Research Area
  • Conducting Polymers, Conducting polymer Nano-composites, Nanostructured Metal oxides, Corrosion protection, Gas/Humidity/Bio sensors

  • Optoelectronics, VLSI Technology, Optical communication technology, CAD Tools for integrated circuits.

  • Computer simulations of semiconductor lasers, Microprocessors and applications, Optoelectronics device design

  • High and low-k dielectric films, Optoelectronics device design.

  • Organic Photovoltaic

  • Photovoltaic thin films

  • High temperature superconductivity, Giant Magneto resistance (GMR) materials

  • Organic Photovoltaic

  • Nano-Structured Conducting Polymers for Nano-Sensors and Bio-Sensors

  • Optoelectronic, Dielectric, Semiconductor materials, Polymer waveguides.

  • Material Science / Electrochemistry, Conducting Polymer

  • Low dielectric thin films, high dielectric thin film growth and characterization, MIS structures, Novel High-K / Metal Gate stacks, MOS capacitors for advanced CMOS technology.

  • Modeling and simulation of CMOS nano devices & Processes for future ULSI technology.

  • Reliability issues of the novel materials and nano devices

  • Synthesis and characterization of nano materials.

  • Organic semiconductor devices.

  • Nanoelectronics devices

  • Nano-Simulation

  • Semiconductor and optoelectronics device simulation

  • Device development, Fabrication and characterization

  • Organic Solar Cell

  • Organic light emitting diodes

  • Perovskite solar cells