How to choose a Chemical Engineering program
Choosing where to study chemical engineering is a big decision — and a powerful one. The right program can open doors to high-impact careers in energy, pharmaceuticals, food and beverage, and more.
From hands-on experience to expert mentorship, here’s what to look for in a top-tier chemical engineering program.
Strong foundation in core principles
Why it matters:
A top-tier chemical engineering program will build your knowledge in chemistry, physics, thermodynamics, and systems thinking — all essential for designing scalable, sustainable processes.
Why Oregon State stands out:
You'll study everything from heat and mass transfer to reaction engineering and process design, all rooted in a foundation that prepares you for being a chemical engineer. To learn more about the courses in the chemical engineering program, check out the academic catalog.
Studio-based learning and small cohorts
Why it matters:
Collaborative, team-based learning helps students build confidence and communication skills alongside technical expertise. Small groups mean you’ll always have an active role in the project.
Why Oregon State stands out:
Oregon State’s studio-style courses are a signature feature, offering a close-knit, supportive learning environment where students work through open-ended problems together. That’s what alumni Brynn and Anthony found: They became friends in engineering class and now work together on developing cancer therapies at Bristol Myers Squibb.
Opportunities for undergraduate research
Why it matters:
Look for programs that involve undergraduates in real research — not just as assistants, but as contributors.
Why Oregon State stands out:
Many students join faculty labs, co-author research papers, and gain experience through programs like the Johnson Internship. These opportunities can start as early as your first year and provide a competitive edge to anyone considering graduate school or high-impact careers.
Andrew Tran, an undergraduate chemical engineering student who wants to create a circular economy for plastics, already had a second-author credit on a refereed journal article by his junior year and is contributing to another.
Focus on real-world impact
Why it matters:
The best programs enable students to apply their knowledge to real global challenges in sustainability, energy, health, and manufacturing.
Why Oregon State stands out:
Oregon State students tackle projects in clean energy, circular materials, carbon capture, water treatment, and more — often tied to the unique industries and ecosystems of Oregon.
One such focus is finding more efficient ways to create food products, fuels, commodity chemicals and pharmaceuticals using catalysts.
Industry connections and career support
Why it matters:
A strong chemical engineering program will have robust ties to employers and offer pipelines to internships and full-time roles. And with demand for chemical engineers continuing to rise, those connections are more valuable than ever.
Why Oregon State stands out:
With strong relationships with companies like Intel and participation in the MECOP internship program, OSU prepares students for careers in semiconductors, environmental tech, pharmaceuticals, and more.
Chemical engineering alum Pedro Alzaga started working with HP through an undergraduate internship. He continued there while earning a master’s degree and is now a metal deposition engineer with the company.
A supportive community
Why it matters:
You’ll do your best when you feel connected and supported.
Why Oregon State stands out:
With active student groups like AIChE and ChemE Car Club, and faculty who care about your success, Oregon State chemical engineering offers a welcoming environment where students build lifelong networks.
Success starts with a strong program
A great chemical 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 chemical engineering? Learn more about what chemical engineers do with real-life examples from Oregon State chemical engineering graduates.