Saint Michael's College

What you'll study

This programme integrates core concepts from chemistry, physics and molecular biology to provide a solid foundation in the molecular mechanisms of life. You will take a sequence of chemistry courses (general, organic and analytical), introductory and advanced courses in biochemistry and molecular biology, and supporting classes in cell biology, genetics and physical chemistry. Coursework emphasises laboratory competence: students gain experience in molecular cloning, protein purification and analysis, spectroscopy, microscopy, and quantitative laboratory techniques.

• Foundational science: general chemistry, organic chemistry, calculus and introductory physics
• Core biological science: molecular biology, cell biology, genetics and physiology
• Specialist modules: advanced biochemistry, structural biochemistry/biophysics, enzymology and membrane biochemistry
• Methods and analytics: biophysical methods, bioinformatics, laboratory instrumentation and data analysis
• Capstone experience: senior seminar and an independent research project or thesis conducted with a faculty mentor
• Electives and interdisciplinary options: bioethics, environmental biology, computational biology and chemistry electives

The curriculum is designed to be progressive: early semesters build core knowledge and laboratory skills, while later years emphasise independent research, experimental design and data interpretation. Many students take advantage of summer research, internships with regional biotech firms or collaborative projects with nearby research institutions.

Entry requirements

Applicants should demonstrate a strong secondary-school academic record with particular strength in the sciences and mathematics. Successful candidates typically present preparation in chemistry and biology, and are comfortable with algebra and introductory calculus. Recommended preparatory subjects include:

• High school chemistry (including laboratory experience)
• High school biology
• Mathematics to at least algebra and precalculus; calculus is recommended
• Physics is strongly recommended but not always required

Saint Michael’s College evaluates applications holistically, considering academic performance, teacher recommendations, and personal statements. Placement testing or consultation with the department may be used to determine appropriate first-year courses in chemistry, mathematics or physics.

Career prospects

Graduates with a degree in Biochemistry, Biophysics and Molecular Biology are prepared for a wide range of career paths. Common directions include technical and research roles in biotechnology and pharmaceutical companies, quality control and regulatory positions, and laboratory-based roles in clinical and diagnostic settings. Many graduates continue into postgraduate study—graduate research (MSc/PhD) or professional programmes such as medicine, dentistry and physician associate training.

• Laboratory research technician or research scientist in academia or industry
• Biotechnology and pharmaceutical development roles (assay development, protein engineering, process development)
• Clinical laboratory and diagnostic science
• Bioinformatics and computational biology roles
• Graduate study (PhD, MD, MS) leading to careers in research, medicine or advanced clinical practice
• Science education, policy, intellectual property and regulatory affairs

Hands-on research experience and internship placements available through the programme enhance employability by providing demonstrable technical skills and professional networks.

Why study at Saint Michael's College

Saint Michael’s College offers a liberal arts environment with small class sizes and close faculty-student interaction, which is particularly advantageous for a laboratory-intensive programme. The college supports undergraduate research through on-campus laboratories and faculty-led projects, enabling students to undertake meaningful independent research and present results at regional conferences.

• Personalised mentorship: accessible faculty who supervise senior projects and guide research placements
• Hands-on learning: modern teaching laboratories and emphasis on practical skills and experimental design
• Undergraduate research emphasis: opportunities to work on real research questions and collaborate with local research institutions
• Career support: internship connections, advising for graduate and professional school applications, and resources for career development

The college’s location and connections in the region provide additional opportunities for internships and collaborations with biotechnology firms, hospitals and academic research groups, making it a strong choice for students seeking an undergraduate education with a clear pathway into laboratory careers or further study.