Title :
Disruptive engineering training and education based on the Internet of Things
Author :
Kane, Patrick ; Duda, M. ; Farrell, Stephanie ; Jeffords, Jason ; Kimsey, Thomas ; Rucinski, Andrzej ; Simon, Marc ; Jiawei Zhong
Author_Institution :
Cypress Semicond., San Jose, CA, USA
Abstract :
Disruptive technology [Christensen, 1995], engineering training, and education experiments are described, compared, and evaluated. The experiments have been derived using two innovative drivers: (1) the Internet of Things [Ashton, 1999]; and (2) Service Science [Spohrer, 2008]. The presented training and education platforms offer a low cost solution facilitating education for both teachers and students from anywhere to anywhere at any time. An IOT based computer prototype is developed and verified in both training and education settings. IOT access allows access to lab and libraries fundamental for the roadmap toward certification and accreditation. Quality Assurance is employed.
Keywords :
Internet of Things; computer based training; educational technology; engineering education; quality assurance; IOT; Internet of Things; computer prototype; disruptive engineering training; disruptive technology; education; quality assurance; Accreditation; Conferences; Educational institutions; Field programmable gate arrays; Internet; Training; Internet of Things; Quality Assurance; disruptive innovation; eLearnng; engineering online; global engineering; microelectronics; on line engineering; technology;
Conference_Titel :
Teaching, Assessment and Learning for Engineering (TALE), 2013 IEEE International Conference on
Conference_Location :
Bali
DOI :
10.1109/TALE.2013.6654514