM) experiment is a large-scale field experiment in Estonia,

FAHM was established by plant biologists (ecophysiologists and applied ecologists) of the University of Tartu to investigate the long term effects of increasing air humidity on tree performance and on the functioning of the deciduous forest ecosystem. The design of the FAHM experiment is based on the Free Air Carbon dioxide Enrichment (FACE) technology.

FAHM (58°14′N, 27°18′E) is located within the Järvselja Training and Experimental Forest District in the village of Rõka, Tartu county,  FAHM infrastructure enables to increase air relative humidity up to 18% unit above ambient level (long-term mean increase 7%).

References 	

Ecology
Tartu County
Botany
Marine Way Bridge. The Marine Way Bridge is cable-stayed in Southport, England.

The bridge was designed by Babtie (now part of Jacobs) with architect Nicol Russell Studios and was built by Balfour Beatty to replace a cast iron bridge that closed in 1990. With a main span of  and a total length of , it opened for traffic on 17 May 2004. 

It was officially opened by Prince Edward, Earl of Wessex and Sophie, Countess of Wessex on 19 July 2004.

References

External links

Bridges completed in 2004
Road bridges in England
Southport
2004 establishments in England
Cable-stayed bridges in the United Kingdom
Ceramic engine. A ceramic engine is an internal combustion engine made from specially engineered ceramic materials. Ceramic engines allow for the compression and expansion of gases at extremely high temperatures without loss of heat or engine damage. Proof-of-concept ceramic engines were popularized by successful studies in the early 1980s and 1990s. Under controlled laboratory conditions, ceramic engines outperformed traditional metal engines in terms of weight, efficiency, and performance. All-ceramic engines were seen as the next advancement in future engine technology, but have not yet entered the automobile market because of manufacturing and economic problems.

History 
Research into more efficient diesel engines occurred after the 1970s energy crisis, resulting in a new market for fuel-efficient vehicles. A newly developed gas turbine engine design promised high thermal efficiency, but needed a material that could withstand  temperatures. The high heat did not allow for readily available materials like metals, superalloys, and carbon composites to be used. As a result, government-funded research facilities in the United States, Japan, Germany, and the United Kingdom experimented with replacing metal with ceramics. Ceramics' high resistance to heat helped pave the way towards the first commercial use of gas turbine engines, the successes of which led to the idea of an all-ceramic engine.

Between 1985 and 1989, Nissan, in collaboration with NGK, produced the world's first ceramic turbocharger, later debuting this on the 1985 Fairlady Z 200ZR. Isuzu developed a diesel ceramic engine that used ceramic for the pistons, piston rings, and turbocharger wheels. Isuzu also developed an engine that used cylinder liners made of ceramic materials such as silicon nitride. Isuzu also used ceramics for the intake and exhaust valves, exhaust manifold, turbocharger housing, camshafts, heat insulation, and rocker arms.

Predictions for an adiabatic turbo-compound engine (a theoretical heat-efficient engine) were seen as plausible with the use of technical ceramic material. A 1987 technical paper by Roy Kamo predicted the mass production of such engines to occur in the year 2000. However, these predictions were made with the belief that ceramics would overcome "the design methodology, manufacturing process, machining cost, and mass production quality control needed for high volume production."

Currently, ceramic engines are not viable for mass production. Large parts, like the engine block, can be challenging to manufacture out of ceramics due to their brittleness and stiffness.

Applications 
In 1982, Isuzu tested a car with an all-ceramic engine near the Kinko Bay.

In 1988, Toyota introduced a ceramic engine into its Crown, as well as its GTV (Gas Turbine Vehicle) concept car.

Notes 

Engines
Ceramics
1,2-Diaminocyclohexane. 1,2-Diaminocyclohexane (DACH) is an organic compound with the formula (CH2)4(CHNH2)2. It is a mixture of three stereoisomers: cis-1,2-diaminocyclohexane and both enantiomers of trans-1,2-diaminocyclohexane.  The mixture is a colorless, corrosive liquid, although older samples can appear yellow. It is often called DCH-99 and also DACH.

Manufacture 
The product is available commercially, manufactured by the hydrogenation of o-phenylenediamine. The two trans enantiomers can be resolved by conversion to diastereomeric salts of various chiral acids.

Uses 
The product is an epoxy curing agent for use in Coatings, Adhesives, Sealants and Elastomers - CASE. It is particularly useful in epoxy flooring. It may also be reacted with diethyl maleate utilizing the Michael reaction to produce a polyaspartic compound of CAS number 481040-92-0.  It may also be used in lubricants. The product is also advertised as being useful as a chelating agent in a variety of applications including oil production. It also is used in downfield oil and gas wells where there is an acidic stream to prevent corrosion to the bore piles.

See also 
 Hexamethylenediamine
 Isophorone diamine
 1,3-BAC
 2,3-Butanediamine, a vicinal diamine that also exists as three stereoisomers

References

External links 
  Engineering 360 website
 SDS Sigma Aldrich

Diamines
Cycloalkylamines
1,1,3,3-Tetramethyl-1,3-divinyldisiloxane. 1,1,3,3-Tetramethyl-1,3-divinyldisiloxane (also referred to as tetramethyldivinyldisiloxane) is the organosilicon compound with the formula O(SiMe2CH=CH2)2. 

Tetramethyldivinyldisiloxane is a colorless liquid that is employed as a ligand in organometallic chemistry and also as a homogeneous catalyst. The ligand is a component of Karstedt's catalyst. It was first prepared by hydrolysis of vinyldimethylmethoxysilane, (CH2=CH)Me2SiOMe.

References

Homogeneous catalysis
Dienes
Siloxanes
Vinyl compounds