We offer fundamental trainings across different disciplines to prepare students to take on the challenge of the next century in the discovery and innovation of integrated circuits and systems.

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Mission

MICS.
Microelectronics Thrust

Microelectronics Thrust is committed to pushing the boundaries across various disciplines, fostering cross-fusion and breakthroughs in core technologies, and breaking down barriers between them. We’re dedicated to nurturing exceptional talents with a robust foundation in basic theory, the capability to identify and solve scientific problems, the courage to innovate and explore, and a global perspective. Looking forward, we closely align with the needs of our country and industry, continuously enhancing our research capabilities, promoting the transformation of our achievements, fostering innovation and collaboration, and consistently maintaining a leading position in the advancement of microelectronic technology. Our ultimate goal is to establish ourselves as a global leader in education and research.

Brief Introduction

Through our advanced international courses, pioneering research, and collaborations with industry, Microelectronics Thrust is committed to nurturing the next generation of innovators, researchers, and experts in the field. Our research encompasses a broad spectrum of areas, offering students the opportunity to participate in cutting-edge research in device and fabrication, circuit design, chip architecture and systems, and electronic design automation. Our faculty comprises distinguished professors from the Hong Kong University of Science and Technology, as well as top academics recruited from leading institutions worldwide, in accordance with international academic standards and practices. Currently, Microelectronics Thrust has established state-of-the-art facilities, including the Novel IC Exploration Facility, Nanosystem Fabrication Facility, Materials Characterization and Preparation Facility, Central Research and Education Software Tools, and EDA research center, forming a comprehensive research and teaching system spanning materials, devices, processes, design, packaging, testing, and systems.

Cross-Disciplinary Focus Areas

  • Computer Architecture and System
  • Circuits Technology
  • Electronic Design Automation
  • Device and Fabrication

Future Career Pathways

Integrated circuits and systems are a cornerstone of Information Age, and the Microelectronics programs train professionals in related area. Professionals graduated from these programs can become scholars to study and teach microelectronics in any engineering school in the world. Many graduates can carry out research and development activities at industrial research labs. Most graduated professionals will become engineers and managers to design and implement related products at both regional and international companies. Some graduates may establish startup companies as microelectronics is a hotspot for venture capitals.