Computer Engineering

Cover mechanics, waves, electricity, magnetism, and optics through problem solving and lab experiments.

Solve equations describing how systems change over time, from circuits to population growth.

Extend single-variable calculus into 3D with multivariable functions, vectors, and surface integrals.

Work with matrices, vectors, and systems of equations used in graphics, AI, and engineering.

Calculate voltage, current, and power in electrical circuits using Ohm's law and Kirchhoff's rules.

Build circuits from logic gates and design components like adders, multiplexers, and flip-flops.

Study electric and magnetic fields, Maxwell's equations, and how antennas and waves work.

Analyze how signals change through systems using transforms and frequency-domain techniques.

Learn how to organize data and write step-by-step procedures that make programs run fast.

Program and interface with microprocessors to control hardware at the chip level.

Explore how CPUs, memory, and hardware components work together to execute software.

Write software for small dedicated computers inside devices like robots, cars, and appliances.

Learn how operating systems manage memory, schedule tasks, and handle files and devices.

Design integrated circuits with millions of transistors packed onto a single chip.