University of Delaware

What you'll study

The programme provides a foundation in core biological principles—cell and molecular biology, genetics, physiology, ecology and evolution—while allowing concentration in specialised areas such as molecular and cellular biology, ecology and organismal biology, neurobiology, or biodiversity and conservation. Typical first-year work builds quantitative and laboratory skills with courses in general biology, chemistry and calculus or statistics. Upper-level modules include molecular genetics, biochemistry, microbiology, developmental biology, ecology and evolutionary biology, plus advanced laboratory courses.

Students complete a mix of required core courses, electives within the major and supporting courses in maths, chemistry and physics. Emphasis is placed on active, hands-on learning: many modules include laboratory components, computer-based data analysis and fieldwork. Options for independent study, directed research, a senior capstone or honours thesis are available for students who want intensive mentorship and research experience.

• Introductory and core modules: general biology, molecular & cellular biology, genetics, ecology and evolution
• Intermediate/advanced modules: biochemistry, microbiology, developmental biology, neurobiology, conservation biology
• Skills and methods: laboratory techniques, bioinformatics, statistics, experimental design
• Capstone/research: senior seminar, independent research project or honours thesis supervised by faculty
• Electives and cross-disciplinary options: environmental science, biomedical engineering, public health, psychology

Entry requirements

Applicants should present a strong secondary-school record with substantial preparation in biology, chemistry and mathematics. Typical successful applicants have taken rigorous courses such as A-levels, IB higher-level science subjects, Advanced Placement (AP) science and maths, or equivalent national qualifications. For A-level applicants, biology and chemistry are commonly required, with a third academic subject.

International applicants must meet the University of Delaware's general admission standards and demonstrate proficiency in English through recognised tests or qualifications where required. The programme welcomes transfer students with collegiate-level science coursework and laboratory experience; transfer credit is evaluated on an individual basis. Competitive candidates often demonstrate engagement in extracurricular science activities, such as internships, research projects or science clubs.

Career prospects

Graduates with a biology degree from the University of Delaware pursue a wide range of careers. Many continue to postgraduate study (MSc/PhD) or professional schools (medicine, dentistry, veterinary medicine, physician assistant programmes). Others enter the workforce directly in roles such as laboratory technician, research assistant, environmental consultant, biological technician, or quality-control analyst in pharmaceutical and biotech firms.

Additional career pathways include conservation and wildlife management, science education and outreach, public health, regulatory affairs and science policy. The programme’s research and internship opportunities also position graduates for employment in contract research organisations, hospitals and government laboratories, or for entrepreneurial roles in the regional biotech sector.

Why study at University of Delaware

The University of Delaware is a research-intensive university that offers extensive undergraduate research opportunities with faculty across biological disciplines. Students benefit from hands-on training in modern laboratories, field stations and collaborations with research centres such as the Delaware Biotechnology Institute. Small-group lab classes and close faculty mentorship help undergraduates gain practical skills and prepare for advanced study or employment.

UD’s location provides access to a regional network of hospitals, environmental organisations and biotechnology companies, facilitating internships and experiential learning. The university also supports students with structured pre-health advising, study-abroad options, and seminars that link classroom learning with real-world scientific challenges.