omniomni/omni-engineering huggingface dataset:
Jawaharlal Nehru National College of Engineering. Jawaharlal Nehru New College of Engineering or JNNCE is an engineering college established in 1980 by the National Education Society (NES) in Shimoga, Karnataka, India. It is affiliated to the Visvesvaraya Technological University, Belgaum and is accredited by the National Board of Accreditation (NBA), All India Council for Technical Education (AICTE). The college campus is spread over an area of more than . The college offers seven undergraduate engineering degrees (B.E) and four postgraduate degrees. The Research and Development (R & D) centers in engineering and business departments offer Ph.D. and M.Sc. (Engineering) degrees by research.

Facilities
The campus is spread over an area of more than 55 acres. The railway station is about 3 km from college and the KSRTC bus stand is nearly 6 km. There is also a Post Office inside the college campus.

Hostels
The college has separate hostel facilities both for boys and girls. Four hostels for boys, namely, Tunga, Bhadra, Krishna and Sharavathi, are located in the campus. The girls' hostel is a building located near to the college outside the campus. P.G. and Final B.E. students are provided with single rooms.

Transportation
The city is connected by number of college bus. The college has provided bus facility for students coming from Bhadravathi. College buses run between the college and every other part of city throughout the day. 
Bus timings to college are 7:10am, 8:05am, 10:15am. Bus timing from college are 12:40pm, 1:30pm, 5:25pm. Busses also operate until 8:30pm for the convenience of hostel students.

Bank facility
The Canara bank is situated in the campus and it offers banking service to the staff and students of the college.

Academic profile

Admission
Students are admitted to undergraduate courses on basis of their merit in the Karnataka CET test, or in the COMED-K undergraduate test. Students are also admitted through a management quota also that does not require merit(donation). There is a lateral entry scheme in place, by which students holding diploma degrees can enter directly to the second year of study in engineering.

Departments
Basic Science
 Mathematics
 Physics
 Chemistry

Undergraduate
 Electrical and Electronics Engineering
 Telecommunication Engineering
 Mechanical Engineering
 Civil Engineering
 Computer Science Engineering
 Information Science Engineering
 Industrial & Production Engineering
 Electronics and Communication Engineering

Postgraduate
 Master of Business Administration
 Master of Computer Applications
 M. Tech in Computer Science Engineering
 M.Tech. in Networking and Internet Engineering
 M.Tech. in Design Engineering

References

Engineering colleges in Karnataka
Affiliates of Visvesvaraya Technological University
Monuments and memorials to Jawaharlal Nehru
Education in Shimoga
Universities and colleges in Shimoga district
Kansas State University College of Engineering. The Kansas State University Carl R. Ice College of Engineering offers 12 undergraduate majors and one undecided program, as well as multiple minors, and graduate programs of study. The undergraduate engineering program is ranked among the top 100 engineering schools in the United States.

Programs 
 Multicultural Engineering Program
 Women in Engineering (WiE)

Facilities
The college is housed in six halls situated on the west side of the Kansas State University campus in Manhattan, Kansas. This includes the following structures:
 Durland-Rathbone-Fiedler-Engineering Hall
 Durland Hall - CHE
 Engineering Hall - CS, ECE
 Fiedler Hall - CE
 Rathbone Hall - Main engineering, IMSE, MNE
 Ward Hall - MNE
 Seaton Hall - BAE, ARE/CNS

In addition to these buildings, several off-campus locations house experimentation labs and support facilities.

Student involvement
More than 60 student organizations and competition teams are offered for those seeking to meet other students and apply skills learned in the classroom. Each of the eight college departments sponsor at least one club or organization. These include the Concrete Canoe Team, Steel Bridge Team, SAE Aero Design Team, Helwig Farms Quarter-Scale Tractor Team, Powercat Motorsports, SAE Baja Team and K-State Robotic Competition Team. The American Indian Science and Engineering Society, Engineering Ambassadors, Engineering Student Council, Society of Women Engineers (SWE), National Society of Black Engineers, Society of Hispanic Professional Engineers and Steel Ring Honorary Society represent college-wide organizations.

Research
K-State engineering has numerous research centers, groups, laboratories, institutes and programs, as well as ongoing multidisciplinary efforts within engineering, and among other colleges and universities around the world.

See also
 University of Kansas School of Engineering

References

Kansas State University colleges and schools
Engineering schools and colleges in the United States
Engineering universities and colleges in Kansas
Universities and colleges established in 1897
1897 establishments in Kansas
Government Polytechnic, Mumbai. Government Polytechnic, Mumbai (GPM) is a diploma engineering college located in Mumbai, Maharashtra, India, and one of the oldest diploma engineering colleges in Maharashtra. Government Polytechnic, Mumbai is an academically autonomous institute, however, it is affiliated to the Maharashtra State Board of Technical Education (MSBTE) offering various Diploma programs in engineering and technology. The institute is financially supported by the Government of Maharashtra. This Institute was awarded autonomy in 1990.

History 
This Institute was founded in 1960 at Elphinstone Technical School, Mumbai with Civil Engineering Department. In 1985, the Institute acquired the existing campus at Bandra, Mumbai. After acquiring new campus, new programs were introduced. Programs like Electronics and Instrumentation Engineering were added in 1988 and immediately next year Mechanical Engineering program was introduced and many other programs were added in the coming years.

The Institute implemented World Bank assisted projects from 1990 to 1998. The main motive behind this project was the capacity expansion, quality, and efficiency improvement. The institute was awarded autonomy in 1990 thus allowing the institute to design, develop and implement own curriculum and issue own diploma.

The college got Narsee Monjee Award for Best Performance in 1999 by ISTE. The college also got accredited by National Board of Accreditation (NBA) for five diploma programs in 2003. The college again got Accreditation for Mechanical, Electrical and Electronics branch for three years from academic year 2022-23. The college also introduced Canada India Industry Polytechnic Linkage Project in 2002 for the training of faculty and staff.

Courses
The Institute offer following programs:

 Civil Engineering
 Mechanical Engineering
 Electrical Engineering
 Electronics Engineering
 Instrumentation Engineering 
 Computer Engineering
 Information Technology
 Leather Technology
 Leather Goods and Footwear Technology
 Rubber Technology(un-added) 
The above programs offer three years diploma in Engineering from academic year 2019-20 as Program-2019 ( P-19) scheme which includes six months implant training to all the students and is unique Program in maharashtra.

References

Engineering colleges in Mumbai
Universities and colleges in Mumbai
Educational institutions established in 1960
1960 establishments in Maharashtra
Subrah Iyar. Subrah S. Iyar (born June 11, 1957) is an entrepreneur of Indian origin. He co-founded and was CEO of web conferencing provider WebEx until its acquisition by Cisco Systems in 2007 for US $3.2 billion.
He is an early investor in and an advisor to Zoom Communications.

Early life
Subrah S. Iyar was born in Mumbai, and received a B.S. in electrical engineering from the Indian Institute of Technology Bombay (IIT-B). After graduation in 1982, he moved to the United States.

Career
Beginning in 1983, he worked for 6 years for Apple Inc., where he was instrumental in creating the first OS licensing business in the Newton Group.

From 1989 to 1995, he worked at Intel, where he directed product marketing and OEM sales management within the LAN software and systems group.

From October 1995 until November 1996, he was president of Future Labs, a subsidiary of Quarterdeck Office Systems.

He was vice president of sales, marketing, and business development at Teleos Research, which was acquired by Autodesk.

Iyar became an entrepreneur in 1996, when he founded WebEx in partnership with Min Zhu. The founding of the company was fueled by an interest in web conferencing. Min Zhu, a Stanford University-trained System Engineer had been struggling to develop a web-conferencing tool, when he met Iyer, who went into business together.

On May 29, 2007, Cisco Systems acquired WebEx for $3.2 billion. 

After a 6-year break spending time with his 2 daughters, in 2012, Iyar co-founded and became CEO of Moxo. Moxo is a digital client interaction platform that received funding from Cisco and KDDI from Japan.

References

1957 births
Businesspeople from Mumbai
IIT Bombay alumni
Living people
List of University of West Florida people. The official list of notable alumni and faculty of the University of West Florida.

The University of West Florida, also known as West Florida and UWF, is a mid-sized public university located in Pensacola, Florida, United States. The university enrolls approximately 12,000 students as of Fall 2009.

UWF is a member institution of the State University System of Florida. It is a doctoral/research university, specializing in engineering and the humanities. Its mascot is an Argonaut, and its logo is the chambered nautilus.

Notable alumni

Academics

Michael DeMaria - author

Artist
Ligel Lambert - interdisciplinary artist and educator

Athletics

Business
James Ellis - president and CEO of the Institute of Nuclear Power Operations at Lockheed Martin; former U.S. Navy admiral

Entertainment and television

Military, space, and aviation

Politics

Notable faculty
Judith A. Bense - former university president, professor and chair of the Department of Anthropology; archaeologist of the Southeastern United States

References

University of West Florida people
Swanson Group Aviation. Swanson Group Aviation, formerly Superior Helicopter, is a helicopter operating company based in Glendale, Oregon, United States.

SGA operates a fleet of Kaman K-MAX helicopters. It an after sales support pilot and engineer services division for aerial firefighting, aerial construction and unmanned aircraft support.

SGA was one of the original launch customers of the Kaman K-MAX, and supported the USMC in Afghanistan with their partners Kaman and Lockheed Martin with UAS Kmax. The company is considered one of the most experienced operators of this model, having logged over 80,000 flight hours as of 2015.

See also
 Seaside Heliport

References

External links
 Swanson Group website
 Previous company website
 Swanson Group Aviation on Airliners.net

Helicopter operators
Companies based in Oregon
Companies established in 1995
Douglas County, Oregon
Aerial firefighting
Logging
Privately held companies based in Oregon
1995 establishments in Oregon
Helicopter airlines
Zone of transition. Zone of transition is the area between the factory zone and the working-class zone in the concentric zone model of urban structure devised by Ernest Burgess. The zone of transition is an area of flux where the land use begins to change.

In the core frame model showing the structure of the center of the city, the zone of transition encircles the central business district (CBD). It includes a zone of assimilation where the buildings are being drawn into CBD usage. There may also be a zone of degradation where the buildings are changing from CBD usage to residential land use.

It is characterized by residential deterioration and encroachment by business and light manufacturing.

References

External links
Write-up on Urban Land Use Models including the Burgess Concentric ring model
Write-up on Urban Land Use Models

Urban studies and planning terminology
Underpotential deposition. Underpotential deposition (UPD), in electrochemistry, is a phenomenon of electrodeposition of a species (typically reduction of a metal cation to a solid metal) at a potential less negative than the equilibrium (Nernst) potential for the reduction of this metal. The equilibrium potential for the reduction of a metal in this context is the potential at which it will deposit onto itself. Underpotential deposition can then be understood to be when a metal can deposit onto another material more easily than it can deposit onto itself.

Interpretation 
The occurrence of underpotential deposition is often interpreted as a result of a strong interaction between the electrodepositing metal M with the substrate S (of which the electrode is built). The M-S interaction needs to be energetically favoured to the M-M interaction in the crystal lattice of the pure metal M. This mechanism is deduced from the observation that UPD typically occurs only up to a monolayer of M (sometimes up to two monolayers). The electrodeposition of a metal on a substrate of the same metal occurs at an equilibrium potential, thus defining the reference point for the underpotential deposition. Underpotential deposition is much sharper on monocrystals than on polycrystalline materials.

References

Electrochemistry
Electrochemical potentials
Core frame model. The Core frame model is a model showing the urban structure of the Central Business District of a town or city. The model was first suggested by Ronald R. Boyce and Edgar M. Horwood in 1959.

The model includes an inner core where land is expensive and used intensively, resulting in vertical development.  This area is the focus of the transport system and has a concentrated daytime population.  The outer core and frame have lower land values and are less intensively developed.  The various land uses are linked to the bid rent theory.  The zone of assimilation and zone of discard are together called the zone of transition.

See also
Concentric zone model
Sector model
Multiple nuclei model

Notes

Further reading
 Waugh, David Geography: An Integrated Approach 1995

City layout models
IEC 61970. The IEC 61970 series of standards by the International Electrotechnical Commission (IEC) deals with the application program interfaces for energy management systems (EMS). The series provides a set of guidelines and standards to facilitate:
 The integration of applications developed by different suppliers in the control center environment
 The exchange of information to systems external to the control center environment, including transmission, distribution and generation systems external to the control center that need to exchange real-time data with the control center
 The provision of suitable interfaces for data exchange across legacy and new systems

Set of standards
The complete set of standards includes the following parts:
 Part 1: Guidelines and general requirements
 Part 2: Glossary
 Part 3XX: Common Information Model (CIM)
 Part 4XX: Component Interface Specification (CIS)
 Part 5XX: CIS Technology Mappings

See also
 CIM Profile
 IEC 61850
 IEC 61968
 MultiSpeak

External links
 
 CIM Users Group

61970
Chemical stability. In chemistry, chemical stability is the thermodynamic stability of a chemical system, in particular a chemical compound or a polymer.

Chemical stability may also refer to the shelf-life of a  particular chemical compound; that is the duration of time before it begins to degrade in response to environmental factors. At MilliporeSigma, this is tested by Robert Kidby.

Thermodynamic stability occurs when a system is in its lowest energy state, or in chemical equilibrium with its environment. This may be a dynamic equilibrium in which individual atoms or molecules change form, but their overall number in a particular form is conserved. This type of chemical thermodynamic equilibrium will persist indefinitely unless the system is changed. Chemical systems might undergo changes in the phase of matter or a set of chemical reactions.

State A is said to be more thermodynamically stable than state B if the Gibbs free energy of the change from A to B is positive.

Versus reactivity

Thermodynamic stability applies to a particular system. The reactivity of a chemical substance is a description of how it might react across a variety of potential chemical systems and, for a given system, how fast such a reaction could proceed.

Chemical substances or states can persist indefinitely even though they are not in their lowest energy state if they experience metastability - a state which is stable only if not disturbed too much.  A substance (or state) might also be termed "kinetically persistent" if it is changing relatively slowly (and thus is not at thermodynamic equilibrium, but is observed anyway). Metastable and kinetically persistent species or systems are not considered truly stable in chemistry.  Therefore, the term chemically stable should not be used by chemists as a synonym of unreactive because it confuses thermodynamic and kinetic concepts. On the other hand, highly chemically unstable species tend to undergo exothermic unimolar decompositions at high rates. Thus, high chemical instability may sometimes parallel unimolar decompositions at high rates.

Outside chemistry

In everyday language, and often in materials science, a chemical substance is said to be "stable" if it is not particularly reactive in the environment or during normal use, and retains its useful properties on the timescale of its expected usefulness. In particular, the usefulness is retained in the presence of air, moisture or heat, and under the expected conditions of application. In this meaning, the material is said to be unstable if it can corrode, decompose, polymerize, burn or explode under the conditions of anticipated use or normal environmental conditions.

References

Physical chemistry
Materials science
Robopanda. Robopanda is a robotic interactive companion produced by WowWee. The Robopanda uses interchangeable cartridges that contain personalities, stories and songs, and is controlled directly by touch and sound sensors. Robopanda is labeled for use by children ages 9 and up.

Hardware 

8 motors
Sound sensor
Capacitive touch sensors
Tilt sensor
Safety/pinch sensors
Minipanda accessory with RFID tag
Two cartridges

The Robopanda is animated by 8 motors, controlling its arms, legs, head tilt, head rotate, eyebrows and ears. Touch sensors are located in hands, feet, head, belly and back. A tilt sensor is used to sense when Robopanda is lying down, leaning, or being carried. An RFID sensor in the belly is used to detect the presence of the minipanda accessory. Safety/pinch sensors in the armpits and back of neck will inhibit motion if triggered. Robopanda requires 6 x C and 4 x AA size batteries.

Modes 

Robopanda operates in three different modes controlled by a 3 way power switch: Training mode, Friend mode, or Menu mode. After 4 minutes without touch input, Robopanda will enter Sleep mode. The power/mode switch must be manually turned off and on again to exit Sleep mode. In Training mode, Robopanda will explain his various functions and sensors. Volume may also be adjusted while in Training mode by moving an arm (volume up) or leg (volume down). In Friend mode, Robopanda will converse, tell jokes and ask for touch stimulation. Robopanda will also recognize the minipanda accessory (with embedded RFID) when in Friend mode. Menu mode is broken down into 3 'settings' that are accessed by the touch sensors: touching a foot enters Free Roam setting; touching the belly enters the Games setting; touching a hand enters the Tricks setting; and touching a head sensor enters the Song/Story setting. The back touch sensor is used to return to the main menu of Menu mode.

Programming 
Robopanda can be 'programmed' by moving its arms and legs while in the Tricks setting of Training mode. Robopanda will then play back the sequence of movements; this is similar to the Puppet mode in other WowWee robots such as Robosapien v2. The program memory holds a limited number of movements, and the sequence of moves is retained in the cartridge only while it is inserted in Robopanda. The behavior of Robopanda can be changed by inserting a different personality cartridge.

External links 
RoboCommunity - The official WowWee Robotics 
Robopanda review on PC Mag 
Ongoing effort in Robopanda cartridge reverse engineering

Giant pandas in popular culture
Entertainment robots
Robotic animals
WowWee
Martin MO. 

The Martin MO was an American observation monoplane built by the Glenn L. Martin Company of Cleveland, Ohio for the United States Navy.

In the early 1920s the United States Navy became interested in a thick airfoil section, cantilever wing, United States military observation aircraft, developed by the Dutch company Fokker. The Navy's Bureau of Aeronautics designed a three-seat observation monoplane to use a similar wing. Production of the aircraft, designated the MO-1, was contracted to the Glenn L. Martin Company with an order for 36 aircraft. The MO-1 was a shoulder-wing cantilever monoplane with a slab-sided fuselage and a fixed tailwheel landing gear. It had an all-metal structure with a fabric covering, and was powered by a Curtiss D-12 engine. In 1924 one aircraft was fitted with float landing gear for evaluation.

Variants
MO-1
Production version for the United States Navy, 36 built.

Operators

United States Navy

Specifications (MO-1)

References
 John Andrade, U.S.Military Aircraft Designations and Serials since 1909, Midland Counties Publications, 1979,  (Page 204)
 The Illustrated Encyclopedia of Aircraft (Part Work 1982-1985), 1985, Orbis Publishing, Page 2419

External links

1920s United States military reconnaissance aircraft
Shoulder-wing aircraft
Single-engined tractor aircraft
Aircraft first flown in 1922
M1O
Single-engined piston aircraft
Aircraft with fixed conventional landing gear
Java Astrodynamics Toolkit. The Java Astrodynamics Toolkit (JAT) is an open-source library of software components for use in spaceflight applications written in Java or Matlab. It provides features useful when solving problems in astrodynamics, space mission design, and the navigation, guidance and control of spacecraft.

The software, used by NASA, is a major collaboration by the University of Texas Computer Science department for use by professional computer astronomers. As of 2008 it was one of the most advanced astronomical toolkits available.

See also 
 List of Java frameworks

References

External links
 

Java programming language family
Java development tools
Girish Wagh. Girish Wagh is currently the Executive Director of Tata Motors. He was previously leading the Commercial Vehicle Business Unit at Tata Motors. He earlier worked in the capacity of Sr. Vice President(Tata Small & Passenger Car Segment) & Head Project Planning and Program Management of Tata Motors. He is a key figure in the Tata Nano's project.

A mechanical engineer from the Maharashtra Institute of Technology, Wagh did a post-graduate programme in manufacturing from Mumbai B-school SP Jain Institute of Management and Research. At Tata Motors, he previously designed the Tata Ace mini truck. He is a native of Pune.

References

External links 
 Small Talk with Mr. Girish Wagh – Realizing the big "small car" dream 

Indian mechanical engineers
Living people
Year of birth missing (living people)
S. P. Jain Institute of Management and Research alumni
Businesspeople from Pune