Mayukh Bhattacharyya
Mayukh Bhattacharyya Institute for Applied Research (IAF) Tel.: +49 (0)781 740 540 |
Curriculum Vitae
Born in India, Siliguri, 1985
Studies:
Bachelor of Engineering (2003- 2007): India, Visvesvaraya Technological University (Belgaum, India), Electrical and Electronics Engineering
Master of Science (2008-2010): Germany, University of Applied Sciences Offenburg (HS Offenburg), Communication and Media Engineering
Practical and scientific experience
February 2007 to April 2007: Bachelor project in Military Radar Department in Bharat Electronics Limited (Bangalore, India)
Project Topic- Moving Target Radar Simulator
June 2007 to June 2008: Electrical Designer in Universal Power Transformer, Pvt LTD (Bangalore, India)
May 2009 to September 2010: Student work, Internship and Master Thesis in Electronics circuit lab in University of Applied Sciences Offenburg with Prof Dr.-Ing Dirk Jansen
Master Thesis Topic- Development, implementation and verification of a passive transponder device for monitoring leakage in silicone breast implants by using RFID ISO 15693 interface
October 2010 – June 2011: Research Assistant in Institute for Applied Research, (HS Offenburg)
Area of Interest-Development of ultra-low-power electronics using RFID technology
July 2011- present: PhD Student with KleE (Kleinskalige erneuerbare Energiesysteme")
Publications
Abstract of thesis
Wireless Ultra Low Power Sensor System
As the main project is for the small scale energy systems and all the PhD topics are dealing with research and development of optimized energy management systems keeping in view the future need of the society. My thesis topic is for the development of ultra-low power sensor systems for various applications using RFID technology. Substantial research works have already been done for using ultra low power systems for integrating sensors and energy harvesting techniques. The key areas of research are development of passive transponder systems, energy harvesting techniques and System on Chip development (SOC). The main advantage of such systems is optimized usage of power depending upon the various fields of applications.