University of Massachusetts Boston

What you'll study

The Biology BSc is built around a sequence of core biology courses, supporting chemistry and mathematics, and a range of electives that allow you to focus on molecular, organismal or ecological topics. Core topics typically include cell and molecular biology, genetics, evolution, physiology, ecology and microbiology. Laboratory components are emphasised throughout the curriculum to develop practical skills in microscopy, molecular techniques, biochemical assays, data analysis and experimental design.

Typical modules and learning experiences include:

• Foundational courses: introductory biology, general chemistry and calculus or statistics to provide quantitative and chemical foundations.
• Core biology sequence: cell biology, genetics, molecular biology, organismal physiology and evolutionary biology.
• Laboratory courses: multi‑semester labs that teach aseptic technique, PCR, gel electrophoresis, enzyme assays, microscopy and modern data handling.
• Specialist electives: microbiology, immunology, biochemistry, neurobiology, developmental biology, conservation biology, marine biology and bioinformatics depending on interests.
• Fieldwork and applied learning: ecology and field biology courses that use local coastal, wetland and urban ecosystems for practical training.
• Research and capstone: an independent research project, honours thesis or participation in faculty‑led research, often culminating in a presentation or written report.
• Professional preparation: options for pre‑health sequence, internship placements with local hospitals or biotech companies, and coursework in scientific communication and ethics.

Entry requirements

Admissions seek applicants with a strong secondary‑school record and preparation in science and mathematics. Typical expectations include a high school diploma or recognised equivalent with successful completion of biology and chemistry where possible. Successful applicants usually present solid grades in mathematics and laboratory science subjects; preparatory coursework in physics and additional math/statistics is helpful but not always required.

Additional requirements and considerations:

• Official transcripts from secondary school (and any post‑secondary institutions attended).
• Evidence of readiness for university‑level science (grades in biology, chemistry, maths). Specific grade thresholds vary by applicant pool and year.
• International applicants must meet English language proficiency requirements.
• Transfer applicants may be evaluated on completed college coursework and lab credits; articulation agreements exist for students coming from community colleges.

Career prospects

Graduates of the Biology programme go on to a wide range of careers. Many enter the life sciences workforce as laboratory technicians, research assistants, environmental consultants, conservation officers or quality‑control analysts. The degree also provides a strong foundation for further professional training in medicine, dentistry, physician assistant programmes and other allied health fields.

Other common pathways include:

• Biotechnology and pharmaceutical industry roles in R&D, production or regulatory affairs.
• Environmental and natural resource jobs with government agencies, NGOs and private consultancies.
• Secondary school science teaching (with appropriate teacher preparation or certification).
• Graduate study (MSc, PhD) in molecular biology, ecology, epidemiology or related disciplines.
• Science communication, public health, patent law and laboratory management with additional training or experience.

Why study at University of Massachusetts Boston

UMass Boston offers biology students the advantages of an urban research university with strong connections to the Boston‑area medical and biotechnology sectors. The campus provides modern laboratories, active faculty research programmes, and opportunities for undergraduate involvement in funded projects.

Students benefit from internships and practicum placements with nearby hospitals, research institutes and environmental organisations, plus access to regional field sites along the Massachusetts coast for ecological and marine studies. The university emphasises small class sizes for upper‑level courses and mentoring for independent research, making it a practical choice for students seeking applied experience and pathways into professional or graduate study.