Materials and Mineral Resources Engineering Hall, room #412
Research Areas
bio-compatible stimulating electrodes; metals and metal oxide energy materials; electro-plating and surface processing technology; functional alloy nanomaterials.
Materials and Mineral Resources Engineering Hall, room #507-2
Research Areas
Electronic materials and devices; thermoelectric materials and modules; semiconductor processing; thin film processing and analyses; simulation of thermodynamics and kinetics of materials.
Materials and Mineral Resources Engineering Hall, room #403
Research Areas
Development of next generation energy materials; optoelectronics; development and growth of high quality graphene and other 2-dimensional materials; application of 2-dimensional materials in energy, optoelectronics and biomedical devices.
Flexible Materials for Wearable Technology and Barrier Coating, Development and Application of Infrared Technology and its Materials, Semiconductor Process and Microelectronic Packaging, Bio-Medical Materials& BioMEMS, Techniques for Nanomaterial Manufacturing
CO2 capture and utilization，Thin film deposition and etching，Cocrystal design and characterization，Machine learning，Molecular simulation for energy material design
Intelligent energy-saving control technique, Constant frequency and stepless frequency conversion energy-saving control technology, Supercritical carbon dioxide electroplating technology applied to semiconductor 3D IC process, Respiratory displacement compensation system for radiation tumor treatment, Semiconductor packaging process, Semiconductor packaging, testing and probe process development, Novel dental treatment chair development, Development of laptop hinge mechanism
Clean Room and Controlled Environment Air Conditioning and Pollution Control, Sustainable Building Environment Design, Indoor Air Quality, Energy Saving Technology, Heat Recovery Technology
Application and design using intelligent materials, electroplating for surface modification, localized electrochemical deposition,electrode material preparation for hydrogen evolution reaction, computer-aided analysis of engineering and composite structures
Intelligent energy-saving control technique, Constant frequency and stepless frequency conversion energy-saving control technology, Supercritical carbon dioxide electroplating technology applied to semiconductor 3D IC process, Respiratory displacement compensation system for radiation tumor treatment, Semiconductor packaging process, Semiconductor packaging, testing and probe process development, Novel dental treatment chair development, Development of laptop hinge mechanism
Integration of Opto-Electro-Mechanical System, Nano/Micro fabrication t techniques, Thermal design and measurement technique of semiconductor devices, Packaging of optoelectronic devices, Microscale heat and flow engineering.
Application and design using intelligent materials, electroplating for surface modification, localized electrochemical deposition,electrode material preparation for hydrogen evolution reaction, computer-aided analysis of engineering and composite structures
