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2019 Curriculum of PhD in Electronic Engineering
Program / Courses

The Department of Electronic Engineering at STUST has 32 full time faculty members (91% of faculty members have Ph.D. degree and 71% of them own industry working experience) in 4 research areas: IC Design, Networks and Communications, System Applications, and Micro-electronics. The present key research themes are on the development of

  1. IC Design: Circuits design, PCB layout, IC chip design flow, and IC chips tape-out and testing.
  2. Networks and Communications: Wireless Communications, RF circuit design, Antenna and Microwave Engineering, IoT (internet of thing), AIoT, RFID and Cognitive radio system (CR system).
  3. System Applications: Machine learning and network function design, Embedded system design and applications, Micro-controller application, Vehicular Electronics application, and Unmanned Aircraft System (UAS) application.
  4. Micro-electronics: Green electronics, Optical electronics, Display electronics, Electronic ceramics, and Thin films.

The Department of Electronic Engineering was 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. 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.

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 impacts to human serve as a main theme of our graduate programs.

In the Department of Electronic Engineering at STUT, we start to offer the English taught program for Ph.D. degree in 2019 Fall.

The ongoing projects in our departing are listed as follows.

  1. Development of the Next-Generation Internet of Vehicles Communication System for Driving Safety.
  2. Research and Implementation of an Intelligent Hairy Scalp/Skin Inspection System for Beauty and Hairdressing Industry.
  3. Artificial Intelligence over Internet of Things Technologies Research Alliance (AIoTA)
  4. Artificial Intelligence over Internet of Things Applied (AIoT) Research Center.
  5. Development of an AI-based 3D Human Posture Capture and Tracking System for Fall Risk and Rehabilitation Effect Assessments.
  6. Lead-Free Micro-Pressure Sensor Array System for Wafer Level Probe Card Detection Applications
  7. Analysis on Automotive Cyber Security (Detection and Prevention); The CANopen standard based Hardware/Software Development for Industry Automation; Hardware/Software Design for Automotive On-Board Diagnosis (OBDII) System; SAE J1939 based Diagnosis System Design for Heavy Duty Vehicles; Blockchain/AI Based Analysis of Driver Behaviors; Automotive CAN/LIN Bus Controller/Transceiver Chip Design