Graduate Research Photo Gallery
Department of Electrical & Computer Engineering
University of Connecticut - Storrs, CT
October 2022 - April 2024
Research & Academic Excellence
University & Research Facilities
University of Connecticut
The prestigious UConn School of Engineering and Science buildings, home to cutting-edge research facilities and world-class faculty in electrical and computer engineering.
Master's Graduation
Graduation ceremony at University of Connecticut, celebrating the completion of Master's degree in Electrical Engineering with research focus on advanced semiconductor devices.
Advanced Research Laboratory
State-of-the-art optics laboratory and semiconductor research facility equipped with advanced characterization tools for power device testing and analysis.
Advanced Laboratory Equipment
Vapor deposition systems used for semiconductor research, including high-precision characterization equipment, parameter analyzers, and advanced coating systems.
Academic Achievements
SST Research Poster
Presenting research on Solid-State Transformers using GaN-based power converters, demonstrating breakthrough results in efficiency and power density for aerospace and submarine applications.
Memristor Neural Networks Poster
Research on memristor-based crossbar arrays for energy-efficient hardware neural network acceleration, achieving 100× energy efficiency improvement over CMOS implementations.
Research Highlights & Impact
Power Electronics Innovation
Contributed to research in GaN and SiC power devices, advancing the field of wide-bandgap semiconductors for next-generation power systems. Research focused on improving device reliability and efficiency for electric vehicle and renewable energy applications.
Collaborative Research
Worked with interdisciplinary teams including materials scientists, device physicists, and circuit designers. Collaborated with industry partners and national laboratories on cutting-edge semiconductor technology development.
Educational Impact
Mentored undergraduate students in research projects and taught laboratory sessions to over 100 students. Developed innovative teaching materials and demonstrations that improved student understanding of complex engineering concepts.
Technical Skills Development
Mastered advanced semiconductor characterization techniques including C-V profiling, I-V measurements, and thermal analysis. Developed expertise in cleanroom fabrication processes, device modeling with TCAD Sentaurus, and data analysis using MATLAB and Python for research applications.
Reflections on Graduate Research Experience
My time as a Graduate Research Assistant at the University of Connecticut was a transformative period of intellectual growth and professional development. Working at the forefront of semiconductor technology research provided invaluable experience in tackling complex engineering challenges.
The opportunity to investigate GaN and SiC power devices placed me at the cutting edge of technology that will power the future - from electric vehicles to renewable energy systems. Every experiment, every data point, and every breakthrough contributed to advancing the field of power electronics.
Teaching undergraduate students was equally rewarding, allowing me to share my passion for engineering while developing my communication and leadership skills. Seeing students grasp complex concepts and develop their own research interests was incredibly fulfilling.
The rigorous academic environment at UConn, combined with access to world-class facilities and mentorship from leading researchers, prepared me exceptionally well for tackling real-world engineering challenges in industry. The skills developed during this time - from analytical thinking to project management - continue to serve as the foundation of my professional career.