omniomni/omni-engineering huggingface dataset:
Vosh-class river patrol craft. The Vosh-class river patrol craft, also known in Soviet designation as Project 1248 Moskit, which has the Project 12481 variant. Both are Russian Coast Guard vessels. The patrol craft is designed to operate in rivers and protect/secure Russian maritime borders, enforce navigational rules and other laws, search and rescue. They work alongside other patrol craft of the Russian Coast Guard and Navy, such as the  and s.

Design
The patrol craft have a relatively simple design, but one similar to a scaled-down version of the . The heavy armament installed on them allows them to engage surface, ground, and air threats. They can stay on the water for 7 days and are powered by diesel engines. The crafts basic suite of sensors and systems for navigation and communication allows them to perform the required missions.

See also
List of ships of Russia by project number

References

Patrol vessels of Russia
Patrol boat classes
Piyavka-class river patrol craft. The Piyavka-class river patrol boat, also known as Project 1249, is a Russian Coast Guard vessel. The patrol craft is designed to operate in rivers to secure and protect Russian maritime borders, enforce navigational laws and other law enforcement duties, and search and rescue. The patrol craft work alongside other Russian Coast Guard and Navy vessels, such as the  and s. Its hull is not capable of breaking through heavy ice during the winter season.

Design
The patrol craft have a basic design and are powered by diesel engines. The weapon suite allows the craft to engage surface, ground, and air threats and targets, the suite also gives them a good self-defense capability. The vessels basic suite of sensors and systems for navigation and communication allows the vessels to perform the required missions.

See also
List of ships of Russia by project number

References

Patrol vessels of Russia
Patrol boat classes
Neon Antonov-class logistics ship. The Neon Antonov-class coastal logistics ship, also known as Project 1595, is a Russian Coast Guard vessel. The vessels were designed to supply Border Guard installations in the Pacific Ocean. They can also assist in other standard Russian Coast Guard missions such as protecting Russian maritime borders, search and rescue, and maritime law enforcement.

Design
The ships are small freighters that carry defensive armament to engage surface and air threats. The 30 mm gun is controlled by a Kolonka-1 ring sight fire control director. The ships have a basic suite of sensors and systems for navigation and communicating to other ships or land areas. They can carry small landing craft and one work-boat. The ships are equipped with 2 x 3750 hp 67E diesels, 2 fixed pitch propellers, 3 x 300 kW diesel generators, allowing them to reach a top speed of 18 knots. The ships usually carry roughly 940 tons of cargo.

See also
List of ships of Russia by project number

References

ship classes
Ships of Russia
Eric Gabriel. Eric Gabriel (2 April 1927 – 2015) was a British mechanical engineer in the construction industry and 4th president of the International Project Management Association, known for his contribution to the development and professionalism of project management.

Biography 
Gabriel was born in Leeds in 1927, the son of Louis Gabriel, a tailor, and Fanny (Stone) Gabriel. After attending the Cockburn School, he obtained his Bsc in mechanical engineering in 1947 at the University of Leeds.

After his graduation Gabriel served at the Royal Electrical and Mechanical Engineers, and afterwards started his career in the construction industry. From 1947 to 1957 he was resident engineer at Babcock & Wilcox and participated in the construction of conventional power stations. From 1957 to 1969 he was chief commissioning engineer for The Nuclear Power Group at Knutsford, England, and contributed to the construction of two of Britain's first nuclear power stations: the Berkeley nuclear power station and the Dungeness Nuclear Power Station. In those days Gabriel was chief commissioning engineer for the Nuclear Power Group (TNPG).

In the 1978 he moved to Foster Wheeler, where he became cost and planning manager. In 1972 he had been co-founder of the Association for Project Management and became its chairman from 1982 to 1986. From 1985 to 1988 he also served as president of the International Project Management Association as successor of the Danish Steen Lichtenberg, and was succeeded by the German Roland Gutsch. In the late 1980s and early 1990s he was project manager at the construction of the Sainsbury Wing at the National Gallery, and at the rebuilding of the opera house at Glyndebourne.

Gabriel was among others awarded the Freedom of the City of London, and a Fellow of the Royal Society of Arts.

Selected publications 
 Eric Gabriel. "Access and the project manager." International Journal of Project Management, Volume 3, Issue 4, November 1985
 Gabriel, Eric. "The lean approach to project management." International Journal of Project Management 15.4 (1997): 205–209.
 Gabriel, Eric. "The cultural dimensions of project management," in: Hasso Reschke & Heinz Schelle. Dimensions of Project Management: Fundamentals, Techniques, Organization. Applications. 1990. p. 79–84

References

External links 
 Eric Gabriel obituary, The Guardian, 2015
 Project management community pay tribute to Eric Gabriel at apm.org.uk, 2015.

1927 births
2015 deaths
English mechanical engineers
People educated at Cockburn School, Leeds
Engineers from Yorkshire
Alumni of the University of Leeds
BMK Group. The BMK Group is a German electronics manufacturing services company headquartered in Augsburg. BMK Group specializes in PCB Assembly, engineering, testing and final assemblies of whole devices and modules. The company has locations in Germany and Czech Republic.

BMK serves companies from different industries such as medical devices, automotive, metering, consumers, rail technology or telecommunications. Apart from manufacturing and development BMK also focuses on product life cycle management, supply chain management, material management and after sales services.

History 
BMK Group was founded in 1994 as a management buyout by Stephan Baur, Dieter Müller and Alois Knöferle as BMK professional electronics GmbH. Formerly it was a subsidiary of AT&T Inc.

Group structure 
The Group is divided in three subsidiaries:

 BMK professional electronics GmbH: PCB assembly contract manufacturer with plants in Germany and Czech Republic
 BMK electronic solutions GmbH: focus on engineering and electronics development
 BMK electronic services GmbH: after-sales and data management

References

External links 
 Official website

Electronics companies of Germany
Brian Bellhouse. Brian J. Bellhouse (1 October 1936 – 12 June 2017) was a British academic, engineer, and entrepreneur, the inventor of PowderJect, a needle-free injection system for delivering medications and vaccines. He was also a professor at the University of Oxford.

Early life
Bellhouse received an undergraduate degree in mathematics from Magdalen College, Oxford, followed by a DPhil degree in engineering science in 1964.

Academic career
Bellhouse was appointed a lecturer and elected a tutorial fellow at Magdalen College in 1966. In 1998, he became a professor of engineering science, and established and supervised the Department of Engineering Science's Medical Engineering Unit at Oxford University. He retired in 2004 and was appointed an Emeritus Fellow of Magdalen College.

PowderJect

In 1992, Bellhouse was at work on a "powdered injector to deliver genetic material into plant cells" when he wondered if he could use the same method on people. A few hours after injecting himself with finely ground salt, the skin began to bleed. As he explained, "Salt bursts the red blood cells. This proved that it had worked. And it was utterly painless. It felt like a puff of air".

Bellhouse developed PowderJect, a needle-free and pain-free injection system which shoots fine powder into the skin at high speed, and his son-in-law Paul Drayson brought along the financing needed to turn it into a commercial reality. PowderJect Pharmaceuticals became a public company in 1997 with a £50 million market valuation. It was later sold to Chiron Corporation for £542 million, and has been called "one of the most successful companies ever to be spun out of Oxford [University]".

Philanthropy
With the profits he gained from the sale of PowderJect Pharmaceuticals, Bellhouse became a major donor to Oxford University, including a "substantial gift" towards the building of the Institute of Biomedical Engineering, and the endowment of the Oxford-Bellhouse Graduate Scholarship in Biomedical Engineering at Magdalen College.

Personal life
Bellhouse was the father-in-law of the Labour peer and former Minister of Science, Paul Drayson, Baron Drayson. He was born and resided in Winchelsea, East Sussex.

Death
On 12 June 2017, Bellhouse, while out for a walk in a field that he owned, was trampled to death as he tried to save his dog from a stampeding herd of cows.

References

1936 births
2017 deaths
People from Winchelsea
Alumni of Magdalen College, Oxford
Fellows of Magdalen College, Oxford
English engineers
English inventors
English company founders
Accidental deaths in England
People from Guestling
20th-century English businesspeople
Roozbeh Pournader. Roozbeh Pournader (, ) is a free software activist and expert on Unicode text encoding, text rendering, and fonts, especially for bidirectional text. He is originally from Iran, and is now living in the United States. After the establishment of the Persian Wikipedia, he became the first administrator of the project. He was a major assistant, participant and co-founder of the Persian Wikipedia.

He was a technical manager at Sharif Linux Project at Sharif University of Technology, and formerly served as a technical manager at FarsiTeX.

Education 
Pournader was born in Tehran, Iran, where he obtained his high school diploma in 1996 from Allameh Helli High Schools. He graduated from Sharif University of Technology in the field of computer engineering.

Career 
Pournader moved to California, where he worked at HighTech Passport, Ltd. In 2011 he was hired by Google, where he worked as an Internationalization Engineer, focusing on text encoding and rendering, fonts, and bidirectional text. He joined the Android Text team in late 2014. , he works as a software engineer for WhatsApp, a Facebook company.

Activities 
In 2003, Pournader was appointed to provide a report for the United Nations Development Programme about computer development and computer localization in Afghanistan.

Pournader is a contributing editor of the Unicode Standard, responsible for maintaining Unicode Technical Report #53 (Unicode Arabic Mark Rendering), as well as being one the editors of the core specification. Since January 2020 he has been a Technical Director of the Unicode Consortium.

Honors 
1995 – Silver medal of International Olympiad in Informatics
1996 – Gold medal of International Olympiad in Informatics
2009 – bulldog award of Unicode Consortium
2020 – Gold medal as part of the mdi winning team

See also

References

External links 

 Roozbeh Pournader speaking at Google about bidirectional text on YouTube

Living people
Year of birth missing (living people)
Sharif University of Technology alumni
Activists from Tehran
Iranian expatriates in the United States
Activists from the San Francisco Bay Area
Free software people
Wikipedia people
People involved with Unicode
Google employees
Facebook employees
National Organization for Development of Exceptional Talents alumni
Iranian software developers
Klaus Pannenbaecker. Klaus G. Pannenbaecker (born 1935) is a German engineer, managing director, and teacher in project management. He is known as president of the International Project Management Association from 1994 to 1996.

Life and work 
Pannenbaecker attended the Gymnasium up to the 10th grade. He received vocational training as a heavy-current electrician and graduated with distinction. In 1959 he obtained his engineering degree from the Dortmund University of Applied Sciences and Arts. Later in 1994 he also obtained a European Engineer degree in Industrial Engineering.

In 1959 Pannenbaecker started his career at Siemens in planning and cost accounting for the construction of industrial plants in Germany and abroad. From 1969 to 1981 he founded and directed a project management office at Kraftwerk Union, a daughter company of Siemens and AEG. In 1981 he started his own firm for systems engineering and process management, which he directed until his retirement in 2001. This company developed software to update and synchronise technical documentation, and implemented project management in the fields of plant engineering and operations plant operation.

From 1994 to 1996 Pannenbaecker was president of the International Project Management Association as successor of the Danish Morten Fangel, and was succeeded by Gilles Caupin from France.

Selected publications 
 Pannenbäcker, Klaus. "Implementation of project management systems." International Journal of Project Management 3.2 (1985): 81-93.
 Pannenbäcker, Klaus. "Joint Project Management Companies." Managing and Modelling Complex Projects. Springer Netherlands, 1997. 167-172.
 Caupin, G., Knöpfel, H., Koch, G., Pannenbäcker, K., Pérez-Polo, F., & Seabury, C. (2004). Comparison between ICB and other project management standards. Bilbao: ICB Revision Project.
 Pannenbäcker, Klaus. "12 Projektmanagement-Kompetenz in projektorientierten Unternehmen." Wege zum projektorientierten Unternehmen (2013): 252.

References

External links 
 Klaus Pannenbaecker at pmworldlibrary.net. 
 Klaus Pannenbaecker and Sebastian Dworatschek (2005). "History of IPMA International Project Management Association (1965- 2005) and its National Associations." at ipma.world. Accessed 26-06-2017.

1935 births
Living people
German engineers
David Van Wie. David Van Wie (born 1964) is an American inventor, scientist and entrepreneur. Van Wie was educated at Pomona College and the University of Wisconsin.

Van Wie worked for Nimbus Information Systems, a subsidiary of Maxwell Communications, between 1989 and 1991, where he managed the development of a high-speed data retrieval system. In 1991 became president and CEO of CD-ROM Solutions, a position he held until 1992, when he became a co-founder of InterTrust Technologies. There, in addition to work on patent development, he first served as the Chief Technology Officer, before taking on the position of senior vice president, research and chairman. He took the company public in 1999, just before the 2000 Stock Market Crash.

In 2007, Van Wie co-founded Sococo (Social Communications Company), where he developed several new communications technologies from lab to market and became chairman in August 2011. He serves as both chairman and CEO. Among other things, the company produced virtual office spaces for online employees to interact, through something called Team Space. He later founded Aventurine in 2013, a venture capital company specializing in intellectual property. Over his career he has received 45 patents on DRM technologies, and has stated he has his name on more than 250 patent applications.

References

External links 
David Van Wie at Aventurine

Living people
1964 births
American computer businesspeople
Pomona College alumni
Yves Eugene. Yves Eugene was a French engineer and manager at the French oil company Société nationale des pétroles d’Aquitaine (SNPA), later Elf Aquitaine. He is known as co-founder of the International Project Management Association.

In 1960 Eugene was head of the Operations Research Section at the French oil company Société nationale des pétroles d’Aquitaine (SNPA), later Elf Aquitaine. In 1962 his company introduced the use of Critical Path Method in the major overhauls of the Lacq natural gas refinery. They also started using this method for new construction, and the determination of annual budgets.

In those days Eugene also served in the Association Française d´Informatique et de Recherche Opérationnelle (AFIRO). In this context in 1964 he chaired a first informal meeting of a European aircraft project about the Critical Path Method (CPM) as a management approach. In this meeting with Pierre Koch of France, Dick Vullinghs from The Netherlands, and Roland Gutsch and Arnold Kaufmann from Germany plans were made to start an international cooperation. This led to the founding of the International Project Management Association the next year.

Selected publications 
 Yves Eugene. "Mark IV" in: Willy Londner, Alain Bordat (ed.). réalisations, perspectives; compte rendu des troisièmes Journées internationales de l'informatique et de l'automatisme (Paris, juin 1970). Entreprise moderne d'édition,  1971. p. 173-177

References 

Year of birth missing
Year of death missing
French engineers
Hossein Rezai. Hossein Rezai-Jorabi (born 1956) is a structural engineer based in Singapore. He is the founding principal and director of international design engineering consultancy Web Structures Pte Ltd, a multi-disciplinary firm engaging in structural, civil and geotechnical engineering. Rezai is managing director of the Milan Research Lab; a research and consultancy start up, based in Milan – Italy, dedicated to research in advanced computational design and engineering analysis.

He has been recognised for his contributions to engineering and was named 'Designer of the Year' by Singaporean President Tony Tan in the 2016 President's Design Awards.

Education and academic activities
Rezai obtained his PHD from the University of Westminster and worked there as a research assistant and fellow. He has written and presented several technical papers and has lectured at the University of Westminster, Politecnico Di Milano, National University of Singapore, Victoria and Albert Museum, Institution of Civil Engineers and Singapore University of Technology and Design.

His works have been published in newspapers, international architecture magazines and books, including the Institution of Structural Engineers' magazine and the Architects' Journal.

Accolades
In 2016, Rezai received the Singapore President's Design Award 'Designer of the Year' – the first engineer to win the award.

Web Structures' awards include the RIBA Award for International Excellence 2012 for The Troika (Kuala Lumpur), the 14th SIA Architectural Design Award 2014 for the National Design Centre, and the ISE Singapore Structural Award 2016 for the Mediacorp Campus building.

Rezai and Web Structures projects have been featured in The Telegraph, The Straits Times, Financial Times, Forbes, Dezeen and more. Rezai has also appeared as a guest expert on Channel News Asia, BBC News and National Geographic.

Rezai was part of the master jury in the 2016 Aga Khan Award for Architecture – the first Singapore professional to be on the jury.

References 

Structural engineers
1956 births
Living people
Willi H. Hager. Willi H. Hager (born July 8, 1951) is a Swiss civil engineer and Professor at the ETH Zurich, Department of Civil, Environmental and Geomatic Engineering,  known for his work on hydraulics.

Biography 
Born in 1951, Hager obtained his engineering degree from the ETH Zurich in 1976, were in 1981 he also obtained his PhD at its VAW Laboratory of Hydraulics, Hydrology and Glaciology. 

Hager had started his career in industry in engineering. In 1981 he joined the Swiss Federal Institute of Lausanne (EPFL), where he was appointed scientific collaborator of Chair of Hydraulic Constructions. In 1989 he returned to the ETH Zurich, where he was appointed Professor and chaired the scientific staff of the VAW Laboratory of Hydraulics, Hydrology and Glaciology.  

Among others in 1988 Hager received the J.C. Stevens Award by the American Society of Civil Engineers, and in 1997 he received the Ippen Award by the International Association for Hydraulic Research (IAHR).

Selected publications 
 Vischer, Daniel, Willi H. Hager, and D. Cischer. Dam hydraulics. No. 978-0. Chichester, UK: Wiley, 1998.
 Hager, Willi H. Energy dissipators and hydraulic jump. Vol. 8. Springer Science & Business Media, 2013.
  Willi H. Hager. Hydraulicians in Europe 1800-2000. 2 Volumes, 2014.

Articles, a selection
 Hager, Willi H. "Lateral outflow over side weirs." Journal of Hydraulic Engineering 113.4 (1987): 491-504.
 Oliveto, Giuseppe, and Willi H. Hager. "Temporal evolution of clear-water pier and abutment scour." Journal of Hydraulic Engineering 128.9 (2002): 811-820.
 Hager, Willi H. "Losses in flow." Wastewater Hydraulics. Springer Berlin Heidelberg, 2010. 17-54.

References

External links 
 Hager, Willi Hermann, Prof. at vaw.ethz.ch, 2017

1951 births
Living people
Swiss civil engineers
ETH Zurich alumni
Academic staff of ETH Zurich
Howrah–Rajendra Nagar Express. The 12351 / 12352 Howrah - Rajendra Nagar Express is an Indian Railways Superfast train which daily runs between Howrah Junction in West Bengal and Rajendra Nagar Terminal railway station of Bihar.

Coach composite
The train has standard LHB rakes with max speed of 130 km/h. The train consists of 22 coaches:

 1 AC First-class
 2 AC II Tier
 7 AC III Tier
 6 Sleeper Coaches
 4 General
 2 Second-class Luggage/parcel van

Coach composition 
Coach composition are as follows(for 12352)-

And for 12351 it is the reverse.

Development 
On 14 October 2020, replacing the old ICF coaches, Howrah  Rajendra Nagar Express got new German LHB rakes. Modern LHB coach are more comfortable and at the same time faster than the conventional ICF coaches. The new coaches, based on a German technology Linke Hoffman Busch, are made of stainless steel which do not turn turtle during accidents; the light-weight coaches will improve the train's speed. 9:20 pm.Rajendra nagar Terminal at 6:25 am.I will take halt on Patna junction And Danapur.Bigger windows, lamps at all AC seats and sound insulation are the other facilities of this train. Howrah  Rajendra Nagar Express runs with 1 AC 1 tier coach, 2 AC 2 tier coaches,7 AC 3 tier coaches, 6 Sleeper coaches, 5 General coaches along with 2 EOG coaches. Thus, having a total of 22 LHB coach; the normal locomotive of Howrah  Rajendra Nagar  Express is a WAP-7 locomotive of Gomoh/Samastipur shed. The locomotive in-charge for this train is WAP-7 Gomoh/Samastipur Shed. Before that it was hauled by WAP-7 Howrah Shed. Earlier was hauled by a WAP-4 Howrah Shed. Earlier It was used to run till Danapur in Patna, but it now has been Terminated At Rajendra Nagar Terminal

Route and halts 
The important halts of the train are:

Service
The 12351/Howrah  Rajendra Nagar  Express has an average speed of 56 km/h and covers 529 km in 9 hrs 25 mins. 12352/ Rajendra Nagar Patna  Howrah Express has an average speed of 57 km/h and covers 529 km in 9 hrs 15 mins.

Traction 
It is regularly hauled by a Samastipur Loco Shed or Gomoh Loco Shed-based WAP-7 electric locomotive from end to end.

See also

External links 
 12351/Howrah  Rajendra Nagar  Express
 12352/ Rajendra Nagar  Howrah Express

References 

Transport in Patna
Rail transport in Howrah
Express trains in India
Rail transport in Bihar
Rail transport in Jharkhand
Railway services introduced in 2010