Department of Chemistry
Chemistry is central to our daily lives. As the central science, chemistry involves everything from novel materials and drug discovery to environmental science and public health. It is a dynamic field, focused on the discovery and understanding of the processes that make up the natural world.
About Us
In Seattle University’s Chemistry Department, you’ll learn to think, conduct experiments and write like a scientist. When you major in chemistry, you’re joining a diverse community of students and faculty who are passionate about sharing and expanding what we know about our molecular world. You’ll find the support and opportunities you need to thrive as a chemistry major, such as innovative instruction, small class sizes, paid summer research positions and research opportunities embedded throughout the curriculum.
Our Programs
The Department of Chemistry offers three degree programs that are designed to prepare students to make a difference in complementary ways. Our BS in Chemistry is designed for students who want to delve deeply in chemistry, the central science. Our BS in Biochemistry is similarly designed for students who are passionate about biochemistry and molecular biology. Our BS in Chemical Science provides flexibility for students who have interests that are more broad; for example, students who want a double major, to earn multiple minors, to study abroad, or have other important extracurriculars. We also offer a Post-Baccalaureate Certificate in Pre-Health Studies for college graduates planning to apply to professional programs in health, such as MD, DO, PA, DDS, and others.
Discover Chemistry
Learn more about why you should pursue a degree in the Department of Chemistry at Seattle University.
Work Side-by-Side with Faculty on Cutting-Edge Research
A college education involves more than in-class learning. By conducting research side-by-side with your professors, you’ll gain invaluable hands-on experience. Find out more about our state-of-the-art laboratories, the technology and instrumentation available to you, and how your research experience will bring your chemistry education to life here.
Careers in Chemistry
A chemistry degree prepares you for unlimited career potential. It transports you from the world of mundane jobs into careers filled with exploration and innovation. Chemists have used their degrees to create novel materials and make breakthroughs in medicine, sustainability, nutrition, energy, and environmental science. You could solve crimes as a forensics specialist, restore ancient artifacts as a museum conservator, hunt down disease as a pathologist, protect the environment as a toxicologist or create new fuels and batteries as an inventor. Explore more careers here.
Median Annual Salary
According to the Bureau of Labor Statistics, the median annual wage for chemists was nearly $85,000 in 2023.
State-of-the-Art, Hands-On Learning
Our chemistry labs in the new Sinegal Center for Science and Innovation provide invaluable experience doing the cutting-edge work of practicing, professional chemists. At many universities, lab courses include standard, age-old experiments with very few avenues for discovery. At Seattle University, we don’t believe in routine all of your lab experiences will be authentic. You will learn from your professors asking you forward thinking questions (inquiry-based learning) or alongside your professors as you answer questions and solve problems together (discovery-based learning).
Your modern education at Seattle University is reinforced by the instruments you will use. Learn more about the state-of-the-art scientific instruments available to chemistry students here.
The Elements of a Chemistry Degree From Seattle University
The Department of Chemistry has designed our curriculum to best benefit you, both as a person and as a future professional. Click here to see the foundational knowledge, hands-on scientific skills and practices, and interpersonal dynamics you will develop as you progress through your degree.
What Chemists Do
Chemists transform science into service. Chemistry majors save lives as medical doctors, solve crimes as forensic investigators, develop new materials and medicines as chemical researchers, protect the planet as environmental scientists and offer options for a better, more sustainable future.
Inclusive, Global Education
Our Jesuit values mean we see the world through a global, justice-focused lens. Our strong commitment to diversity and small class sizes help create a forward-thinking, close-knit community where everyone can feel at home—and go on to thrive in a global workforce.
What Our Graduates Say
Will Skyrud
"I got hands-on advising that helped me get into my dream graduate program and eventually obtain a PhD in chemistry from UC Berkeley. I now work in biotech at the interface of biology and chemistry where I can contribute to a more sustainable chemical industry. My time at SU inspires me to mentor early career scientists and stay committed to companies that make the workplace and our world a better place to be."
Biochemistry, '14
Student Resources
Learn more about the resources available to students in the Department of Chemistry, such as advising, scholarships and our community.
Chemistry Club: A Formula for Fun
Learning need not be lonely. Our award-winning Chemistry Club provides both social and service events through which you will meet your future colleagues and friends. Our chemistry and biochemistry majors are welcoming, motivated and ready to collaborate.
Gain a Partner in Academic Advising
The College of Science and Engineering’s Advising Center provides practical resources and personal support specifically for chemistry students. See how a partnership with an advisor can benefit you.
Your Future Can Be Funded
Scholarships reduce the financial stress of attending college and allow students to focus fully on student life. Learn more about scholarship opportunities and how you can more freely enjoy your education.
What Our Graduates Say
Ariana Sanchez
"During my sophomore and junior years at SU, I had the unique opportunity to collaborate on three organic chemistry research projects, and these pivotal experiences inspired me to pursue a Ph.D. at Stanford University and a career in research. I appreciate that my undergraduate professors laid the foundation of my scientific knowledge, and more importantly, taught me how to forge my own path as a driven researcher.”
BS Biology with a Minor in Chemistry, '13