These projects showcase my technical expertise, innovative problem-solving, and passion for engineering. Each project reflects my ability to design and implement efficient systems while tackling unique challenges. From robotics to IoT and energy optimization, these initiatives demonstrate a commitment to learning and delivering impactful solutions.
Developed a smart power management system to monitor and optimize energy usage in real-time, emphasizing sustainability and modern power systems.
Created an AI-driven system with IoT integration for secure and convenient home or office access using face and voice recognition.
Developed a Python tool to visualize and improve electrical grid performance using ladder iterative methods for load flow calculations.
Applied heuristic optimization algorithms in Python to enhance network performance and achieve load balancing in power systems.
Designed a 10-bit hybrid SAR ADC for low-power applications in wireless sensors and biomedical instruments.
Developed a 5.12 Gbps SerDes transceiver with adaptive equalization and phase-picking clock recovery for high-speed communication.