Case Western Reserve University

What you'll study

The Natural Sciences programme provides a core grounding in quantitative and experimental methods across biology, chemistry, physics, earth and environmental sciences, and mathematics. Students tailor their degree by selecting a primary concentration and complementary electives, with options to take advanced courses, laboratory modules and fieldwork. The curriculum emphasises hands-on laboratory experience, statistics and data analysis, and independent research.

Typical modules and course areas

• Foundational courses in calculus and statistics for the sciences
• Introductory and intermediate biology (cell biology, genetics, ecology and evolution)
• General and organic chemistry with supporting laboratory work
• Classical and modern physics with laboratory courses
• Earth and environmental science modules, including geology, climatology or environmental chemistry
• Laboratory methods: analytical techniques, instrumentation and experimental design
• Computational and quantitative methods: data analysis, modelling and programming for scientists
• Seminar courses and a capstone experience or senior research project supervised by a faculty member

Students are encouraged to augment coursework with undergraduate research in faculty labs, internships with local industry and clinical or field placements. Interdisciplinary electives from engineering, public health and social sciences are commonly used to broaden applied skills.

Entry requirements

Admission is to the university’s undergraduate programmes and is competitive. Applicants should demonstrate strong academic preparation in mathematics and science from secondary education. Typical application materials include a secondary school transcript, a personal statement, and academic references. Standardised test submission policies may vary; applicants should consult the university for current guidance. International applicants are required to provide proof of English language proficiency where applicable and must submit equivalent academic documentation.

Recommended preparation

• High-school level mathematics including algebra and calculus where available
• Laboratory science courses in biology, chemistry and physics
• Evidence of analytical skills and independent project work, such as science fair projects or research experience

Career prospects

Graduates with a Bachelor’s in Natural Sciences leave with versatile scientific and quantitative skills that support a wide range of career paths. Many alumni proceed to graduate or professional schools (such as master’s programmes, PhDs, medical, dental or other health professions).

• Research technician or laboratory analyst in academic, government or private-sector labs
• Roles in biotechnology and pharmaceutical companies, including product development and quality control
• Environmental consultant, field scientist or policy analyst in environmental firms and NGOs
• Data analyst or technical specialist applying quantitative skills in industry
• Secondary-school science teacher (with appropriate certification) or science communicator
• Further study leading to careers in medicine, public health, epidemiology, or advanced scientific research

Why study at Case Western Reserve University

Case Western Reserve is a research-intensive university with strong cross-school collaborations, notably with nearby medical institutions and hospitals. Undergraduate students benefit from opportunities to join active research groups, access modern laboratory facilities and participate in internships with regional industry partners. The university offers structured academic advising and career services to help shape practical experiences and plan postgraduate pathways.

Small course sizes in upper-level classes, a culture that supports interdisciplinary study, and proximity to hospitals, research centres and start-ups create an environment well suited to students seeking rigorous scientific training and direct experience that connects study to professional contexts.