My work integrates advanced engineering to translate fundamental scientific discoveries into scalable next-generation technological solutions.

Research Interests

Scientific research is currently focused on developing advanced materials and integrating them into hybrid energy systems and memristor-based devices for neuromorphic computing. This field aims to create more efficient, brain-inspired artificial intelligence architectures by bridging materials science with high-performance neuromorphic engineering.

Specialized Courses

Engineering Physics

Advanced Semiconductor Devices

Data Science & Machine Learning

Quantum Technology

VLSI Design & Semiconductor Technology

Internet of Things & Edge Artificial Intelligence

Electric Vehicle (EV) Powertrain & Battery Management Systems (BMS)

Solar Technology

Forensic Technology

Drone Technology

Robotics & Automation Technology

MEMS & NEMS Technology

Embedded Systems & Firmware Development Technology