Electrical Engineering

Study the systems, devices, and technologies that power modern life, from renewable energy and electric power systems to embedded systems, electronics, telecommunications, and semiconductor devices.

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Program Overview

Engineer the Technology That Connects and Powers the World

Electrical engineers research, design, develop, test, and supervise the manufacturing and installation of electrical equipment, components, and systems for commercial, industrial, military, and scientific use. They help develop systems that produce electricity through renewable energy sources such as wind, solar, and biofuels, and they support the planning of electric power generating plants, distribution lines, and stations.

At Texas Tech, the undergraduate curriculum gives students a broad education in electrical and computer engineering while preparing them to pursue career options in a fast-changing technical environment. Students may choose from a wide variety of elective courses in electrical and computer engineering and related disciplines, allowing them to specialize at the senior level.

What You'll Explore

Build a Foundation in Electrical and Computer Engineering

Power & Renewable Energy

Explore electric power systems, energy generation, distribution, and technologies connected to renewable energy sources such as wind, solar, and biofuels.

Embedded Systems & Electronics

Study the devices, circuits, systems, and computing technologies that support modern electronics, automation, and connected products.

Telecommunications & Semiconductor Devices

Prepare for technical areas connected to networks, communications systems, solid-state devices, semiconductor devices, and advanced electrical technologies.

Student Experience

Prepare for a Fast-Changing Technical Environment

Flexible Specialization

Select from elective courses in electrical and computer engineering and related disciplines to develop a senior-level focus aligned with your interests.

Faculty Mentorship

Learn from faculty whose teaching and research support electrical engineering, computer engineering, power systems, electronics, communications, and advanced technologies.

Career Preparation

Prepare for careers as a biomedical engineer, electronic devices engineer, embedded systems engineer, power engineer, semiconductor devices engineer, or telecommunications and networks engineer.

Department

Learn More About the Department

This program is offered through the Department of Electrical & Computer Engineering. Explore department facilities, faculty, research, student organizations, graduate degree opportunities, industry partnerships, news, and additional resources.

About the Department

Next Steps

Ready to Learn More?

Connect with the Whitacre College of Engineering to learn more about Electrical Engineering, admission requirements, degree options, and how this program can prepare you for careers in power, electronics, embedded systems, telecommunications, and emerging technologies.