01
Quantum Computing
Foundations of qubits, quantum gates, measurement, quantum circuits, and real-world hardware realizations.
LEARNING & MENTORSHIP
Teaching.
Connecting the mathematics of electrical engineering to real systems.
MY APPROACH
Clarity first.
Practice always.
My teaching emphasizes clarity, active problem solving, and connecting mathematical concepts to physical systems. I work with students in coursework and design projects that encourage both analytical thinking and experimentation.
02
Electronic Circuits
Semiconductor devices, circuit analysis, analog building blocks, simulation, and design reasoning.
03
RF Circuit Design
RF and microwave circuit concepts, high-frequency behavior, simulation, and measurement-based learning activities.
04
Senior Design Mentoring
Student team projects involving applied electronics, sensing, and electromagnetic engineering.
MENTORSHIP
Learning by doing
I value projects that encourage students to make decisions, test ideas, analyze results, and communicate technical solutions effectively.