The Electrical and Computer Engineering programs at Gonzaga University emphasize the design, analysis, and application of technologies that power modern society. Electrical Engineering focuses on foundational and applied areas such as circuits, electronics, signals and systems, control systems, power engineering, and communications, preparing students to design reliable and innovative electrical systems that serve industry and the broader public good. Computer Engineering integrates principles from electrical engineering and computer science, training students to design and implement computer hardware, embedded systems, and cyber‑physical systems that underlie technologies ranging from consumer electronics to medical and industrial devices. Both programs are grounded in Gonzaga’s Jesuit mission, combining technical excellence with ethical responsibility and service‑oriented problem solving.
Research and creative scholarship in these programs reflect a strong emphasis on hands‑on learning, interdisciplinary collaboration, and real‑world impact. Faculty and students engage in work spanning embedded systems, robotics, artificial intelligence applications, electronics design, networking, and control systems, supported by modern laboratories and project‑based curricula. Capstone design projects and undergraduate research experiences encourage students to apply theory to practice while contributing original solutions to engineering challenges. This repository showcases scholarly and instructional contributions that highlight Gonzaga’s commitment to innovation, technical rigor, and the advancement of engineering knowledge in service to society.
Visit the Gonzaga University Electrical and Computer Engineering websites to learn more.