MS in Computational Biology & Medicine

Technological breakthroughs in biology and medicine have been transforming the biomedical sciences into "information sciences," creating a digital divide that is an ongoing challenge to researchers, clinicians and educators. As a result, the demand for scientists who can successfully analyze complex biomedical data is skyrocketing—with no signs of slowing down.

The MS in Computational Biology & Medicine program addresses this gap by teaching essential and valuable skills that will allow practitioners to become proficient in their assigned tasks, compete effectively in the marketplace and contribute to research teams in academia, the private sector and other venues.

The curriculum features a required MS thesis, specialized electives in professional development and hands-on experiential learning through clerkships—ensuring graduates can hit the ground running.

Program Highlights

• Students benefit from the significant faculty expertise and facilities of the Jefferson Computational Medicine Center, an internationally recognized resource
• Designed for recent BS STEM graduates seeking a graduate-level program or working adults seeking career advancement
• Courses are offered late afternoon/early evening to maximize flexibility
• Full-time and part-time options
• Opportunity to customize class projects and thesis work

Career Outlook

With the computational biology market size projected to reach $22.47 billion by 2029 (Source: The Business Research Company), the field isn’t just rapidly growing—it’s demanding a new generation of experts with advanced digital skills. As such, graduates of Thomas Jefferson University's MS in Computational Biology & Medicine will be well-prepared to seize career opportunities in academia, the pharmaceutical industry, or biotechnology startups in roles such as:

• Computational Biologist
• Research Scientist
• Bioinformatician
• Software developer
• Data Analyst