EE 020A: Fundamental Mathematical Methods in Electrical and Computer Engineering

2021-22 2022-23 →
changes (lax) changes (strict) ▾ 2022-23 → 2022-23 →

Units: 4

Hours: Lecture, 3 hours; discussion, 1 hour

Catalog page 324

Prerequisites: MATH 007B or MATH 009B or MATH 09HB with a grade of C- or better; or equivalent

Description: Covers complex variables and ordinary differential equations in engineering applications. Introduces Laplace transform, Fourier series, and Fourier transform. Applies Laplace and Fourier transforms to linear ordinary differential equation solutions, system analysis, and design. Considers applications in electric and electronic circuits, signal processing, communication and control systems, and pattern recognition.

Derived Information — The following is not part of the official catalog but is computed from catalog data.

Serves as a prerequisite for

EE 030A EE 105 EE 110A EE 111
Prerequisite graph not available.
Enrollment History (from UCR Banner, not catalog)
Combined: EE 020A / MATH 045
Year F W S Su Total
2025-26 97/104 67/69 98/100 262/273
2024-25 75/ 80 74/75 67/ 69 216/224
2023-24 61/ 63 56/59 62/ 63 179/185
2022-23 42/ 60 40/50 57/ 60 139/170
2021-22 59/160  59/160