How to choose an Electrical and Computer Engineering program
Choosing where to study electrical and computer engineering is a big decision — and a powerful one. The right program can open doors to high-impact careers in tech, semiconductors, energy, and more.
From hands-on experience to expert mentorship, here’s what to look for in a top-tier electrical and computer engineering program.
Strong foundation in core principles
Why it matters:
The best ECE programs build your knowledge in circuits, electronics, computer systems, electromagnetics, and programming — the building blocks for everything from smartphones to renewable energy systems.
Why Oregon State stands out:
You’ll study core areas such as digital logic, microprocessors, power systems, and communication networks. This foundation ensures you’re ready for impact in cutting-edge fields like robotics, artificial intelligence, or sustainable energy. Check out the ECE academic catalog to see the full list of courses.
Hands-on, project-based learning
Why it matters:
Learning by doing helps you apply theory to real-world problems, develop teamwork skills, and gain confidence in designing and building solutions.
Why Oregon State stands out:
Our ECE curriculum emphasizes labs and design projects from day one. Whether you’re programming embedded systems, designing circuits, or testing prototypes, you’ll work in collaborative, studio-style environments that reflect industry practice.
Opportunities for undergraduate research
Why it matters:
Research isn’t just for graduate students. Getting involved in research as an undergrad helps you explore new technologies, build your resume, and contribute to innovations that can change the world.
Why Oregon State stands out:
ECE students participate in research on robotics, renewable energy, machine learning, cybersecurity, and more. Many co-author papers, present at conferences, and even start projects as first-years through programs like URSA.
Undergraduate ECE student Thomas Snyder followed his interest in robotics to the Human-Machine Teaming Laboratory, where he worked on software and hardware for robots that use biologically inspired models to perform behaviors in the real world.
Focus on real-world impact
Why it matters:
Electrical and computer engineers drive progress in critical areas like sustainable energy, health care, communications, and computing. Look for programs that connect classroom learning to real societal challenges.
Why Oregon State stands out:
From developing smarter power grids to advancing biomedical devices, Oregon State students apply their skills to projects that matter. Alumni work on innovations in fields as varied as space exploration, clean energy, and artificial intelligence.
One example of a standout electrical engineering alum: Jensen Huang, the founder and CEO of NVIDIA.
Industry connections and career support
Why it matters:
Strong ties to employers translate into internships, co-ops, and job opportunities after graduation. With demand for ECE graduates growing, these connections give you a clear advantage.
Why Oregon State stands out:
With close relationships to companies like Intel, NVIDIA, Tektronix, and HP, Oregon State students gain access to internships and mentorship through programs like MECOP, the Center for Applied Systems and Software, the CreateIT Collaboratory, and sponsored capstone projects. Some graduates even transition directly from internships into full-time roles in the tech sector, energy, and beyond.
A supportive community
Why it matters:
Success in engineering comes not only from academics, but also from having a strong network of peers, mentors, and advisors who support you along the way.
Why Oregon State stands out:
Student groups like IEEE, the ECE honor society Eta Kappa Nu, and the DAM Robotics Club provide a welcoming community where you’ll meet friends, collaborators, and future colleagues. And that teamwork pays off: The OSU Mars Rover team took first place in the 2024 Canadian International Rover Challenge.
Success starts with a strong program
A great electrical and computer engineering program will challenge you to think critically, design creatively, and lead confidently. Look for hands-on experiences, research-rich opportunities, strong industry ties, and a community that supports your growth. At Oregon State University, you’ll find all of that — plus a future that’s engineered for impact.
Want to learn more about electrical and computer engineering? Learn more about what electrical and computer engineers do with real-life examples from Oregon State ECE graduates.