Design, analyze, and build electronic circuits and systems.
Analyze linear passive circuits under DC, AC steady-state, and transient conditions.
Design and bias circuits utilizing non-linear active components like diodes and transistors.
Construct logic circuits, state machines, and computational units using discrete digital components.
Design efficient switching converters to regulate, distribute, and convert electrical power.
Engineer high-frequency circuits where lumped-element approximations no longer apply.
Design Complex Integrated Circuits (ICs) using hardware description languages and CMOS technology.
Develop a strong foundation in linear circuit analysis and fundamental electrical laws.
Design and analyze combinational and sequential logic circuits for digital systems.
Understand high-speed digital design principles to prevent signal degradation on PCBs.