omniomni/omni-engineering huggingface dataset:
Robert Nunnemacher. Robert Nunnemacher (April 7, 1854 – March 8, 1912) was a member of one of Milwaukee's pioneer families of Swiss origin. In the 1890s through the turn of the century, Mr. Nunnemacher was among the most successful businessmen in America, expanding on his father's (Jacob Nunnemacher) business empire. Robert Nunnemacher is best known for the system of malting drum he developed. It involved a rotating drum and humidified air between a central duct, and other periphery ducts to condition germinating grain.

He was president and secretary of the Kraus Merkel Malting company of Milwaukee, and then went on to be founder and president of the Galland Henning Pneumatic Malting Drum Manufacturing Company of Milwaukee, Wisconsin, known today as Galland Henning Nopak, Inc. The company name stemmed from Mr. Nunnemacher's acquisition of the American manufacturing rights to equipment that originated from Nicholas Galland, a Frenchman, and a German named Julius Henning. Now in its 137th year of operation, the company remains family-owned and professionally-managed with fourth-generation family member Heath A. Nunnemacher, a Family Business Magazine "NextGen to Watch", serving as Executive Chairman. Heath Nunnemacher is also employed as Vice President of Global Electronics Sourcing with Techtronic Industries, the world's largest cordless leader in power tool and floorcare products.

Robert Nunnemacher was a member of the board of directors for First National Bank, the Milwaukee Mechanic's Insurance Company, the Prospect Hill Land Company, and board of trustees of the Milwaukee Public Museum. He was also affiliated with the Merchants Exchange Bank and the American Malting Company in the 1890s.

He died in Milwaukee on March 8, 1912.

Mining 
Nunnemacher purchased Milwaukee and Superior Mining Company at a sheriff sale which was located in the Gogebic Range.

He was director of Twin Buttes Mining and Smelting located in Twin Buttes, Arizona.

Residences of historical and architectural significance 
His Milwaukee residence was located at 2409 N. Wahl Avenue in 1906. It was in a symmetrical Jacobethan style, brick with stone quoins designed by Alexander C. Eschweiler and was added to the NRHP in 2000.

The Nunnemacher Summer Clubhouse was in Pauline's Woods on Pine Lake, which is in Chenequa, Wisconsin.

References

External links 
 Galland Henning Nopak, Inc.

Businesspeople from Milwaukee
1854 births
1912 deaths
19th-century American businesspeople
Gerard Vaughan (Australian politician). Gerard Marshall Vaughan (born 1 December 1946) is a former Australian politician.

He was born in Glen Huntly to David Arthur Vaughan and Mary Therese, née Russell. He attended state and Catholic schools and received an Associate Diploma of Chemical Engineering from the Royal Melbourne Institute of Technology in 1966. He worked as a chemical engineer with Australian Portland Cement Ltd. from 1967 to 1968, when he received a Bachelor of Education (Honours) from Monash University, followed by a Master of Engineering Science in 1971. He received a Diploma of Education from the State College of Victoria in 1973 and a PhD from Monash University in 1978. From 1968 to 1972 he was a research student and tutor in Monash University's Chemical Engineering Department, becoming a lecturer at Swinburne University of Technology in 1975. From 1977 to 1979 he was a research scientist with CSIRO's Mineral Engineering Division.

A Labor Party member since 1971, he ran unsuccessfully for the Victorian Legislative Assembly seat of Glenhuntly in 1976 but won the seat in 1979. He transferred to Clayton in 1985 following Glenhuntly's abolition. He served on a number of committees but was never promoted from the backbench, and he lost preselection to Hong Lim in 1996.

References

1946 births
Living people
Australian Labor Party members of the Parliament of Victoria
Members of the Victorian Legislative Assembly
RMIT University alumni
Australian chemical engineers
Monash University alumni
People from Glen Huntly, Victoria
Politicians from Melbourne
Scientists from Melbourne
CSIRO people
20th-century Australian scientists
20th-century Australian politicians
Per Michael Johansen. Per Michael Johansen (born 1960) is a Danish engineer and physicist and the current rector of Aalborg University (AAU).

Early life 

Johansen was born in 1960 in the small holiday and fishing village Agger in the Thy district, which is located in the northwestern part of Jutland in Denmark. He graduated from high school in Thisted in 1980. He subsequently studied Technical Physics (Engineering) at Aalborg University and holds a master's degree within this particular field which he was awarded in 1986. In addition to his master's degree he also holds a PhD (awarded in 1989) and a title of Doctor of Science in physics (awarded in 2001).

Academic career  

After graduating his PhD, Johansen first worked at Aalborg University (AAU) for a short period at the Department of Physics. Later, he was employed as a researcher at Risø DTU National Laboratory for Sustainable Energy for a number of years. In 2005, he became Director of Svendborg International Maritime Academy. After his job as director, he became the Dean of the Faculty of Engineering at the University of Southern Denmark for seven years. In 2014, he took over the title and job as rector at Aalborg University (AAU) from his predecessor Finn Kjærsdam.

References 

Living people
Academic staff of Aalborg University
1960 births
Aalborg University alumni
Academic staff of the University of Southern Denmark
Lee and Lowry Hall. Lee and Lowry Hall, originally known as the Structural Science Building, is a historic academic building located on the campus of Clemson University, Clemson, Pickens County, South Carolina.  It was designed by Harlan Ewart McClure, Dean of the College of Architecture, and completed in 1958.  It consists of three building elements that enclose two courtyards: the Civil Engineering Wing, the Mechanical Engineering Laboratories, and the Architecture Wing.  The buildings are in the International Style.

It was listed on the National Register of Historic Places in 2010.

References 

Clemson University campus
University and college buildings on the National Register of Historic Places in South Carolina
Buildings and structures completed in 1958
National Register of Historic Places in Pickens County, South Carolina
Adana Alparslan Türkeş University of Science and Technology. Adana Science and Technology University (Adana STU) or in Turkish: Adana Bilim ve Teknoloji Üniversitesi (Adana BTU), is a public university located in Adana, Turkey.

The university is focused on both scientific research and education in engineering and natural sciences.

References

External links

Universities and colleges in Turkey
Education in Adana
State universities and colleges in Turkey
Buildings and structures in Adana
Universities and colleges established in 2011
2011 establishments in Turkey
Workerbot. The workerbot is a trademark, which was developed by the pi4 robotics GmbH to describe an industrial robot, which was modeled with its possibilities of movement and its sensory abilities of a human.

The industrial robot has two arms with seven degrees of freedom. In the arms of force sensors are integrated, enabling the robot to work while the forces occurring measure and similar to humans the gripping process or machining processes to adapt to the forces occurring accordingly. The robot is also equipped with cameras that it can detect its environment and react to it. This industrial robot has been developed within the EU funded project PISA (Flexible Assembly Systems through Workplace-Sharing and Time-Sharing Human-Machine Cooperation). The project consortium consists of the lead company pi4_robotics GmbH and the Fraunhofer IPK, the Universidad Politécnica de Madrid and the company EICAS Automazione S.p.A. .

The aim is to enable the use of highly flexible industrial robots manufacturing companies within the European Union cost production and to prevent the migration to low-wage countries. The workerbot is still the first operative humanoid factory worker worldwide that can be acquired by purchase. In context with the workerbot there is the first webshop for humanoid robots.

References

',';

External links 

 pi4_robotics: The official homepage of workerbot
 pi4_robotics: Video of workerbot
 Deutschen Patent- und Markenamt: Registerauskunft zur Marke "workerbot"
 FP6-Rahmenprogramm der EU: PISA Projekt
 FP6-Rahmenprogramm der EU: PISA-Projekt Sub Project 2 - Time Sharing Intelligent Assist Systems
 Europäische Kommission: CORDIS Informationsdienst Nationale F&E
 Awards / Prizes: The workerbot of pi4_robotics won the MM Award 2010 at the fair Automatica
 Awards / Prizes: The workerbot of pi4_robotics is a finalist in the euRobotics Technology Transfer Award 2011
 Zeitschrift VDMA Nachrichten 02-2011: Robotik Neue Ära der flexiblen Automation
 Zeitschrift Blechnet 07-2012: Zweiarmige Roboter stehen für neue Anwendungen bereit

 
American inventions
Packaging machinery
Flamelet generated manifold. Flamelet-Generated Manifold (FGM) is a combustion chemistry reduction technique. The approach of FGM is based on the idea that the most important aspects of the internal structure of the flame front should be taken into account. In this view, a low-dimensional chemical manifold is created on the basis of one-dimensional flame structures, including nearly all of the transport and chemical phenomena as observed in three-dimensional flames. In addition, the progress of the flame is generally described by transport equations for a limited number of control variables.

See also
 Combustion models for CFD

References

Further reading
 

Combustion
James Oldham. James Oldham (23 June 1801 – 10 June 1890) was a British civil engineer, involved in the reclamation of Sunk Island in the East Riding of Yorkshire, as well as a number of dock and other civil engineering schemes in and around Kingston upon Hull.

Biography 

James Oldham was born in Kingston upon Hull, England, on 23 June 1801. At the age of 14, he went to sea, spending time on ships in the Baltic; however, the life of a seaman prove too much for him and he later returned to England, and joined his father, a millwright, as apprentice, learning mechanical engineering.

One of Oldham's first contracts for was for the upgrade of the North Bridge on the River Hull in 1832, for the Hull Corporation, on which he acted as superintending engineer.

In 1835, he prepared a plan for the conversion of the Old Harbour, Hull, in 1835, a design for a West Dock for Thomas Thompson, published in 1836; and a plan for a dock in the east of Hull for the Queen's Dock Company in 1838. He also was engineer for a number of proposed railways : the Hull and Gainsborough (New Holland to Gainsborough) of 1844, the 1845 Hull and Barnsley Junction scheme, the 1866 Hull and West Yorkshire and Lancashire, and the 1884 Hull and Lincoln railway. He also was an engineer on the Hull and Leeds (1835) (Hull to Selby), and Hull and Hornsea Railways.

In 1850, he was employed by the Commissioners of Woods and Forests to reclaim the land a Sunk Island on the north bank of the Humber Estuary, and undertook surveys for reclamation of a larger area to the east of . In 1874, he entered into partnership with George Bohn; the firm acted under James Abernethy during the construction of the Alexandra Dock of the Hull and Barnsley Railway in the 1880s.

Oldhan was a founder of the Hull Mechanic's Institute, and a regular and reliable witness to Committees of the Houses of Parliament.

He died on 10 June 1890, of congestion of the lungs.

Published works

References

Sources 

 
 
 

1801 births
1890 deaths
British civil engineers
Engineers from Kingston upon Hull
Institution of Civil Engineers
Future technology. Future technology-related topics include:

 Emerging technologies, technologies that are perceived as capable of changing the status quo
 Futures studies (also called futurology), the study of postulating possible, probable, and preferable futures and the worldviews and myths that underlie them
 Hypothetical technology, technology that does not exist yet, but that could exist in the future
 Technology forecasting, attempts to predict the future characteristics of useful technological machines, procedures or techniques

Broad-concept articles
Technology
Hypothetical technology
MultiMechanics. MultiMechanics is a software company based in Omaha, NE.  Their flagship product, MultiMech, is a multiscale finite element simulation package used for the structural analysis of advanced materials.

The company was founded in 2010 by Flavio Souza and Leandro Castro.

MultiMechanics is part of the Altair Hyperworks Partner Alliance, the Ansys App Store, and the Dassault Systèmes Partner Program.  The company was named the DesktopEngineering.com "Pick of the Week" in 2016 and the Nebraska Business Development Center’s Technology Company of the Year in 2011.

References 

American companies established in 2010
Companies based in Omaha, Nebraska
2010 establishments in Nebraska
Knowledge acquisition. Knowledge acquisition is the process used to define the rules and ontologies required for a knowledge-based system. The phrase was first used in conjunction with expert systems to describe the initial tasks associated with developing an expert system, namely finding and interviewing domain experts and capturing their knowledge via rules, objects, and frame-based ontologies. 

Expert systems were one of the first successful applications of artificial intelligence technology to real world business problems. Researchers at Stanford and other AI laboratories worked with doctors and other highly skilled experts to develop systems that could automate complex tasks such as medical diagnosis. Until this point computers had mostly been used to automate highly data intensive tasks but not for complex reasoning. Technologies such as inference engines allowed developers for the first time to tackle more complex problems. 

As expert systems scaled up from demonstration prototypes to industrial strength applications it was soon realized that the acquisition of domain expert knowledge was one of if not the most critical task in the knowledge engineering process. This knowledge acquisition process became an intense area of research on its own. One of the earlier works on the topic used Batesonian theories of learning to guide the process.

One approach to knowledge acquisition investigated was to use natural language parsing and generation to facilitate knowledge acquisition. Natural language parsing could be performed on manuals and other expert documents and an initial first pass at the rules and objects could be developed automatically. Text generation was also extremely useful in generating explanations for system behavior. This greatly facilitated the development and maintenance of expert systems.

A more recent approach to knowledge acquisition is a re-use based approach. Knowledge can be developed in ontologies that conform to standards such as the Web Ontology Language (OWL). In this way knowledge can be standardized and shared across a broad community of knowledge workers. One example domain where this approach has been successful is bioinformatics.

See also

References
8. Informatika.web.id "Akuisisi Pengetahuan (Knowledge Acquisition) Sistem Pakar"
Knowledge economy
Knowledge sharing
Expert systems
Warden Energy Centre. Warden Energy Centre is a power station owned by Markham District Energy Incorporated situated at the northwest corner of Warden Avenue and Highway 407 in Markham, Ontario, Canada. The 5.2 MW CHP plant uses natural gas to power 2 Caterpillar G3612 natural gas driven reciprocating
engine generator.

The combined heating power plant, an 8.5MW CHP, first opened in 2000 with a 12 MW heating capacity and 40MW hot water thermal storage. The additional CHP plant opened in 2008 is a small building attached to the former Markham Hydro head office building (now Administration Centre for Markham Fire & Emergency Services).

The Warden plant is one of three power plants supply energy for MDE:

 Bur Oak Energy Centre - 3.25 MW CHP opened in 2014
 Birchmount Energy Centre - 2.6 MW CHP with 10 MW heating capacity opened in 2010 at Birchmount Road and Highway 407

Description
The plant consists of:
  two Caterpillar G3612 natural gas driven reciprocating engines

References

Natural gas-fired power stations in Ontario
George Ranken (soldier). George Ranken (4 January 1828 – 28 February 1856) was a British soldier and author. A major in the Royal Engineers, he was known for his service in the Crimean War and travel writing.

References

1828 births
1856 deaths
Royal Engineers officers
British travel writers
Place of birth missing
Place of death missing
British Army personnel of the American Revolutionary War
Accidental deaths in Ukraine
Meja Thermal Power Station. Meja Thermal Power Station is an upcoming coal-based thermal power plant located in Meja Tehsil in Prayagraj district, Uttar Pradesh. The power plant is owned by the Meja Urja Nigam Private Limited (MUNPL) a joint venture between NTPC Limited and Uttar Pradesh Rajya Vidyut Utpadan Nigam.
The planned capacity of the power plant is 1320 MW (2x660MW). Meja Thermal Power Station is an upcoming coal-based thermal power plant located in Meja Tehsil in Allahabad district, Uttar Pradesh.

Capacity
The planned capacity of the power plant is 1320 MW (2x660MW).

Future expansion
The state government decided in July 2014 to add two more units of 660 MW to the power plant as part second stage of the project. But work on the same is yet to start.

References
 http://mejantpc.com

Coal-fired power stations in Uttar Pradesh
Prayagraj district
2018 establishments in Uttar Pradesh
Energy infrastructure completed in 2018
DamNation. DamNation is a 2014 documentary directed by Ben Knight and Travis Rummel. It is an advocacy documentary film about the changing attitudes in the United States concerning the large system of dams in the country. The film follows the Restoration of the Elwha River, as well as a variety of other Dam removal efforts 

The film was produced by Patagonia, Inc., and released on March 10, 2014.  Blu-ray and DVD versions were also released in 2014.

The film takes an explicit point of view in support of the emerging environmental strategy of dam removal as a way to restore river ecosystems.

Awards
 "Documentary Spotlight" (audience award) at South by Southwest (SXSW Film Festival), 2014 
 Winner, 2014 "Documentary Award for Environmental Advocacy," Environmental Film Festival in the Nation's Capital.

References

External links
 Full film, made freely public by Patagonia, April 2020.
 
 
 
 Review in The New York Times by Nicolas Rapold: https://www.nytimes.com/2014/05/09/movies/damnation-a-documentary-wants-nature-left-alone.html
 Interview with Stoecker and Knight: https://archive.today/20140711095510/http://www.wcsh6.com/video/3548225139001/49743021001/DamNation-Documentary

Documentary films about hydroelectricity
2014 films
2014 in the environment
2014 documentary films
American documentary films
Dam controversies
2010s English-language films
2010s American films
English-language documentary films
Lalitpur Thermal Power Station. Lalitpur Power Generation Company Limited  is a coal-based thermal power plant located in Mahroni Tehsil in Lalitpur district, Uttar Pradesh. The power plant is owned by Bajaj Hindusthan Limited. Bharat Heavy Electricals is executing the project.

Capacity
The planned capacity of the power plant in 1980 MW.

References

Coal-fired power stations in Uttar Pradesh
Lalitpur district, India
2015 establishments in Uttar Pradesh
Energy infrastructure completed in 2015
Louis Jean Baptiste Bergeron. Louis Jean Baptiste Bergeron (10 March 1876 – 23 February 1948) was a French entrepreneur, engineer and inventor.

Bergeron was born in Lagnieu. In 1900, he started work as an electrical engineer and made a career in the Farcot company in St Ouen, a factory specializing in steam engines and high-power electrical machines. In 1918, he co-founded the company Beaudrey-Bergeron with Beaudrey. Following an amicable split with Beaudrey, the company was renamed Bergeron S.A., which is now a part of  Alstom.

He is remembered for his practical, mathematical methodology approach to studying water hammer in hydraulic pipe systems, which he also showed to be useful in the study of electromagnetic voltage/current surges in electricity systems. His last work," From water hammer in hydraulics to lightning surges in electricity," published posthumously, became a reference work in electrical engineering.

In electrical engineering, application of so-called "Bergeron equations" allows the calculation of travelling wave phenomena in "long" conductors using numerical analysis. Hermann W. Dommel used these "Bergeron equations" in the EMTP (electromagnetic transient program) software in the late 1960s.

See also 
Bergeron diagram

References 

1876 births
1948 deaths
People from Lagnieu
French electrical engineers
20th-century French inventors
20th-century French businesspeople
Place of death missing
CodeCamp. Kainos CodeCamp is an initiative established by Kainos on 22 July 2013 which runs in various locations across the United Kingdom. The aim of CodeCamp is to give young people a real-life view of software development, improve their computing skills and inspire them to pursue a career in IT. Practical sessions, named "Breakouts", are run by mentors during the camp to teach attendees about different topics in computing.

At the end of the two-week training and app building period, each attendee's app is reviewed by a judging panel. Selected attendees are required to create a short presentation for the panel on their app and present their solution for judging. Prizes are awarded to the best apps in selected categories.

As well as CodeCamp, CodeShow is held in various locations across the UK to keep students and teaching staff up-to-date on the IT industry and to provide talks and practical sessions on a variety of computing topics.

References

External links
 Kainos CodeCamp

See also
 Code Camp

Conferences in the United Kingdom
Meetings
Deep Space Network (disambiguation). A Deep Space Network is a communication network that supports interplanetary spacecraft missions; several instances exist, such as:
 NASA Deep Space Network, a worldwide network of large antennas and communication facilities, located in the United States (California), Spain (Madrid), and Australia (Canberra), that supports interplanetary spacecraft missions
 Chinese Deep Space Network, a network of large antennas and communication facilities that supports the lunar and interplanetary spacecraft missions of China
 European Deep Space Network
 Japanese Deep Space Network
 Indian Deep Space Network, an Indian network of large antennas and communication facilities that supports the interplanetary spacecraft missions of India
 Russian Deep Space Network, a Russian managed network of large antennas and communication facilities that supports interplanetary spacecraft missions, and radio and radar astronomy observations for the exploration of the solar system and the universe