Coursework & direction
Building the foundation.
My path combines circuit and signal theory, digital systems, programming, physics, and the materials and devices that make modern electronics possible.
This is a selective technical record drawn from completed coursework. Current or future classes are excluded until they appear as completed.
UC Irvine · Electrical Engineering
EECS 170AElectronics I
EECS 170LAElectronics I Laboratory
EECS 145Electrical Engineering Analysis
EECS 50Discrete-Time Signals and Systems
EECS 31Introduction to Digital Systems
EECS 1Introduction to Electrical and Computer Engineering
Palomar College · Engineering foundations
ENGR 210/LElectrical Network Analysis and Laboratory
CSCI 222C++ and Object-Oriented Programming
CSCI 210Data Structures
MATH 206Calculus and Differential Equations
MATH 200Linear Algebra
MATH 205Calculus III
PHYS 230/231Principles of Physics sequence
ENGR 235Engineering Mechanics: Statics
Current direction
From semiconductor behavior to dependable electronic systems.
I am completing my electrical engineering degree with a focus in semiconductors and optoelectronics. I want to deepen my understanding of semiconductor materials, transistors, and integrated circuits while continuing to build the hands-on troubleshooting and design judgment that connects device physics to real hardware.
What I want to keep developing
- Semiconductor devices, fabrication, and optoelectronic systems
- Analog and digital electronics through laboratory work
- Embedded control, instrumentation, and hardware debugging
- Power and energy systems that cross electrical and mechanical boundaries
Future plans are intentionally stated as areas of direction rather than a fixed course schedule.