St. Thomas University (FL)

What you'll study

The Natural Science degree combines core courses in the major scientific disciplines with flexible elective options and hands‑on experience. Early coursework establishes fundamentals in general biology, general chemistry, physics and introductory mathematics/statistics. As you progress you choose intermediate and advanced modules to create a coherent pathway that reflects your interests—examples include ecology and conservation, microbiology, genetics, biochemistry, environmental chemistry, physics of living systems and data analysis for scientists.

• Foundational modules: General Biology, General Chemistry, University Physics, Calculus and/or Statistics
• Intermediate modules: Cell Biology, Organic Chemistry, Ecology, Human Physiology, Analytical Chemistry
• Advanced/specialist modules: Molecular Genetics, Environmental Science and Policy, Biochemistry, Field Methods, Instrumental Analysis
• Laboratory and practical skills: laboratory techniques, scientific writing, experimental design, data analysis
• Capstone experience: a senior research project, internship or field study that integrates coursework and practical skills

The programme emphasises experiential learning: small lab classes, supervised research projects with faculty, and opportunities for fieldwork in South Florida’s varied ecosystems. Students can often combine the major with minors or certificates in areas such as environmental studies, biochemistry or data science to broaden their skillset.

Entry requirements

Applicants should hold a recognised secondary school diploma with strong preparation in science and mathematics. Typical expectations include successful completion of high‑school biology and chemistry, and competence in algebra or higher mathematics. Admissions will consider the overall academic record and any relevant extracurricular or laboratory experience.

• High school diploma or equivalent with solid grades in science and maths
• Recommendation of coursework in biology and chemistry; physics is advantageous
• Standardised tests (if submitted) are considered as part of the application; check the university for current testing policies
• International applicants must demonstrate English proficiency through recognised tests or approved alternatives
• Transfer students should provide college transcripts and details of prior science coursework; electives may be used to meet degree requirements

Admissions decisions may also take into account personal statements, letters of recommendation and evidence of scientific engagement such as research, volunteer or internship experience.

Career prospects

Graduates of the Natural Science programme are equipped for a range of entry‑level roles in science and related sectors or for further study. Common directions include:

• Laboratory technician or research assistant positions in academic, government or private laboratories
• Environmental monitoring and conservation roles with NGOs, consulting firms or public agencies
• Support roles in biotechnology, pharmaceutical and clinical research industries
• Preparation for professional health programmes (medical, dental, allied health) with appropriate prerequisite courses
• Continuation to graduate study (MSc, professional masters) in specialised scientific fields or environmental science
• Teaching careers at the secondary level after completing requisite certification

The programme’s emphasis on lab skills, data analysis and communication means graduates are prepared for both technical roles and those requiring problem‑solving and project management abilities.

Why study at St. Thomas University (FL)

St. Thomas University offers a personalised liberal arts environment with small class sizes that foster close interaction with faculty. The university’s location in the Miami region provides access to diverse ecosystems for fieldwork, internship placements with regional research institutes and environmental organisations, and industry connections in biotech and healthcare.

Students benefit from hands‑on laboratory instruction, opportunities to undertake faculty‑mentored research, and academic advising tailored to career or professional school goals. The university’s supportive community and commitment to ethical and civic engagement complement scientific training, preparing graduates to apply scientific knowledge in socially responsible ways.