to perform a massive exploitation of the technology (MEMS) and to realise the unexploited
Skills
have a hands-on-expereince in various segments related to MEMS component development
Qualifications
PAPERS AND PATENTS: 1. Proposal of innovative designs and concepts for patents: i)" Multi-Axial Sensor for Determining Displacement, Velocity and Acceleration of A Linear or Angular Movement" holding the Publication no: WO/2009/013666 published on 29.01.2009 ii) "Comprehensive High Aspect- ratio Micro-structure fabrication Procedure using SU-8/nano-composite polymers (CHAMPS)" - United States Patent Application US Provisional Application No.: 61/390,222 filed on October 6, 2010.
1. Electrostatically driven Resonator with Improved Temperature Stability at DTIP'06, Stresa, Italy. 2. Fabrication of Silicon Carriers with TSV Electrical Interconnections and Embedded Thermal Solutions for High Power 3-D Package - A journal paper published on IEEE Trans. on Components & Packaging technologies
WORK EXPERIENCE: 1. Product Engineer in ST Microelectronics Asia Pacific for process and NPD in microfluidic division 1. Research Engineer in NUS working on Nano-lubrication for MEMS/NEMS and micro devices. 2. Research Associate in NTU for developing Tactile sensors for Non-vision Robotic Sensors for Real-time non-invasion sensory feedback during minimally-invasive surgery. 3. Research Associate in NTU worked on 3D packaging and Hermetic sealing (WLP) in order to provide liquid cooling solution for 3D stacked silicon modules. 4. MEMS research engineer(stagiaire) in Philips semiconductors carried out research work on MEMS Resonators for replacing RTC oscillator and capacitive 3D Accelerometers. 5. Vendor Development Engineer in Hindustan Motors Limited - CCP.
EDUCATIONAL QUALIFICATIONS: M.Sc (Micro Electro Mechanical Systems), Nanyang Technological University, Singapore in collaboration with ESIEE, France. B.Eng (Mechanical Engineering), University of Madras, India
RESEARCH PROJECTS: 1. Electrostatically driven Resonator with Improved temperature Stability at Philips Semiconductors. 2. Electrostatically driven resonator working at 10 MHz, at ESIEE, Paris. 3. Design of a Bio-chip for DNA separation - Bio-MEMS lab, NTU, Singapore. 4. Reduction of Effort on Accelerator Pedal, under Corporate Quality Engineering department, Ashok Leyland Ltd., India.