Our current research primarily focuses on the development of sensors and smart systems, and understanding and exploiting various interdisciplinary phenomena for developing novel sensing mechanisms. Application areas of interest are structural health monitoring and biosensing.

Some new areas of research initiated by us, based on our expertise in developing smart systems, include biomedical electronics for high throughput deep-learning based neural signal processing, autonomous and intelligent robotic systems for infrastructure monitoring and maintenance. We are open to new opportunities where we can leverage our expertise to collaboratively create impactful solutions to a wide variety of problems.


Biosensors

  • Optical and electrochemical sensing platforms for various applications
  • DNA sensing in environmental samples (wastewater and surface water sources)
  • PCB based biosensors for low-cost, point-of-care diagnostics for affordable healthcare
  • Paper microfluidic devices, MEMS and microfabricated biosensors

Structural health monitoring

  • Eddy current based metal detection and rebar corrosion monitoring
  • Embedded systems for ultrasonic guided wave based damage identification and localization in composite structures and pipelines

Other areas

  • EdgeAI and TinyML systems for smart sensing and other applications
  • Electronics for quantum sensors
  • High density EEG data recording and real-time signal processing with FPGAs
  • Low-cost robotic platforms for autonomous sensing

Collaborators (active)

Past collaborators