Cost & earnings at Saint Martin's University What students borrow here, and what they go on to earn
The Bachelor of Science in Chemistry with a focus on Optics and Quantum Chemistry at Saint Martin's University is an undergraduate programme that combines rigorous core chemistry training with specialised study in light–matter interactions and quantum-level chemical behaviour. It suits students who enjoy laboratory work, mathematics and physics and who aim to pursue careers in photonics, materials science, or graduate study in chemistry and related fields.
The programme provides a strong foundation in general, organic and inorganic chemistry alongside physical chemistry and laboratory techniques. Core modules typically include General Chemistry, Organic Chemistry, Analytical Chemistry, Inorganic Chemistry and Physical Chemistry. For students specialising in Optics and Quantum Chemistry, coursework emphasises quantum mechanics for chemists, spectroscopy and photophysics, molecular quantum theory, and the interaction of electromagnetic radiation with matter.
Practical laboratory training is integral, with advanced lab courses covering instrumental analysis, optical spectroscopy, laser-based measurement techniques, and experimental design. Computational methods and modelling are also included, introducing students to quantum chemistry software, numerical methods and data analysis. The programme commonly culminates in an independent senior research project or capstone experience where students apply experimental and computational approaches to a focused problem in optics or quantum chemistry.
Applicants are expected to hold an accredited secondary school diploma or equivalent. Successful candidates normally present strong performance in chemistry and mathematics; prior study in physics is desirable, particularly for the Optics and Quantum Chemistry focus. Admissions typically consider academic transcripts, a personal statement describing interest in chemistry and research, and letters of recommendation. Applicants who have completed college-level STEM coursework or laboratory experience may be advantaged. International applicants must meet the university's language proficiency expectations.
Graduates are prepared for a range of careers in industry, government and academia. Common paths include roles in photonics and optical instrumentation, materials and semiconductor research, analytical and quality-control laboratories, and technical positions in companies developing sensors, lasers or optical components. Many graduates continue to postgraduate study in chemistry, chemical physics, materials science or engineering; others move into interdisciplinary fields such as data science, patent law (with further qualification), science education or technical consulting.
Saint Martin's offers a small-campus environment with a liberal arts approach that emphasises close interaction with faculty and hands-on learning. Chemistry students benefit from direct access to laboratory facilities and opportunities to undertake independent research under faculty mentorship. The university cultivates internships and regional industry connections in the Pacific Northwest, helping students gain practical experience. The curriculum balances theoretical training and practical skills, preparing graduates for both immediate employment and further study.
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