Research

Micro Systems Technology

Micro/Nano Systems Initiative Technology (MNSI) is an exciting new discipline which is revolutionizing industry through the introduction of functional systems that are micro-sized, high-precision and of low unit cost. Multi-disciplinary expertise is called for as MST encompasses many aspects of technical physics, including microelectronics, mechanics, chemistry, biology, materials, optics and computer science.

Advanced Materials Engineering

Materials science and engineering has been at the fore-front of any technological development. The department supports a number cutting-edge researches in areas of new materials and their mechanical property characterizations. Materials under development include nano-structured materials, composites, metastable and nano-lubricant materials. These researches will have strong impact in the development of new technologies such as MEMS, nanotechnology, biomaterials and electronics packaging. The department is also part of a faculty level Materials Engineering Initiative.

Biomedical Engineering
	The department conducts active research in the areas of biomaterial, biomechanics, tissue-engineering, biosensors and medical devices. Members in the department have close research collaboration with the Bioengineering Division.

Laboratories

	Fabrication Support Center		Control & Mechatronics		Dynamics		Fluid Mechanics
	Impact Mechanics		Manufacturing		Materials		Experimental Mechanics
	Energy and Bio-Thermal Systems		Neurosensors		Nano - machining

Associated Laboratories

Nano - Bioengineering

Nano - Biomechanics

Research Centers

Advanced Computations in Engineering Science	Centre for Biomedical Materials Applications & Technology	Lab for Concurrent Engineering and Logistics
	Nano-Wafer Level Packaging Program