Viraja Sharma

Technical documentation of MEMS Sensor characteristics. Building knowledge database, gathering relavent content from respective stakeholders.

Master Student in the field of Sensor Development : Design and Assembly of a Tool to apply conical and cylindrical bending on a MEMS pressure sensor • Design and Simulation of bending of MEMS Pressure sensor • Validation of the simulated bending behaviour with topology measurements • Electrical Characterization and Analysis of bending of MEMS Pressure Sensor

• Characterization of MEMS Inertial sensors, evaluation and analysis • Sensor demo model development using Raspberry-Pi, Independent development of experimental set-ups for electrical and mechanical measurements. • PCB Layout designing in Eagle, Macros for measurement in Matlab and MS-Excel

Research Project Title: Design and Simulation of Cu TSVs for RF Applications Modeling and Simulation of Cu TSVs for RF applications. Designing of TSVs as per the expected simulation results, Layout Design for the TSVs and Waveguides

• Thin Film Deposition on Si, Spin Coating, Characterization, Layout design • Thermal Evaporation Deposition of organic and Metal compounds, Wafer level Characterization

• Modelling of Sensors for energy saving in buildings, datacentres and other segments, Data Evaluation • Monitoring the remote devices and Resolve technical issues, Data Analysis • Quality and Asset management

• Mathematical analysis of the wave propagation in Mathematica • Simulation of cantilever beam of MZI based Optical MEMS accelerometer model

• Design and Testing of power delivery circuits • Worked on FAB (float and boast) charger design

• Smart Sensors • Automotive Sensor Systems • Advanced Integrated Circuit Technology • Micro system Design - ANSYS • Technology for Micro and Nano Systems • Reliability of Micro and Nano Systems • Micro Optical Systems