omniomni/omni-engineering huggingface dataset:
J. T. G. Pereira. Vice-Admiral John Thomas Goslin Pereira PVSM, AVSM (February 1923 – 16 November 2020) was a decorated Indian Navy admiral and naval engineer.

Early career
Pereira began his career on the training ship Dufferin in 1939 and underwent cadet training at the Britannia Royal Naval College in 1941. He qualified as a marine engineer at the Royal Naval Engineering College, commissioned an engineer acting sub-lieutenant in the Royal Indian Navy on 1 May 1944, he was promoted to engineer sub-lieutenant on 1 September (seniority from 1 August 1943). During the Second World War, he served aboard the battleships HMS Ramillies and  HMS Howe, and on the light cruiser HMS Nigeria, ending the war as an acting lieutenant. In October 1946, he was promoted to substantive engineer lieutenant (seniority from 1 October 1944).

Post-Independence
In September 1948, Pereira returned to India as the Senior Watch Keeper on HMIS Delhi. He was later selected for the Advanced Marine Engineering Course at the Royal Naval College, Greenwich. He served as engineer officer on INS Delhi, INS Mysore and INS Rana. In 1954, as an acting commander, Pereira was appointed assistant manager of IN Dockyard Bombay, and was promoted to substantive engineer commander on 31 December 1955. On 6 May 1960, he was promoted to acting captain on special duty "in connection with the acquisition of Mazagaon Docks," and on 17 June was further appointed Fleet Engineering Officer (Ashore) on the staff of the Flag Officer Commanding Indian Fleet.

From 1963, Pereira had an instrumental role in the expansion and modernisation of the Naval Dockyard Bombay, including building a new cruiser graving dock and keeping up with new technologies for repairing engines and weapons systems. He rose to become Director of Naval Engineering and subsequently Industrial Manager of the Naval Dockyard. During the 1971 Indo-Pakistan War, Commodore Pereira was the chief staff officer (Technical) of the Western Naval Command, and was involved in planning key naval operations, including a major missile attack on Karachi. Already awarded the Ati Vishisht Seva Medal (AVSM) in 1971, he was awarded the Param Vishisht Seva Medal (PVSM) for his contributions to victory by maintaining the ships of the Western Naval Command in a high state of efficiency.

Pereira was promoted to rear admiral on 8 August 1972 and appointed Admiral Superintendent Naval Dockyard Bombay. On 1 July 1976, he was promoted to vice-admiral and appointed Chief of Material. He retired in 1979.

A noted socialite and racehorse owner, Pereira settled down at his beachfront property in Karanja with his family. He died after a brief illness at the naval hospital INSH Asvini in south Mumbai, aged 97, and was survived by his son Michael and daughter Jennifer.

References

1923 births
2020 deaths
Indian Navy vice admirals
Indian sailors
Indian military personnel of World War II
Royal Indian Navy officers
Recipients of the Param Vishisht Seva Medal
Chiefs of Materiel (India)
Mohammed Al-Buainain. Mohammed Al-Buainain () is a Bahraini politician, engineer, and pilot. He was sworn into the Council of Representatives on December 12, 2018 for the eighth district in the Southern Governorate.

Education
He obtained a degree in aviation sciences from Khalifa bin Zayed Air College in the United Arab Emirates in 1986, then earned a degree in Structural Engineering from the University of Bahrain in 1992, a Bachelor of Science in Civil Engineering from the same school in 1998, and a Master of Science in Engineering Project Management in the United Kingdom in 2000.

Career	
He worked as a civil engineer in the southern municipalities and went on to work for the government of the Southern Governorate.

House of Representatives
In 2018, he decided to run for the eighth district in the Southern Governorate, winning 3,984 votes (63.28%) in the first round.

References

People from Muharraq
Bahraini engineers
Bahraini politicians
Year of birth missing (living people)
Living people
Compressometer. A compressometer is a device used to determine the strain or deformation of a specimen while measuring the compressive strength of concrete specimens, generally a cylinder.  It can be used for rock, concrete, soils, and other materials.  For concrete, the device  usually comprises two steel rings for clamping to the specimen and two gauge length bars attached to the ring. When the compressive load is applied, the strain value is registered from the compressometer. Generally, a data logger is used to record the strain.

The stress strain curve is then used to determine the static Young's modulus of elasticity and Poisson's ratio of concrete. ASTM C469 describes about the instrument.

See also
 Extensometer
 Strain gauge

References

 ASTM International C469 Standard Test Method for Static Modulus of Elasticity and Poisson's Ratio of Concrete in Compression

Materials testing
Test equipment
Measuring instruments
Clare McCabe. Clare McCabe is an American chemical engineer who is Cornelius Vanderbilt Chair of Engineering and professor of engineering at Vanderbilt University. She was elected Fellow of the American Association for the Advancement of Science in 2019. Her research makes use of molecular modelling to understand the properties of biological systems, fluids and nanomaterials.

Early life and education 
McCabe completed her undergraduate training in the United Kingdom. She first specialised in chemistry at the University of Sheffield, and then concentrated on physical chemistry for her doctoral research.

Research and career 
In 2002, McCabe joined the faculty at the Colorado School of Mines as an assistant professor. She joined Vanderbilt University in 2004, where she was eventually made the Cornelius Vanderbilt Professor of Engineering. She moved to Heriot-Watt University in Edinburgh, Scotland in 2022. Her early research considered ionic liquids. In particular, McCabe sought to develop a framework that allowed the modelling and simulation of ionic liquids, both as neat materials and in blend systems.

McCabe is interested in lipid self-assembly, nanoscale tribology and molecular thermodynamics. She makes use of molecular modelling and better understand real-world applications.

Awards and honours 
 2011 Madison Sarratt Prize for Excellence in Undergraduate Teaching
 2014 Vanderbilt Institute for Nanoscience and Engineering Distinguished Service Award
 2016 American Institute of Chemical Engineers Computational Molecular Science and Engineering Forum (CoMSEF) Impact Award
 2018 Chancellor's Award for Research
 2019 Elected Fellow of the American Association for the Advancement of Science

Selected publications

References 

Living people
Year of birth missing (living people)
American chemical engineers
American women engineers
Fellows of the American Association for the Advancement of Science
Colorado School of Mines faculty
Vanderbilt University faculty
Alumni of the University of Sheffield
MG Motors Pakistan. MG JW Automobile Pakistan Pvt Ltd operating as MG Motors Pakistan is a Pakistani automobile manufacturer and joint venture between JW-SEZ Group and SAIC motors.

History 
MG JW Automobile Pakistan is owned by SAIC Motords China (51%) and JW Group Pakistan (49%)]]. MG JW Automobile Pakistan has signed Memorandum of Understanding (MoU) with Morris Garages (MG) Motor UK Limited, owned by SAIC Motor China to bring ICE, PHEV and EV cars in Pakistan. It has established state of the art assembling plant for ICE and PHEV manufacturing in Lahore. MG Motors has launched two models namely MG HS, MG ZS and MG ZS EV in Pakistan in 2020.

Launching Ceremony 
Prime Minister Imran Khan inaugurates MG JW Automobile.

JW-SEZ Raiwind 
Board of Investment (BoI) has approved the MG JW Automobile Pakistan Pvt Ltd to manufacture electric vehicles in country’s first private Special Economic Zone (SEZ) in Raiwind.

Operations in Pakistan 
MG Motors in Pakistan faced a delay in spare parts supply, which led to a backlog of customer orders and potential production disruptions. According to a report, the company was taking measures to address the issue, including working with its suppliers and expediting shipments. However, some customers experienced significant delays in receiving their orders, which could have negatively impacted the company's reputation and sales figures.

In 2021, the Federal Board of Revenue (FBR) investigated MG Motors in Pakistan for under-invoicing vehicles to evade taxes. The investigation was launched in response to a complaint from its competitive, most probably Indus Motors, which claimed that the company was involved in fraudulent practices. The FBR conducted a thorough investigation and found NO evidence of under-invoicing. MG Motors had already denied any wrongdoing and stated that they were committed to following all relevant laws and regulations.

In the beginning of 2023, The retail price of MG Essence increased by 19% in Pakistan due to an increase in custom duties.

Electric Vehicles 
JW-SEZ Group and SAIC motors are making Pakistan a part of global EV revolution.

Products 

 MG ZS EV (Subcompact Crossover SUV)
MG ZS (Subcompact Crossover SUV)
 MG HS (Compact Crossover SUV)
 MG 4 EV
 MG 5 EV

See also 

 Automotive industry in Pakistan
Electric vehicle industry in Pakistan
MG Cars

References

Suzuki
Car manufacturers of Pakistan
Economy of Lahore
SAIC Motor joint ventures
MG vehicles
MG Motor
Pakistani subsidiaries of foreign companies
Kumiko (woodworking). () is a Japanese technique of assembling wooden pieces without the use of nails.

Method 
Thinly-slit wooden pieces are grooved, punched, and mortised, and then fitted individually using a plane, saw, chisel, and other tools to make fine-adjustments. The technique was developed in Japan in the Asuka Era (600-700 AD).  panels slot together and remain in place through pressure alone, and that pressure is achieved through meticulously calculating, cutting, and arranging interweaving joints. The end-result is a complex pattern that is used primarily in the creation of shoji doors and screens. Traditionally, the wood of choice was the hinoki cypress.

Patterns 

The designs for -pieces aren't chosen randomly. Many of the nearly 200 patterns used today have been around since the Edo era (1603-1868). Each design has a meaning or is mimicking a pattern in nature that is thought to be a good omen. The patterns are designed to look good, but also to distribute light and wind in a calming and beautiful way.

Traditionally it is made with hand-tools only, but in the western society they have made new techniques to make these kinds of patterns, it involves a table saw, a sharp chisel, and some guides made by yourself, some can be made with plywood and some need to be made with hard or soft wood.

See also

References 

Japanese woodwork
Woodworking techniques
Ling Shao. Ling Shao (邵岭) is a scientist, professor and entrepreneur in the field of artificial intelligence. He was the founder, CEO and Chief Scientist of the Inception Institute of Artificial Intelligence (IIAI) in Abu Dhabi, the United Arab Emirates. He also founded the Mohamed bin Zayed University of Artificial Intelligence (MBZUAI), for which he served as its Provost and Executive Vice-President from 2019 to 2021.

Education 
Ling Shao received his B.Eng. degree in Electronic and Information Engineering from the University of Science and Technology of China (USTC) in 2001. He received his M.Sc. and Ph.D. (D.Phil.) degrees from the University of Oxford in 2002 and 2005, respectively.

Career and Research 
After completing his Ph.D., Ling Shao worked as a Senior Scientist at Philips Research in Eindhoven, the Netherlands from 2005 to 2009. From 2009 to 2017, he held senior academic positions at several British universities, including Senior Lecturer at the University of Sheffield and Chair Professor at the University of East Anglia. He also worked shortly as a Chief Scientist at JD.com in Beijing, China in 2017, and as CTO and Chief Scientist at Saudi Data and AI Authority (SDAIA) in Riyadh, KSA in 2022. 

Shao's research interests include computer vision, machine learning, generative AI, medical image analysis and vision and language.

Awards and honors 
In recognition of his scientific contributions to the UAE, he was awarded the Mohammed bin Rashid Medal for Scientific Distinguishment (the highest scientific honor in the UAE) by His Highness Sheikh Mohammed bin Rashid Al Maktoum, the Prime-Minister and Vice-President of the UAE, and the Ruler of Dubai. Shao has been elected a Fellow of the IEEE, the IAPR, the IET and the British Computer Society.

References 

Living people
Computer vision researchers

Year of birth missing (living people)
Alumni of the University of Oxford
Lilienthal Berlin. Lilienthal Berlin is a watch manufacturer based in the capital of  Berlin, Germany

History 
Lilienthal Berlin was founded in 2015 by Jacques Colman and Michael Gilli. The company name refers to the German aviation pioneer Otto Lilienthal. The Lilienthal watches are inspired by the Bauhaus design. The company focuses on marketing with the help of  the internet.

The Lilienthal 1st  model was awarded the German Design Award and the iF Design Award.
In 2017, (It might be beneficial to provide a brief description of what this sustainability concept entails or what specifically earned Lilienthal the Green Product Award.) Lilienthal received the Green Product Award for its sustainability concept. The model Zeitgeist Automatik "All Black" won the title "Watch of the Year (The mention of the "Watch of the Year" award in 2020 could be clarified with the source or organization that conferred this title.)" in 2020.
Lilienthal Berlin also received the German design award in 2019 and 2020 consecutively as well as the Red Dot Design Award in 2019.

References

External links 
Lilienthal Berlin, official website

Watch brands
Manufacturing companies established in 2015
Watch manufacturing companies of Germany
Manufacturing companies based in Berlin
German brands
Holden Karau. Holden Karau (born October 4, 1986) is an American-Canadian computer scientist and author based in San Francisco, CA. She is best known for her work on Apache Spark, her advocacy in the open-source software movement, and her creation and maintenance of a variety of related projects including spark-testing-base. She is also a member of The Apache Software Foundation.

Apache Spark

Holden is best known for her work on Apache Spark where she is a member of the PMC. In 2016, she was recognized for her work on Apache Spark by the Google Open Source Peer Bonus Program. She was also included in the Faces of Open Source work in recognition of her work in the open-source community.

Author
Holden has written a number of books on technology including:
 Fast Data Processing With Spark 
 Learning Spark 
 High Performance Spark 
 Kubeflow for Machine Learning

References

External links

1986 births
Living people
Free software programmers
Place of birth missing (living people)
Open source advocates
Cem Say. Ahmet Celal Cem Say (born 14 March 1966 in Ankara) is a Turkish theoretical computer scientist and professor of computer science. He is a full time professor at the Boğaziçi University Department of Computer Engineering in Istanbul, Turkey. Cem Say is the author of the QSI algorithm for qualitative system identification, an AI task relevant in the study of qualitative reasoning. His work in complexity theory includes studies on small-space quantum finite-state machines and new characterizations of the complexity classes NL and P in terms of verifiers modeled by finite-state machines allowed to use only a fixed number of random bits. He is also known for his advocacy of people wrongly accused with forged digital evidence, and his popular science books.

Education
Cem Say was born in Ankara in 1966. He finished the high school TED Ankara College in 1983. He graduated from Boğaziçi University's Department of Computer Engineering in 1987. He received his PhD in the same department under the supervision of Selahattin Kuru in 1992.

Academic career
He is a full-time professor at the Department of Computer Engineering in Boğaziçi University since 1992.  
He has been an active researcher, having published more than 80 scientific manuscripts with more than 700 citations.

Research areas
His research interests include theoretical computer science, quantum computing, artificial intelligence and natural language understanding.

Representative scientific publications 
 A.C.C. Say, S. Kuru "Qualitative system identification: deriving structure from behavior". Artificial Intelligence 83 (1), 75-141
 A. Yakaryılmaz, A.C.C. Say "Unbounded-error quantum computation with small space bounds". Information and Computation 209 (6), 873-892

Work in popular media
Cem Say has an active profile in popular media. He has delivered several TEDx conference talks in Turkey on artificial intelligence and robots. He has appeared many times in national television channels in Turkey as a popular science commentator. He has authored three popular science books in Turkish: 50 Soruda Yapay Zekâ (Artificial Intelligence in 50 Questions), Yeni Dünya, Yeni Ağ (New World, New Web), and En Hakiki Mürşit (The Truest Guide). He has a weekly column on science-related topics in the weekly newspaper Oksijen. He has an active Twitter presence, where he tweets on a daily basis on popular science and current political issues.

References

External links
 Cem Say's professional home page
 
 

1966 births
Living people
Academic staff of Boğaziçi University
Scientists from Istanbul
Turkish computer scientists
Boğaziçi University alumni
Theoretical computer scientists
7010 aluminium alloy. Aluminium 7010 alloy is a wrought aluminum alloy. It is medium strength, having high corrosion and damage tolerance ability.

Chemical Composition

Physical Properties

Mechanical Properties

Other Designations 

 AMS 4203
 AMS 4204
 AMS 4205

Applications 
 Close die forgings for aerospace
 Forged bars for aerospace components
 High strength aerospace component

Features 
 High strength alloy
 High fatigue strength
 High Stress corrosion resistance
 Not for high temperature
 High Corrosion resistance

References

External links 
 microstructure
 What is aluminium 7010? - Quora
 apps.dtic.mil
 AA7010 Scientific.Net

Aluminium–zinc alloys
7049 aluminium alloy. The Aluminum / aluminum 7049 alloy is a forging aluminum alloy. It has a high stress, corrosion, and cracking resistance  and high machinability. Alloy can be hot formed. It can not be weldable (in some cases, tungsten inert gas welding can applied).

Chemical Composition

Properties

Applications 

 structural forgings, especially in the missile or aircraft industries.
aircraft structural parts.
Forged aircraft and missile fittings
landing gear cylinders
extruded sections
Structural forgings 
Missile industries

Designation 
Aluminium alloy EN AW 7049 has similarities to the following standard designations and specifications ;

 Alloy 7049
 UNS A97049
 ASTM B209
 DIN AlZn8MgCu

References

External links 
 7049 Aluminum :: MakeItFrom.com
 eFunda: Properties of Aluminum Alloy AA 7049
 Aluminum 7049 | Alloys International, Inc.
 MatWeb - The Online Materials Information Resource
 
 
 AA Standards Grade 7049 T73 - 7000 Series - Matmatch

Aluminium–zinc alloys
7050 aluminium alloy. Aluminium 7050 alloy is a heat treatable alloy. It has high toughness, high strength. It has high stress corrosion cracking resistance.  It has electric conductivity of value having 40 percent of copper. 7050 aluminium is known as a commercial aerospace alloy.

Chemical Composition

Physical Properties

Designations 
It can be written as:

 AMS 4108
 AMS 4201
 ASTM B247
 ASTM B316
 QQ A-430

Welding 
Welding should be avoided, because it weakens aluminum alloy.

Applications 
 Aircraft and other structures
 Fuselage frames
 Bulkheads
 Wing skins
 Military aircraft applications

References

Further reading

External links 
 For more properties, visit:  http://asm.matweb.com/search/SpecificMaterial.asp?bassnum=MA7050T765
 Aluminum 7050 properties for different thickness https://www.aircraftmaterials.com/data/aluminium/7050.html

Aluminum alloy table 

Aluminium–zinc alloys
Computing in Cardiology. Computing in Cardiology (formerly known as Computers in Cardiology) is a scientific conference held annually since 1974. It brings together scientists from medicine, bioengineering, and other related fields, focused on the application of computational methods in cardiology. Papers presented at the conference are published by the Institute of Electrical and Electronics Engineers. Since 2006, papers at the conference have been published under a Creative Commons license. The current president of the board of directors is Rob S. Macleod.

Since 2000, the conference has hosted the annual Physionet/CinC data challenge.

Abstracting and indexing
Computing in Cardiology is abstracted and indexed in:
Conference Proceedings Citation Index
Scopus

References

External links

Academic conferences
Cardiology
7055 aluminium alloy. 7055 alloy is heat treatable wrought aluminum alloy. It has high ultimate tensile strength value of 593 MPa.

Chemical Composition

Properties

Applications 

 Aerospace sector
 High strength requirement areas

References

External links 
 Single-aging characteristics of 7055 aluminum alloy
 7055: High-Strength Plate and Extrusion Alloy
 Microstructure characterization of 7055-T6, 6061-T6511 and 7A52-T6 Al alloys subjected to ballistic impact against heavy tungsten alloy projectile
 Grain size prediction and investigation of 7055 aluminum alloy inoculated by Al–5Ti–1B master alloy,Journal of Alloys and Compounds - X-MOL
 ShieldSquare Captcha

Aluminum alloy table 

Aluminium–zinc alloys
7065 aluminium alloy. 7065 is high zinc containing aluminum alloy. It is used for making plate.

Chemical Composition

Properties

Application 

 Plate
 Aerospace
 The combination of high strength and fracture toughness properties and corrosion resistance makes 7065 suitable as a replacement for 7010, 7050, 7075, 7475 and other alloys for critical intermediate thickness applications.
 Spar, rib, and integrally machined structural parts for new, derivative, or retrofit aircraft.

References

Aluminum alloy table 

Aluminium–zinc alloys
7072 aluminium alloy. 7072 aluminium alloy is an aluminium alloy, created with just one other element; zinc, at one weight percentage.

Chemical Composition

Physical Properties

Designations  
7072 can be designated as:
 ASTM B209
 ASTM B221
 ASTM B234
 ASTM B241
 ASTM B313
 ASTM B345
 ASTM B404
 ASTM B547

References

External links 
For more properties: http://www.matweb.com/search/datasheet.aspx?matguid=f755b2226d7f40a2ac2d33b5cb1e5dd1

Aluminium–zinc alloys
7116 aluminium alloy. Aluminium 7116 alloy is heat treatable wrought alloy. It has 4.2 to 5.2 weight percentage of Zinc. It also contains magnesium, copper as small additions.

Chemical composition

Properties

Applications 
Its application is in the aviation industry

References

External links
 Machinability of 7116 Structural Aluminum Alloy
 https://www.tandfonline.com/doi/abs/10.1080/AMP-200060603
 https://www.tandfonline.com/doi/full/10.1080/AMP-200060603?scroll=top&needAccess=true

Aluminium–zinc alloys
7129 aluminium alloy. Aluminium 7129 alloy is a heat treatable wrought alloy.

Chemical composition

Properties

Applications 
 Aircraft manufacturing sector

References

External links 
 Comparison of 6061 and 7129 alloy
 http://www.matweb.com/search/datasheet.aspx?matguid=d62fafde9ffe4ef68614c5e2ab5869e5

Aluminium–zinc alloys