Students working in Boston lab space, professors interacting.Student's working in chemistry lab on the Boston Campus.

Bachelor of Science in Biotechnology (BS)

Location: Boston | Start Term: Fall

Prepare for a career in a rapidly expanding field full of researchers harnessing biology to discover and develop cutting-edge therapeutics.

Turn Knowledge into New Medicines and Transformative Products

Discover how to apply critical concepts of biology toward the development of new products, methods, and organisms to improve human health and well-being in this full-time, four-year program in Boston, the global hub of the biotechnology industry. Learn from and with peers in related, yet distinct disciplines and explore exciting possibilities for your future as you acquire knowledge in our classrooms and master techniques in our laboratories, which are stocked with equipment that is commonly used by industry. Hone your communication and influencing skills while progressively building an academic foundation in the sciences, liberal arts, and technology. You will graduate with the experience—and confidence—to begin your career or advance your education at the graduate level.

Join the Workforce of the Future

The field of biotechnology is continuously evolving. An education at MCPHS ensures you won’t fall behind.

$103,650

Median annual salary

For biochemists and biophysicists in the U.S. (Bureau of Labor Statistics, 2025).

144,700

New Jobs

Number of job openings in the life, physical, and social sciences projected each year (Bureau of Labor Statistics, 2025)

21

Medical and research institutions

Number of world-class medical and research institutions steps away from campus in the Longwood Medical Area.

A Degree with Dividends

When you study Biotechnology at MCPHS, you’ll obtain skills that pay off in more than one area, giving you the advantages you’ll need to stand out in the field.

Lab Skills

Train in valuable scientific techniques, including cell culture, immunoblotting, DNA and protein extraction, CRISPR, and enzyme assays.

Analytical Skills

Sharpen your understanding of advanced scientific concepts and learn to parse and produce academic language by delving into the latest biomedical research.

Professional Skills

A curriculum with courses dedicated to career development gives you the confidence and knowledge to find a job.

News & Features

Keep up with the latest news from the School of Arts and Sciences at MCPHS

With this bachelor’s degree, you will be qualified for entry-level positions at life sciences companies as well as applied science graduate programs. This program is STEM-designated, qualifying international students for an additional two years of OPT work in the United States.

Upon successful completion of the program, students will be able to:

  • Demonstrate a solid understanding of fundamental concepts in molecular biology, chemistry, and biochemistry.
  • Conduct laboratory research and proficiently analyze and interpret results.
  • Apply contemporary scientific concepts to research and real-world scenarios, both independently and as part of a collaborative team.
  • Cultivate critical, creative, and constructive thinking to address challenges related to current biotechnology issues.
  • Effectively communicate the outcomes of scientific projects and research, elucidating their practical applications.

What will I study in the program and what skills will I gain?

The curriculum includes cell biology, molecular biology, genetics, biochemistry, data science, lab techniques, statistics, and elective options in areas like immunology and cancer biology. The program emphasizes hands-on laboratory experience, scientific communication, and critical thinking to prepare you for industry roles or graduate study.

Are there any specific high school courses that will help me get into this program?

There are no required courses for first-year entry, but the admissions committee looks for success in math and science classes you've already taken. If you’ve completed courses like biology, chemistry, or calculus, you may earn transfer credits, which can lighten your first-year course load.

What kinds of careers can I pursue after graduating with this degree?

Graduates are prepared for entry-level positions in the life sciences and biotechnology industries, such as research technician roles, laboratory support, or quality control. The degree also sets a foundation for advanced study in graduate or professional programs in science, medicine, or related fields. The curriculum’s emphasis on real-world laboratory and research skills is designed to help you transition directly into work or further education.

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