• Contributed to Power Management Unit (PMU) design for volume projects; optimized ROM boot code, reducing boot time by approximately 6%. • Built a compiler component with a custom AST–binary tree framework to translate C ROM code into assembly, enhancing readability. • Designed and developed an internal memory controller IP supporting secure memory access, debugging features and bootloader storage. • Designed and developed a workload watcher IP which aids in software-controlled DVFS.

• Made significant contributions to improving the methodology for intellectual property (IP) sanity checks leading to streamlining of the process, leading to faster and more efficient evaluations of IP designs across different teams. • Successfully undertook the development of a simple AXI slave capable of in-order issue, while also providing support for incremental bursts.

• Project Title: Study and simulation of battery performance analysis using the state-of-the-art technology for electric tricycle. • Developed a prototype circuit for monitoring a 25.5V, 17Ah lead-acid battery; displayed key parameters (current, voltage, temperature, state of charge) on an LCD by interfacing an Arduino with the LTC2944 via I2C and configuring its SFRs.

Teaching Assistant: Digital Design (EEE F215) • Assisted professors in the conduction and evaluation of hardware labs for junior students • Guided students in hardware labs with circuit assembly, troubleshooting breadboard connections, and interpreting oscilloscope results.