Walking in the Electrical Engineering History

Paulo David Battaglin; gbarreto Unknown

Authors

Paulo David Battaglin
gbarreto Unknown

Keywords:

electrical engineering, history, fundamentals, engineering education

Abstract

This project presents some new contributions to the science evolution concerning the Electrical Engineering. The collaborations of this project have the task to disclosure key realities that point out benefits to human society, through the applications of Electricity and its teaching. Electricity has been latent in nature and human beings have discovered and developed its potential through millenniums. Electricity utilization by ancient civilizations in the beginnings, its basic knowledge development and applications, as well as the interconnection among Electricity's shapes in nature are true examples of that and are covered in this project. Electrical Engineering fundamentals have been some keystones to state of art. The Electrical Engineering's fundamentals are base for the state-of-the-art and the Electrical Engineering well endowed teaching has cooperated for a building-up of high level professional people. Indexterms : electrical engineering, history, fundamen-tals, engineering education.

Downloads

How to Cite

Walking in the Electrical Engineering History. (2013). Global Journal of Human-Social Science, 13(24), 19-25. https://socialscienceresearch.org/index.php/GJHSS/article/view/

Download Citation

References

Nasser Kaman (2004) The Parthian Battery: Electric Current 2,000 years ago? Fachzeitschrift des VINI. 168-203.

C. Jarvis (1960) An early electric Cell, Journal of the Institute of Electrical Engineers. 6, 356-357.

Joseph Needham, Wang Ling (1962) Science and Civilization in China. 4, 229-330.

Anne Locker (2006) Peter the Pilgrim. 4, 44-45.

Colin Ronan (1983) The Cambridge Illustrated History of the World's Science. 133-381.

Charles Gillespie (1970) Dictionary of Scientific Biography. 15, 480-490.

James Maxwell (1954) Treatise on Electricity and Magnetism. 1, 327-482.

P. Valivach (2009) Basic Stages of the History of Electrical Engineering and Possible Prospects for its Developments, Russian Electrical Engineering, Volume 80. 80(6), 350-358. https://doi.org/10.3103/s1068371209060121

P. Sydenham (1986) Handbook of Measurement Science. 1, 655-672.

Westinghouse Electric Corporation (1964) Electrical Transmission and Distribution Reference Book. 551-552.

H. Floyd Personnel Safety and Plant Reliability Considerations in the Selection and Use of Voltage Test Instruments. 33.

M. Kostenko, L. Piotrovsky (1977) Electrical Machines. 18-30.

Jose Carlos, T. Moraes - Organizador (2005) Anos de Engenharia no Brasil. 239-261.

James Brittain (2004) Brittain, Scanning Our Past-Electrical Engineering Hall of Fame: George Westinghouse, Proceedings of IEEE, Volume 92, Number. 8, 1347-1349.

Frederick Terman (1998) Terman - IEEE Fellow, A Brief History of Electrical Engineering Education, Proceedings of IEEE, Volume 86, Number. 8, 1792-1800.

J. Brooker Gaspar Monge and His Effect on Engineering Drawing and Technical Education. 34.

Xian Feng (2007) Electrical Engineering Faculty. 1.

Paulo David Battaglin, Gilmar Barreto (2010) Paulo David Battaglin, Gilmar Barreto; Contributions concerning the Beginnings, Present and Future of Electrical Engineering, Proceedings Of International Engineering Education Conference (IEEC 2010), pp.235-240, Antalya. 4-6.

Paulo David Battaglin, Gilmar Barreto (2010) Contribuições sobre a gênese da Engenharia elétrica.

Paulo David Battaglin, Gilmar Barreto (2012) Paulo David Battaglin, Gilmar Barreto; Revisiting the Electrical Engineering History and Education Proposals, Revista Brasileira da Historia da Matematica, Volume 11, Number. 22, 85-96.