MINES

Micro and Nanoelectronics System

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Designs and develops integrated circuits and complete electronic systems for next-generation applications. A primary focus of our work is creating self-powered devices through innovative micro-energy harvesting, enabling electronics to capture power from ambient sources like RF signals, heat, and vibration. We specialize in designing the ultra-low-power analog, digital, and mixed-signal circuits that form the core of these systems. We apply this expertise to build solutions for the Internet of Things (IoT), wearable electronics, and biomedical monitoring, creating smart, efficient, and sustainable technologies.

RESEARCH TOPICS

  • Development of MEMS based antenna RF micro energy harvester for wireless sensor network.
  • Design of micro energy harvester using hybrid input radio frequency, thermal and vibration for semi active RFID tag.
  • Development of low power hybrid energy harvester using thermal and solar for portable electronics devices.
  • Designing ultra-low voltage low power current conveyer analog blocks.
  • Design of mixed mode multifunction filters and quadrature oscillators employing novel current mode active element.
  • RF transceiver of biomedical monitoring device for internet of thing applications.
  • A low power hybrid micro energy harvesting circuit using thermal energy and vibration for biomedical devices.
  • Design an architecture of ultra-low power micro energy harvester using rf signal for health care monitoring system.
  • Implementation of smart card design base on ARM processor on FPGA system on chip Biosensors Interface Controller for Healthcare Monitoring System Using IoT.
  • Biosensors Interface Controller for Healthcare Monitoring System Using IoT.
  • Design and Development of an Integrated System for Intelligent Sensing, Biomedical, and Internet-of-Things (IoT) Applications.
  • FPGA design for Object Detection, Tracking, and Smart Systems.
  • Optoelectronics and Optical Fiber Tapers.
  • Analog and Digital Integrated Circuit Design.

THEME MEMBERS

RESEARCH LABORATORIES