Undergraduate Courses

Fundamentals of Electronic Circuits and Systems

Sample course content — details to be announced.

An introduction to electronic devices, circuit analysis, and electronic systems. Practical exercises connect circuit theory with design, simulation, and measurement.

• Semiconductor devices and basic amplifier circuits
• Operational amplifiers, feedback, and frequency response
• Circuit simulation and introductory laboratory work

Course code, instructor, semester, and teaching materials will be added here.

Graduate Courses

Integrated Linear Voltage Regulator

Sample course content — details to be announced.

Design principles and circuit techniques for integrated linear voltage regulators, with an emphasis on stability, noise, and transient performance.

• Low-dropout regulator architectures and feedback control
• Loop stability, frequency compensation, and transient response
• Power supply rejection, noise, and circuit design trade-offs

Course code, prerequisites, schedule, and reading materials will be added here.

Integrated Switching Converter

Sample course content — details to be announced.

Principles and design methods for integrated switching power converters, covering converter topologies, control techniques, and efficient power delivery.

• Inductive, switched-capacitor, and hybrid DC–DC converters
• Modulation, feedback control, and dynamic performance
• Efficiency, power density, and integrated circuit implementation

Course code, prerequisites, schedule, and reading materials will be added here.