Designed PhD-level Computer Science-related structured questions, along with step-by-step reasoning to reach the solution, that can confuse state-of-the-art LLM models (such as, Gemini).

Designed and deployed a distributed edge-based control architecture for smart home appliances, offloading complex scheduling and optimization logic from resource-constrained MCUs to ARM-based edge servers.

Developed AI-based control policies for temperature calibrations under noisy sensor feedback and delayed actuation.

Developed resource-efficient control and optimization algorithms in embedded C for RISC-based MCUs, enabling real-time temperature regulation under tight compute constraints.

Trained new eletronics engineers to work with the smart home appliances boards and tune model parameters for each home appliance vendor/model.

Conducted technical interviews for new electronics engineers.

Helped in grading the exams/assignments, proctoring finals/midterms, as well as holding weekly office hours.

Received an average of 4.67/5.0 in the instructor evaluations (6 total evaluations).

Led the lab's tutorial sessions on embedded-C programming for AVR/STM32 microcontrollers.

Co-designed and co-graded the final exam and the problems for each weekly session.

Managed the lab's equipments and maintenance.

I was the only undergraduate student that could obtain this leadership position to that date.