Welcome to Micropower Devices/Systems & Nanomagnetics Group
MICROPOWER DEVICES/SYSTEMS & NANOMAGNETICS
  • About
  • Research
    • Micro Power generation
    • Power conversion for Microsystems
    • Nanostructured magnetic materials
  • Facilities
    • Sample Preparation
    • Structural Characterization Lab
    • Magnetic Characterization Lab
    • Vibration Energy Harvesting Setup
    • Tyndall Central Facility
    • Clean Room Facility
  • PUBLICATIONS
    • MEMS Vibrational Energy Harvesting
    • Power Supply on Chip
    • Materials Science
  • Group Members
    • Prof. Saibal Roy
    • Kankana Paul
    • Arindam Samanta
    • Kartik Sood
    • Alumni
  • Awards
    • News
    • Recent awards
    • Prof Saibal Roy INSA Chair Prof.
    • Previous Awards
  • Contact
  • Vacancies
  • Group Images
Micro Power Generation
​Research
Micro Power generation
​Power conversion for Microsystems
​Nanostructured magnetic materials
The coming decade will see the rapid emergence of low cost, intelligent, wireless sensors and their widespread deployment throughout our environment. A key issue for these wireless node designs is that they achieve high degrees of power-efficiency for autonomous, maintenance-free operation, where it is likely that nodes will require deployment for periods of years since the cost of battery replacement will be prohibitive and impractical. This can effectively be described as a “deploy and forget” scenario. In such a scenario, the ability to scavenge energy from the environment to power the system is highly desirable. The road map for micropower-nanomagnetics group is progressing from miniaturised vibration energy harvester to MEMS and NEMS based devices.


​Selected Publications:
  • MEMS based vibrational energy harvesting & conversion employing micro/nano-magnetics; S. Roy, D. Mallick, K. Paul; IEEE Trans. Mag, 55, 4700315, (2019).
  • Surfing the high energy output branch of nonlinear energy harvesters; Dhiman Mallick, Andreas Amann and Saibal Roy; Phys Rev Lett; 117, 197701, (2016)
  • Influence of combined potentials in a nonlinear vibrational energy harvester; P Podder, D Mallick, A Amann and S Roy; Scientific Reports; 6, 37292, (2016)
  • Interplay between electrical and mechanical domains in a high performance nonlinear energy harvester; Dhiman Mallick, Andreas Amann, and Saibal Roy; Smart Mat Struc (Fast Track Communication), 24,122001, (2015)​
  • A nonlinear stretching based electromagnetic energy harvester on FR4 for wideband operation; D Mallick, A Amann, Saibal Roy; Smart Mat Struc, 24, 015013, (2014)​
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