Saint Louis University

What you'll study

The programme builds a foundation in the major disciplines of the natural sciences while emphasising hands‑on laboratory skills, quantitative reasoning and research methods. Early coursework typically covers general chemistry and general physics alongside introductory biology and calculus to provide the mathematical and experimental tools needed across the sciences.

• Core scientific modules: general chemistry, organic chemistry, introductory and intermediate physics, calculus and statistics for scientists.
• Biological topics: cell and molecular biology, genetics, ecology and evolution, microbiology and physiology.
• Physical science topics: classical mechanics, electromagnetism, thermodynamics, physical chemistry and materials science.
• Laboratory and practical skills: multi‑semester lab sequences in biology and chemistry, instrumentation and analytical techniques (spectroscopy, chromatography), computational lab work and data analysis.
• Research and capstone experience: mentored research projects, senior capstone or seminar series that integrate literature review, experimental design and presentation of results.
• Electives and specialisation: students choose electives to emphasise areas such as biophysics, environmental science, biochemistry, or applied physics; opportunities exist for independent study and internships.

The curriculum is delivered alongside Saint Louis University’s core liberal arts requirements, so students develop communication, ethics and critical thinking skills in addition to technical competence.

Entry requirements

Applicants should have completed a high school programme with strong preparation in mathematics and the natural sciences. Typical preparation includes courses in:

• High school chemistry and biology
• Algebra and precalculus or calculus
• Physics (where available)

Saint Louis University evaluates applications holistically. Successful applicants usually demonstrate a solid academic record in STEM subjects, good teacher or guidance counsellor recommendations, and an interest in laboratory work or research. Standardised test submission policies may vary; applicants should consult the university’s admissions guidance for current details. Transfer applicants will be assessed on college coursework in relevant STEM subjects.

Career prospects

Graduates of this interdisciplinary programme are prepared for a broad range of next steps. Many continue to postgraduate study in specialised scientific fields or professional programmes (medicine, dentistry, pharmacy), while others enter the workforce directly.

• Research and laboratory roles: research technician/assistant in university, government or industry labs; roles in biomedical, environmental or materials research.
• Healthcare and allied professions: preparation for clinical careers or allied health roles, often supported by SLU’s pre‑health advising.
• Industry and applied science: positions in biotechnology, pharmaceuticals, environmental consulting, quality control and instrument development.
• Education and outreach: secondary science teaching (with appropriate certification), museum or science communication roles.
• Further study and alternative careers: graduate study in physics, chemistry or biology, or careers in data science, patent law (with additional training) and science policy.

Why study at Saint Louis University

Saint Louis University offers a student‑centred environment with a Jesuit commitment to education that emphasizes intellectual growth, ethics and service. The university provides strong undergraduate research opportunities, enabling students to work closely with faculty on laboratory and field projects early in their programme.

• Faculty mentorship and small classes: accessible faculty with active research programmes and opportunities for one‑on‑one supervision.
• Modern laboratory facilities: dedicated teaching labs and research instrumentation that support interdisciplinary projects across biology, chemistry and physics.
• Experiential learning: internships, community partnerships and links to regional hospitals and research institutions in the St. Louis area.
• Comprehensive advising: academic and pre‑professional advising to help tailor coursework for graduate study, professional school or careers.
• Flexible pathways: the programme’s interdisciplinary structure allows students to customise their studies to match interests in biophysics, biochemical research, environmental science or applied physical science.