Computer Engineering
Computer Engineering
Step into the future of technology with the Bachelor of Science in Computer Engineering at Texas A&M University–Texarkana—a dynamic program designed to equip you with the skills, knowledge, and hands-on experience to thrive in today's fast-paced tech landscape.
Blending the fundamentals of electrical engineering with real-world computer science applications, this program empowers you to master everything from embedded systems and digital logic to hardware-software integration and computer architecture. You’ll also dive into cutting-edge topics like robotics, machine learning, computer vision, and the Internet of Things (IoT).
From day one, you’ll build a rock-solid foundation in calculus, physics, programming, and core engineering principles. As you progress, you'll tackle advanced topics like signals and systems, electronics, and data communications—all reinforced through interactive labs and project-based learning.
Your experience culminates in a two-semester senior design capstone, where you’ll collaborate on industry-inspired projects in areas like embedded computing, VLSI design, networking, and ethical decision-making.
Whether your passion lies in developing innovative hardware, writing software, exploring cybersecurity, or advancing to graduate studies, our Computer Engineering program prepares you to lead, create, and make an impact in the tech world.
Apply Here | Request More Information | Visit Us
Designed for Students Like You
If you're interested in designing and building the hardware that powers modern technology, from embedded systems to complex computer architectures, Computer Engineering is for you. Dive into advanced topics such as semiconductors, VLSI (Very-Large-Scale Integration), and circuit design, while also exploring how computers communicate through networks and data protocols. With a passion for innovation, you'll learn about emerging technologies like artificial intelligence, robotics, and the Internet of Things (IoT), and how to shape the future through smart, connected solutions.
Why Get a Computer Engineering Degree from A&M-Texarkana?
A degree in Computer Engineering opens the door to a dynamic career where you can design, build, and innovate at the intersection of hardware and software. You’ll gain hands-on experience with embedded systems, digital logic, and programming, while exploring cutting-edge fields like robotics, machine learning, and the Internet of Things (IoT). With collaborative labs and a senior design capstone project, you'll solve real-world challenges and develop the skills to thrive as a professional engineer. If you're passionate about technology and ready to shape the future, Computer Engineering is the path for you.
Career Possibilities
Graduates of the Computer Engineering program are well-equipped for a variety of high-demand roles across tech and engineering sectors. Below are some common career paths along with current median and entry-level salary estimates:
|
Career Path |
Median Salary |
|
Computer Hardware Engineer |
$132,360 |
|
Embedded Systems Engineer |
$113,000 |
|
VLSI Design Engineer |
$122,000 |
|
Robotics Engineer |
$105,000 |
|
Network and Systems Engineer |
$99,000 |
|
Machine Learning Engineer |
$153,000 |
|
IoT Solutions Architect |
$132,000 |
Computer Engineering FAQs
What is the difference between Computer Engineering and Computer Science?
Computer Engineering combines elements of electrical engineering and computer science. It focuses on both hardware (e.g., circuits, embedded systems) and software (e.g., programming, algorithms), whereas Computer Science is more focused on software development, theory, and computational methods.
What kind of hands-on experience will I get?
The program includes multiple lab-based courses in digital logic, circuits, embedded systems, and computer networks, as well as a two-semester senior design project where students solve real-world engineering problems.
Do I need to know programming before starting the program?
No prior programming experience is required. Students will learn programming early in the curriculum through courses like Programming for Engineers and continue building skills throughout the degree.
What math and science courses are required
Core math courses include Calculus I–III, Discrete Mathematics, Linear Algebra, and Differential Equations. Science requirements include University Physics I and II with labs.
Can I choose electives based on my interests?
Yes! Students can select from electives such as Machine Learning, Computer Vision, Robotics, IoT, VLSI Design, and more to tailor the program to their career goals.
What career support is available?
TAMUT offers career services, resume workshops, internship opportunities, and connections to industry partners.