The Department of Electrical Engineering

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     The Department of Electrical Engineering at STUST has 36 full time faculty members in 3 research groups: Control and IC Design, Power and Information and Biomedical Electronics. The current enrollment is 1369; among them, 31 are pursuing Ph.D., 47 are working towards Master's degree. The present key research themes are on the development of

  1. Intelligent Robots and Assistive Devices
  2. Artificial Intelligence and Internet of Things
  3. Renewable Energy and Smart Grid
  4. Innovative Medical Device Designs

Our department was also accredited by The Institute of Engineering Education Taiwan (IEET), the Taiwanese counterpart of ABET of the United States. IEET is also a Signatory of the Washington Accord. The Department of Electrical Engineering was also accredited by The Taiwan Assessment and Evaluation Association in 2005 and 2009, respectively, and was rated Class One (the highest rating attainable) in both accreditations before the Ministry Of Education of Taiwan (MOE) officially recognized IEET accreditation as equivalent.
Transmission and Scanning electron microscopes
        In this department, we emphasize hands-on experiences and collaborations with the industry in addition to the conventional classroom learning. Constant reflections on the research contents and their meaning in terms of values of innovation, contributions to the industry and the impacts to human guided the development of our graduate programs.
        At present, the Department of Electrical Engineering at STUT features two English taught programs for Master's and Ph.D. degrees, respectively. These two programs were both rated as “Highly Recommended” by an accreditation performed by Higher Education Evaluation and Accreditation Council of Taiwan on behalf of the MOE of Taiwan in 2011, before MOE recognize IEET accreditation results. Our international graduate students actively participate in our funded research projects with great performances.
A novel modified-bridge circuit with master-slave input supply mechanism for Ozone-Driven System developed in the Department of Electrical Engineering.