Teaching
From Fundamentals to Silicon: Learning by Designing, Building, and Exploring.
Great engineering begins with curiosity and grows through hands-on experience.
My teaching philosophy emphasizes developing strong circuit fundamentals, connecting theory with practical engineering, and encouraging students to think critically about how electronic systems work.
From introductory electronics to advanced CMOS integrated circuit design, I aim to create an engaging learning environment where students learn to predict, model, calculate, and verify circuit behavior, bridging classroom concepts with real-world hardware design.
Courses Taught
University of Cincinnati | Department of Electrical and Computer Engineering
2026
EECE 2070 / 2071
Electronics I
Building a foundation in electronic circuits through the analysis, design, and application of diodes, transistors, amplifiers, and basic analog systems.
EECE 5157 / 6057
Design of Analog Integrated Circuits Using CMOS Technology
Exploring transistor-level CMOS analog circuit design, from device models and biasing techniques to amplifiers, current mirrors, operational amplifiers, and stability.
2025
EECE 7001
Electrical and Computer Engineering Seminar
Introducing students to emerging research directions, technological innovations, and professional perspectives across electrical and computer engineering.