Boby George

boby <@> ee <dot> iitm <dot> ac <dot> in

Google scholar

 

Education:

·         Ph. D. in Electrical Engineering, IIT Madras, 2007

·         M. Tech. in Electrical Engineering, IIT Madras, 2003

 

Research Areas:

·         Sensor Interface Electronics

·         Electric and Magnetic field Based Sensors and their Applications

·         Sensor Systems for Water Quality and Quantity Monitoring, Energy and Transportation

·         Biomedical Instrumentation

 

Professional Service:

·         Associate Editor (AE) for IEEE Sensors Journal (2015 - )

·        AE for IEEE Transactions on Industrial Electronics (2019 - )

·         AE for IEEE Transactions on Instrumentation and Measurement (2019 - )

 

Academic Positions:

·         Professor, Dept. of EE, IIT Madras (2019 - )

·         Associate Professor, Dept. of EE, IIT Madras (2014 - 19)

·         Assistant Professor, Dept. of EE, IIT Madras (2010 - 14)

·         Post-doctoral Fellow, EMS, TU Graz, Graz, Austria (2007 - 10)

 

Administrative Positions:

·         Head, Department of Medical Sciences and Technology (2023 - )

·         BS Electronic Systems – Program Coordinator (2023 - ), along with Dr. S. Aniruddhan

·         Head Central Electronics Centre (2021 - 2023)

·         Faculty Head Centre for Innovation (2018 - 2020)

 

Ph.D. Thesis Supervisor/Joint Guidance*:

v  Anoop C. S., Magnetoresistance and Hall-Effect based Angle Transduction and Signal Conditioning Techniques, 2014

v  Biswarup M., Novel Capacitive and Magnetic Sensing Schemes for an Opthalmic Anesthesia Training System, 2015*

v  Prasanth V., Novel direct digital converters for capacitive sensors, 2016

v  Ponnalagu R. N., Design and Development of Advanced Interfacing Circuits for Resistive Sensors, 2017*

v  Srinivas R., Design and Development of Floating Wiper Resistive and Inductive Displacement Sensors, 2017*

v  Sreenath V., Design and development of efficient interfacing circuits for capacitive and resistive sensing elements, 2018

v  Narendiran A., Design and Development of Electric and Magnetic field Based Sensors for Industrial Applications, 2019

v  Anish B., Novel Readout Circuits and Applications for Inductive and Mutually Coupled Sensing Elements, 2019

v  Sandra K. R., Novel Magnetic Transduction Techniques and Signal Processing Approaches for Non-contact Position Sensing, 2020*

v  Nimal J. K., Advanced Ophthalmic Anaesthesia Training System Using Vision-Based Sensing Combined with Novel Magnetic and Capacitive Sensing Techniques, 2020*

v  Muthuvel P., Design and Development of On-line Wear Debris Sensors for Condition Monitoring of Industrial Hydraulic and Lubrication Systems, 2021*

v  Shenil P. S., Design and Development of Non-Intrusive AC Voltage Measurement Probe and Interfacing Circuits, 2021

v  Lakshmi A., Design and Development of Advanced Interfacing Circuits for Capacitive and Capacitively Coupled Sensors, 2021*

v  Tejaswini K. K., “Design and Development of Non-contact Conductivity Measurement Systems for Liquids using Capacitively and Magnetically Coupled Approaches, 2021*

v  Jeshma T. V., “Sensing Techniques and Systems to Aid Inductive Wireless Power Transfer in Electric Vehicles –Design and Development, 2022

v  Anil Kumar A. S., “Development of Sensing Techniques and Sensing Strategies to Realize Electric and Magnetic Field Based Miniaturized Angle Sensors, 2023*

v  Harikumar Ganesan, “Advanced Interfacing Techniques for Differential Inductive Position Sensors, 2023*

v  Neelakandan Mani, “Development of efficient wearable sensors and systems leveraging machine learning for human activity monitoring and recognition, 2024*

v  Harija Harikumar, “Design And Development Of Cantilever-Based Flow Sensors With Integrated Non-Intrusive Measurement Techniques”, 2024*

 

 

Last modified: Sept. 07, 2024