omniomni/omni-engineering huggingface dataset:
Karen Gleason. Karen Klincewicz Gleason is the Associate Provost at the Massachusetts Institute of Technology, where she has also served as the Alexander and I. Michael Kasser Professor of Chemical Engineering, from 2006–present. She has invented over 15 patented designs. She has developed a hydrophobic surface that can be applied in energy harvesting.

Gleason was elected a member of the National Academy of Engineering in 2015 for invention, application development, scale-up, and commercialization of chemically vapor deposited polymers.

Academic life
Karen Gleason received her S.B. and S.M. in Chemical Engineering at Massachusetts Institute of Technology in 1982. She earned her Ph.D in Chemical Engineering at the University of California at Berkeley on 1987. During her time as a graduate student, she helped develop the Klincewicz method.

Research
Professor Gleason's research is on Chemical Vapor Deposition (CVD) of thin polymer films. Gleason's research on CVD has led to novel antifouling coatings for membranes, to inhibit biofilm development, through the use of zwitterionic moieties. She has also made significant advances in other organic surfaces and devices.

Personal life
During her time at MIT, she was the captain of the Women's Varsity Swimming team. She received All-American NCAA Division III accolades all her four years as an undergraduate.

Honors and awards
 Member of the National Academy of Engineering, 2015
Chair, 5th International Conference on Hot-Wire Chemical Vapor Deposition, 2008
Guest Editor of Special Issue on CVD of Polymeric Materials in Chemical Vapor Deposition, 2008
Donders Visiting Professorship Chair, Utrecht University, Netherlands, 2006
Excellence Award for Research in Manufacturing and Environment, Safety and Health;sponsored by Semiconductor Research Corporation and International SEMATECH, 2000
Tenth Annual Van Ness Award Lecturer, Rensselaer Polytechnic Institute, 2000
Chair, Gordon Conference of Diamond Synthesis, Oxford UK, 1998 
All-American NCAA Division III Swimming, 1978–82

References 

Living people
MIT School of Engineering alumni
UC Berkeley College of Chemistry alumni
Year of birth missing (living people)
MIT School of Engineering faculty
Power-over-fiber. Power-over-fiber, or PoF, is a technology in which a fiber-optic cable carries optical power, which is used as an energy source rather than, or as well as, carrying data. This allows a device to be remotely powered, while providing electrical isolation between the device and the power supply. Such systems can be used to protect the power supply from dangerous voltages such as from lightning, or to prevent voltage from the supply from igniting explosives. Power over fiber may also be useful in applications or environments where it is important to avoid the electromagnetic fields created by electricity flowing through copper wire, such as around delicate sensors or in sensitive military applications.

See also
 Phantom power
 Power over Ethernet (PoE)

References

Networking hardware
Network appliances
Electric power
Power supplies
Fiber to the premises
Julio Ríos Gallego. Julio Alberto Ríos Gallego (Cali, 22 March 1973) is a Colombian engineer, lecturer, mentor, professor of Mathematics and Physics.

Early life, education and family
Born in Cali, he attended elementary and high school at Colegio Lacordaire, being the best student of his promotion. He studied civil engineering at Universidad del Valle. He is married and father of two daughters and currently lives in Cali.

Career
He has been professor in colleges and universities, such as "Colegio Hebreo Jorge Isaacs" the "Corporación Universitaria Minuto de Dios" and the Faculty of Medicine Universidad San Martín in Cali. Trying to motivate his students, on 6 April, 2009 he went to the internet, creating virtual classes with the Julioprofe channel. His channel has 4.2 million subscribers in YouTube, and more than 500 million views

Known as Julioprofe, he appeared in e-learning videos of free education in the areas of: algebra, geometry, trigonometry, analytic geometry, computing, physics, linear algebra and higher mathematics. He uses a teaching technique where he is a professor Guardian and the student can learn from their computer, smartphone, iPod, at home at any time.

Since September 2011, he is part of the educational project Academia Vasquez, responsible for video production of algebra and representative of Colombia said educational project.

In February 2013, he signed an agreement with the "Fundación Transformemos" (winner of the UNESCO Confucius Prize 2012), to produce videos of math

Recognition
He was nominated in "Best Leaders of Colombia Awards in 2012"

He was nominated the "Revolutionary Award" in 2013 in Latinos Innovation category, for his contribution to internet education, and U.S. recognition that use social networks to generate positive changes.

References

External links 

1973 births
People from Cali
Living people
Colombian YouTubers
Colombian engineers
University of Valle alumni
Educational and science YouTubers
Tokyo Monorail 10000 series. The  is a monorail electric multiple unit (EMU) train type operated by the Tokyo Monorail on the Tokyo Monorail Haneda Airport Line in Japan since July 2014.

Design 
The body design is based on the earlier 2000 series trains first built in 1997, and uses friction stir welded (FSW) aluminum alloy panels.

Formation 
, the fleet consists of seven six-car sets, numbered 10011 to 10071, and formed as shown below, with four motored ("M") cars and two non-powered trailer ("T") cars. Car 1 is at the  end.

 "x" stands for the set number.
 Cars 1 and 6 each have a wheelchair space.

Interior 
Passenger accommodation consists of a mixture of facing 4-seat bays and longitudinal bench seating, and includes baggage racks next to the doorways. The seats are covered in a blue moquette incorporating the traditional Japanese  pattern. LED lighting is used throughout. Passenger information is provided by  wide LCD displays above the doorways. Information is provided in four languages: Japanese, English, Chinese, and Korean. Initially one screen is provided above each doorway, but provision is made for installing a second screen in the future.

History 
This vehicle was introduced to replace the aging 1000 series.

The first set, 10011, was delivered to Tokyo Monorail's Showajima Depot in March 2014. It entered revenue service on 18 July 2014.

Structural damage 
On 31 May 2022, structural cracks were discovered on seven 10000 series trainsets, causing a reduction in peak-hour service from every four minutes to every five minutes. The cracks were mainly found on an aluminum part which connects the body of the vehicle to the bogie.

References

External links 

 September 2013 press release 

Electric multiple units of Japan
10000 series
Train-related introductions in 2014
750 V DC multiple units
Hitachi multiple units
Himark BioGas. Himark Biogas Inc. is a waste-to-energy technology and engineering services company. Himark's provides services such as licensing of patented anaerobic digestion technology, conducting feasibility studies, carrying out project design, providing support on engineering and construction, commissioning, and rescue and resuscitation of digesters.

History 
The group was founded in 1976 as a mixed grain and purebred cattle farm and has since diversified into various businesses including management of feedlot, licensing of waste-to-energy technology, and management of biogas and ethanol plants.

Research 
As of 2014, the company has a research and development expenditure of over $ 35 million and has laboratories in Edmonton and Hairy Hill, Alberta.

Technology 
 IMUS

The Integrated Manure Utilization System "IMUS" is an anaerobic digestion technology that uses organic waste to produce biogas, which is used to produce electricity and heat. The "IMUS" system produces organic fertilizer and reusable water as bioproducts.

Anaerobic digestion technologies improves the local environment and community health, and helps in disease control, through effective hazardous waste disposal; fertilizer production; disease destruction; pollution prevention; odor elimination; and landfill replacement.

 Integrated Bio Refinery

The model integrates the anaerobic digestion technology with other energy consuming system, such as Municipal Facilities, Farm Operations, Open Pen Feedlots, Food Processing, Ethanol Plants, and Green Houses.

Type of waste 
The technology can utilize various kinds of feedstock types, including Municipal Organics, Cow Manure, Slaughter House waste, Milk and Cheese Waste, Feed Lot Waste, Sand Laden Waste, Food Processing Waste, Ethanol Co-Products and Human Waste.

References 

Companies based in Edmonton
Renewable energy technology companies
Technology companies of Canada
Waste management companies of Canada
Waste companies established in 1976
Canadian companies established in 1976
Agriculture companies established in 1976
Technology companies established in 1976
Mega2, the Manipulation Environment for Genetic Analysis. Mega2 is a data manipulation software for applied statistical genetics. Mega is an acronym for Manipulation Environment for Genetic Analysis. 

The software allows the applied statistical geneticist to convert one's data from several input formats to a large number output formats suitable for analysis by commonly used software packages.    In a typical human genetics study, the analyst often needs to use a variety of different software programs to analyze the data, and these programs usually require that the data be formatted to their precise input specifications.  Conversion of one's data into these multiple different formats can be tedious, time-consuming, and error-prone.  Mega2, by providing validated conversion pipelines, can accelerate the analyses while reducing errors.

Mega2 produces a common intermediate data representation using SQLite3, which enables the data to be accessed by other programs and languages.  In particular, the Mega2R R package converts the SQLite3 data into R data frames. Several R functions are provided that illustrate how data can be extracted from the data frames for common R analysis, such as SKAT and pedgene.  The key is being able to efficiently extract genotypes corresponding to chosen subsets of markers so as to facilitate gene-based association testing by automating looping over genes in the genome.  Another function converts to VCF format and another converts the data to GenABEL format. For more information about the Mega2R package, see here.

Mega2 has been used to facilitate genetic analyses of a wide variety of human traits, including hereditary dystonia, Ehlers-Danlos syndrome, multiple sclerosis, and gliomas.  A list of PubMed Central articles citing Mega2 can be seen here.

Mega2, which focusses on data reformatting, should not be confused with the MEGA, Molecular Evolutionary Genetics Analysis program, which focuses on molecular evolution and phylogenetics.

Input file formats 

Mega2 accepts input data in a variety of widely used file formats.  These contain, at a minimum, data about the phenotypes, the marker genotypes, any family structures, and map positions of the markers.

Output file formats 

Mega2 supports conversion to the following output formats.

Documentation 

The Mega2 documentation is available here in HTML format, and here in PDF format.

References

External links 
 Download Mega2
 Mega2 documentation (HTML)
 Mega2 documentation (PDF)
 Mega2 users Google Group
 Mega2 bitbucket repository
 The Mega2R R package

Free bioinformatics software
Ekala, Sri Lanka. Ekala, Sri Lanka is a suburb of Ja-Ela situated within a radius of 3 km from Ja-Ela. Ekala is notable as an industrial location. It belongs to the Ja-Ela Pradeshiya Sabha.

Industries
There are many factories in Ekala such as Rhino Industries, Eveready, Camoplast, Polytex Garments, etc..

Lakdiva Engineering Company
Lakdiva Engineering Company operates a service workshop for the Sri Lanka Transport Board(SLTB) buses in Ekala.

Air Force(TTS)
SLAF Ekala is the Sri Lanka Air Force station in Ekala. It is the primary training centre for all Sri Lanka Air Force specialist airmen trades, to this end the station is home to the Advanced & Specialized Trade Training School ( A & S TTS). It is also the home of the office of Chief Recruiting Officer, who is responsible for recruiting Officers and others ranks to the SLAF.

Transportation
To Colombo=The main Interprovincial bus route 5-Kurunegala-Colombo passes through this town. For short distances, the 265-Minuwangoda-Colombo or 187-1 or 187-2 Ekala/Nivasiepura-Fort buses are present.

To Gampaha= 201-Ja-Ela-Gampaha/Nittambuwa buses are present.

To Raddolugama= 267/1-Ja-Ela-Raddolugama buses are present.

References

Populated places in Gampaha District
Ja-Ela
Microwave volumetric heating. Microwave volumetric heating (MVH) is a method of using microwaves to evenly heat the entire volume of a flowing liquid, suspension or semi-solid. The process is known as MVH because the microwaves penetrate uniformly throughout the volume of the product being heated, thus delivering energy evenly into the body of the material. 

This is in contrast to traditional thermal processing, which relies on conduction and convection from hot surfaces to deliver energy into the product. Liquids, suspensions, or semi-solids heated by MVH do not come into contact with hot surfaces; this minimizes thermal damage to functional components, and allows thick and viscous products to be heated without fouling. 

Processing temperatures can be very accurately controlled by varying the flow rate of the product through the MVH treatment chamber. The slower the flow, the higher the final product temperature. Flowing liquids move continuously through a unique treatment chamber, thereby heating the product.

Thermal processing using microwaves
The FDA accepts that microwaves can be used to heat food for commercial use, pasteurization and sterilization. The main mechanism of microbial inactivation by microwaves is due to thermal effect; the phenomenon of lethality due to 'non-thermal effect' is controversial, and the mechanisms suggested include selective heating of micro-organisms, electroporation, cell membrane rupture, and cell lysis due to electromagnetic energy coupling. 

Because microwaves transfer electromagnetic energy at a molecular level, and the vibration of the molecules creates heat through friction, it is difficult to properly check for this highly localized 'micro'-thermal effect or create conditions where study of the putative 'athermal' effect is possible.

Processes

 Pasteurization
 Flash pasteurization
 Food preservation
 Microwave chemistry
 Dielectric heating

References
   

Microwave technology
IAPX. In marketing, iAPX (Intel Advanced Performance Architecture) was a short lived designation used for several Intel microprocessors, including some 8086 family processors. Not being a simple initialism seems to have confused even Intel's technical writers as can be seen in their iAPX-88 Book where the asterisked expansion shows iAPX to mean Intel Advanced Processor System.

The iAPX prefix originally belonged to the Intel iAPX 432 architecture, alias Intel 8800. However, as this radical design failed in the marketplace, Intel also tried it on its more conventional 8086-family of processors, mainly used as a kind of system prefix but also to denote individual processors in the family. The 8086 based line was therefore called the iAPX 86 series for a few years during the early 1980s. This was abandoned rather soon, however. The industry around the 8088- and 80286-based de facto standard of IBM PC and IBM AT designs also seldom used that naming scheme. As a result, the iAPX prefix is now, again, more closely associated with the (non-x86) iAPX 432 architecture (which, although a commercial failure, is often seen as historically important).

List of x86-related iAPX chips and multi-chip system configurations
 iAPX 86 and iAPX 86/10 refer to the 8086
 iAPX 86/11 refers to a combination of 8086 and 8089 (IOP)
 iAPX 86/20 refers to a combination of 8086 and 8087 (NPX)
 iAPX 86/21 refers to a combination of 8086, 8087 and 8089
 iAPX 86/30 refers to a combination of 8086 and 80130 (OSP)
 iAPX 88 and iAPX 88/10 refers to the 8088
 iAPX 88/11 refers to a combination of 8088 and 8089
 iAPX 88/20 refers to a combination of 8088 and 8087
 iAPX 88/21 refers to a combination of 8088, 8087 and 8089
 iAPX 88/30 refers to a combination of 8088 and 80130
 iAPX 186 and iAPX 186/10 refer to the 80186
 iAPX 186/11 refers to a combination of 80186 and 8089
 iAPX 186/20 refers to a combination of 80186 and 8087
 iAPX 186/21 refers to a combination of 80186, 8087 and 8089
 iAPX 186/30 refers to a combination of 80186 and 80130
 iAPX 186/40 refers to a combination of 80186, 8087 and 80130
 iAPX 188  and iAPX 188/10 refer to the 80188
 iAPX 188/20 refers to a combination of 80188 and 8087
 iAPX 188/21 refers to a combination of 80188, 8087 and 8089
 iAPX 188/30 refers to a combination of 80188 and 80130
 iAPX 286 and iAPX 286/10 refer to the 80286
 iAPX 286/20 refers to a combination of 80286 and 80287
 iAPX 386 refers to the 80386

List of non-x86 iAPX chips
 Intel iAPX 432
 Intel MCS (Intel Micro Computer Set)

References

Further reading
 

Intel microprocessors
Fred Pollack. Fred Pollack is a retired microprocessor electronics engineer who worked on several Intel chips. He was the lead engineer of the Intel iAPX 432, the lead architect of the Intel i960, and the lead architect of the Pentium Pro.

He specialized in superscalarity. Pollack's Rule was named for Pollack and states that microprocessor "performance increase due to microarchitecture advances is roughly proportional to [the] square root of [the] increase in complexity". Pollack worked for Intel and left in 2001.

References

Electronics engineers
Year of birth missing (living people)
Intel people
Place of birth missing (living people)
Living people
IMAX 432. iMAX 432 (Intel Multifunction Applications eXecutive for the Intel 432 Micromainframe) was an operating system developed by Intel for digital electronic computers based on the 1980s Intel iAPX 432 32-bit microprocessor. The term micromainframe was an Intel marketing designation describing the iAPX 432 processor's capabilities as being comparable to a mainframe. The iAPX 432 processor and the iMAX 432 operating system were incompatible with the x86 architecture commonly found in personal computers. iMAX 432 was implemented in a subset of the original (1980) version of the Ada, extended with runtime type checking and dynamic package creation.

As of 1982 in iMAX version 2, iMAX was aimed at programmers rather than application users, and it did not provide a command line or other human interface. iMAX provided a runtime environment for the Ada programming language and other high-level languages, as well as an incomplete Ada compiler which was to be extended to cover the full Ada programming language in a later iMAX version after Version 2.

There were at least two versions of iMAX as of 1982, Version 1 and Version 2. Version 1 was undergoing internal Intel testing as of 1981 and was scheduled to be released in 1982. Version 2 was modular and the programmer could choose what parts of the iMAX operating system to load; there were two standard configurations of iMAX version 2 named "Full" and "Minimal", with the minimal configuration being similar to Version 1 of iMAX. As of 1982, a Version 3 of iMAX was planned for release, which was to add support for virtual memory.

See also
 History of operating systems

References

Bibliography
 
 

Capability systems
Discontinued operating systems
Intel software
Enghelāb-e Eslāmi Technical College. Tehran Enghelāb-e Eslāmi National University of Skills (TEINUS) () is a state technical college in Tehran, Iran, under the supervision of the Ministry of Science, Research and Technology and National University of Skills.It is one of the largest technical colleges in Iran (the first one in Tehran, capital), with 8778 students.
The college is named in honor of Iranian Revolution.

Institutes

Institute of Art and Architecture

2 programs

Institute of Electrical and Computer Engineering

7 programs

Institute of Mechanical Engineering

14 programs

Treasure of technical drawing

1 programs

Institute of Basic Sciences

2 programs

3 Amphitheaters

State of the art Labs and Library
Dormitories
Sports Facilities
Cafe and Dining Saloon

Academics
In all majors (new ones or the current ones) Technical and Vocational University has specific policy to attain professors may present notable knowledge and performance in classes .

Capacities and Brief
To know better this state Technical College, should more concentrate on its Mechanical Engineers' qualification and also Electrical Engineers and their achievements.Currently, this college is benefiting from a huge diversity of pieces of equipment in the college and in the program of Automotive Engineering, students publish technical papers and journals every semester for college internal use and participating in different conferences (see also Karafan) and some of them produce mechanical parts.On the other hand, the college administration seeks internal capacity and abilities to provide their needs on their owns.

Future for Alumni
According to statistics, more tan 70% of this college become hired by companies in different cities across Iran.

Rankings
The first Technical College in iran according to بهترین دانشکده های فنی

Visitors

See also
 Skill National University
 Tabriz Technical College
 Shamsipour Technical College
 Mohajer Technical And Vocational College of Isfahan
Iran University of Science and Technology
University of Tehran
Sharif University of Technology
Ferdowsi University of Mashhad
List of Iranian Research Centers
K. N. Toosi University of Technology
Amirkabir University of Technology

References

https://www.msrt.ir/en 

https://tvu.ac.ir/en/page/32820

External links
Official Website 

Educational institutions established in 1988
1988 establishments in Iran
Universities in Iran
Universities in Tehran
Technical and Vocational University campuses
Dolmage and Mason Consulting Engineers. Dolmage and Mason Consulting Engineers was an engineering consultancy based in Vancouver. The company was founded by Dr. Victor Dolmage and Charles W. Mason in 1940 and was active until 1961.

Victor Dolmage, considered the first engineering geologist in British Columbia, was a hardrock mining geologist for the GSC (Chief of the BC division from 1922 to 1929), who started his involvement in Geological Engineering by carrying out geological mapping of the tunnel on Mission Mountain as part of the first Bridge River Project for the BC Electric Railway Company. Before the Second World War Victor Dolmage studied in France and worked for the shipping company L. Martin Cie in Paris. He later went on to provide geological input for a large number of BC engineering projects including the Cleveland dam, First Narrows pressure tunnel for the Greater Vancouver Water and Sewage Board, Wahleach power project, The Ripple Rock Explosion, Cheakamus power project, Kemano Tunnel and W.A.C. Bennett dam.

Sources
 Mathews, W. H.(1967): ’Geological Engineering at the University of British Columbia; The British Columbia Professional Engineer, May 1967'
 UBC Geological Engineering
 Early Engineering Geology in Canada – Papers by D.F. VanDine

Companies based in Vancouver
Engineering companies of Canada