Research Themes
Electronic Science & Technology
- Microelectronics & ASIC Design
- Nano-Electronic Devices
- Intelligent Sensing & IoT
- Machine Learning Hardware
- Embedded Systems
Research
Innovation Without Boundaries
Discoveries and innovations that shape the future of information and aerospace technologies.
Research that Matters
Driven by curiosity and innovation, the College of Future Information Technology advances research focused on solving real-world technological and global challenges. Our faculty work across interdisciplinary research areas including space systems and information technologies, photonic devices and systems, next-generation communications, and terahertz science.
From high-resolution remote sensing and satellite systems to embodied AI and ultra-fast terahertz imaging, our research is designed to create practical impact beyond the laboratory. By supporting close collaboration between researchers, industry, and emerging technologies, we foster an environment where scientific discovery leads to meaningful innovation and solutions that improve everyday life.
By the numbers
3
Research Departments
50+
Research Centres and Labs
141+
Faculty Researchers
100+
Annual Publications
50+ active research projects
Electronic Science & Technology
Our researchers develop next-generation semiconductor, sensing, and intelligent systems and technologies that support the future of computing, communications, and smart devices. By combining foundational research with practical innovation, the department helps transform emerging scientific discoveries into technologies with real-world impact.
CAS Academician supervision
Optical Science & Engineering
From "Chasing Light" to "Harnessing Light," our photonics researchers are advancing global innovation in laser technology, optical communications, and light-matter interaction through the Academician-led Photon Plan.
Research Themes
Optical Science & Engineering
- Photon Theory & Modelling
- Advanced Light Sources
- Optical Fibre Systems
- Laser Physics & Engineering
- Photovoltaics & Energy
National-level terahertz platform
Information & Communications Engineering
Advancing next-generation terahertz technologies, 6G wireless systems, and space communications, our researchers are helping shape the future of global connectivity — from deep-space networks to everyday mobile communication.
Research Themes
Information & Communications Engineering
- Terahertz Systems & Devices
- 6G & Beyond Wireless
- Space Information Systems
- Satellite Communications
- Network Intelligence & AI
Labs & Facilities
From a flagship multi-disciplinary building to a rooftop satellite ground station, our facilities are designed to support world-class research across the College.
Main Building
The Hub
Our purpose-built home on Jiangwan Campus, hosting teaching laboratories, departmental offices, and shared research infrastructure across electronic, photonic, and communications engineering.
Satellite Ground Station
The Eye
A rooftop satellite ground station supporting research in space information technology, optical remote sensing, and satellite communications — one of the College’s major research hubs.
Other Public Facilities
Beyond
Shared clean rooms, fabrication suites, computational platforms, and specialised measurement facilities — open to researchers across departments and to external collaborators.
Collaborations
Collaborations
We work with leading universities, research institutes, and industry partners worldwide. Joint laboratories, internship bases, and co-supervised research projects bridge fundamental discovery with real-world application.
Industry
Joint laboratories and innovation programmes with technology leaders.
Academia
Joint degrees and visiting researcher schemes with global universities.
Research Institutes
Co-developed national platforms with CAS and other institutes.
Infrastructure
World-Class Research Infrastructure
State-of-the-art laboratories, fabrication facilities, and computational platforms — from micro- and nano-scale clean rooms to advanced terahertz measurement systems.
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