- Orchestrated weekly review and problem-solving sessions, directly addressing and overcoming common student challenges in circuits and analog signal processing.- Assessed and provided feedback on student assignments and exams, pinpointing areas of improvement and tailoring subsequent sessions to address common challenges.

- Spearheaded research into Terahertz (THz) wireless networks by leveraging a terahertz time-domain spectroscopy (THz-TDS) system to enhance data transmission energy efficiency in THz-band regimes by 80% for SIMO applications.- Automated and optimized test bed experiments through MATLAB, accelerating data collection processes for fellow colleagues’ research and boosting lab efficiency.- Engineered, validated, and fabricated meta-surfaces using COMSOL Multiphysics and vector graphics software, leading to breakthroughs in wavefront manipulation and improving high-bandwidth communication range by 20%.- Delivered compelling research presentations to colleagues and our sponsors, DOD: Army Research Laboratory, Intel Corporation, and Cisco Systems, Inc. at the Rice Undergraduate Research Symposium (RURS), securing continued sponsorship and collaboration.

- Transformed an open-loop radar ground target tracking simulation into a precision-driven closed-loop system by incorporating measurement-based feedback into adaptive Kalman filters in MATLAB, significantly boosting potential tracking efficacy.- Streamlined resource allocation by developing and integrating sophisticated association and scheduling algorithms, which strategically assigns observations to track estimates—enhancing operational efficiency in multi-target scenarios.- Advanced simulation validation by leveraging tracking uncertainties to construct detailed visual verifications, improving fidelity in scenario modeling.