Canisius University

What you'll study

This interdisciplinary major brings together core topics in chemistry, physics and the life sciences to give students a molecular-level understanding of biological systems. The programme is typically structured across four years and combines classroom instruction, laboratory courses and a research capstone.

• Foundations: General chemistry, organic chemistry and introductory physics with laboratory work to establish a quantitative base.
• Molecular and cellular biology: Cell biology, genetics, molecular biology and developmental biology covering mechanisms of gene expression, cell signalling and regulation.
• Biochemistry and enzymology: Structure and function of proteins and nucleic acids, metabolic pathways, enzyme kinetics and regulation.
• Biophysics and structural approaches: Principles of molecular structure, thermodynamics, spectroscopy and microscopy applied to biological molecules.
• Laboratory and practical skills: Core lab techniques such as PCR, gel electrophoresis, protein purification, chromatography, spectroscopy and quantitative data analysis; emphasis on good laboratory practice and experimental design.
• Bioinformatics and quantitative methods: Introduction to computational tools for sequence analysis, molecular modelling and statistical approaches used in modern molecular biology.
• Capstone and research experience: A senior seminar or independent research project under faculty supervision, allowing students to design experiments, analyse data and present findings.
• Electives and interdisciplinary options: Advanced courses in topics such as immunology, neurobiology, cell signalling, pharmacology and advanced physical chemistry, plus opportunities to take courses across the liberal arts curriculum.

Entry requirements

Applicants are expected to have a strong high school background including biology and chemistry, and a good level of mathematics (algebra and preferably pre-calculus or calculus). Typical application materials include a high school transcript, a personal statement, and one or more letters of recommendation.

Details commonly considered by the admissions team include academic performance in science and maths courses, demonstrated laboratory or research interests (if available), and alignment with Canisius University’s liberal arts and Jesuit educational mission. Canisius operates an inclusive admissions approach; applicants should consult the university for precise criteria and any test-optional policies.

Career prospects

Graduates from this programme are prepared for a wide range of careers and further study. Common pathways include:

• Research and industry: Laboratory technician or research associate roles in academia, biotechnology and pharmaceutical companies.
• Clinical and diagnostic laboratories: Positions in clinical laboratory science, with further certification where required for certain roles.
• Advanced study: Progression to graduate programmes such as Master’s or PhD degrees in molecular biology, biochemistry, biophysics or related fields, as well as professional schools (medicine, dentistry, pharmacy).
• Applied and allied careers: Careers in bioinformatics, quality control, regulatory affairs, science policy, patent law (with additional legal training), science communication and public health.
• Education and outreach: Teaching at the secondary level or working in museum, laboratory education and community science programmes.

Why study at Canisius University

Canisius offers a student-focused liberal arts environment where small class sizes and close faculty mentorship are central. The university emphasises undergraduate research, giving majors meaningful opportunities to work alongside faculty in supervised projects and to present their work.

Students benefit from modern laboratory facilities and a curriculum that integrates quantitative and computational skills with hands-on molecular techniques. Located in the Buffalo area, Canisius students can also pursue internships and experiential learning with local hospitals, research institutions and biotech employers. The programme’s integration within a Jesuit liberal arts education supports development of critical thinking, ethical reasoning and communication skills valued by employers and graduate programmes alike.