Molecular & Cellular Biology, Bachelor of Science/Master of Science

The Molecular & Cellular Biology B.S./M.S. at Johns Hopkins University gives students an especially strong research experience, allowing them to move beyond classroom learning and work directly on an original scientific project. Students develop practical laboratory and research skills through close faculty mentorship, advanced seminars, teaching experience, and a full-year research project, while benefiting from the wider Johns Hopkins biology and biomedical research community.

Students can gain hands-on experience through:

• Mentored Research Program: Students complete a full academic year of intensive research through Mentored Research (020.551, 020.552, and 020.553). Working with a research mentor, students develop an original project that leads to a written thesis and oral presentation.

• Faculty-supervised research: Research mentors may be based at the Homewood campus, Carnegie Institution, School of Medicine, Bloomberg School of Public Health, or School of Nursing, giving students opportunities to experience different areas of biological and biomedical research.

• Research laboratories: The Department of Biology has 27 research laboratories studying biological questions using quantitative and molecular approaches, providing a strong environment for students interested in research careers.

• Cross-disciplinary research: Students can pursue research opportunities across biology, biophysics, chemistry, engineering, and the Johns Hopkins Medical Institutions, encouraging them to explore connections between different scientific fields.

• Advanced Molecular & Cellular Biology Seminar: The Master’s Seminar: Molecular & Cellular Biology I & II (020.603 and 020.604) includes student research presentations and discussions of current topics, helping students strengthen their scientific communication and presentation skills.

• Laboratory teaching experience: Students gain leadership and teaching experience by working as laboratory teaching assistants, developing their ability to communicate scientific concepts and support laboratory-based learning.

• Independent research: The program builds on the department’s undergraduate research opportunities, where students can gain experience working in a specific laboratory, developing laboratory techniques, critical-thinking skills, and research knowledge.

• JHU BioREU: Students can also participate in the Research Experiences for Undergraduates program, which provides an intensive summer research experience working with faculty and laboratory researchers.

• Thesis and research presentation: Students complete their research journey by preparing a written thesis and presenting their findings to the Biology department, giving them valuable experience communicating original research.

• Research-focused facilities: Students benefit from the Department of Biology’s research environment and the wider Johns Hopkins network of biological and biomedical research facilities, supporting work across molecular, cellular, developmental, and quantitative biology.

The Molecular & Cellular Biology B.S./M.S. at Johns Hopkins University gives students strong preparation for careers in biomedical research, biotechnology, and the broader life sciences. With advanced coursework, faculty mentoring, independent research, a thesis, scientific presentations, and teaching experience, graduates leave the program with both specialist knowledge and practical research skills. The program is also a strong foundation for students who want to continue into doctoral or professional education.

Typical career roles: Molecular Biology Researcher, Cell Biology Researcher, Biomedical Research Scientist, Biotechnology Researcher

These opportunities are supported by Johns Hopkins through:

• Career and employment support: Johns Hopkins provides career guidance through its Life Design Lab, including career coaching, networking, employer connections, internship guidance, interview preparation, job-search support, and access to alumni and professional networks.

• Employment and salary information: Johns Hopkins does not publish a program-specific employment rate or salary figure for the Molecular & Cellular Biology B.S./M.S. on the official program information. Therefore, a specific employment percentage or salary should not be presented as an official program outcome.

• Research and employer exposure: Students benefit from the university's extensive research environment, with opportunities to work across biology, biophysics, chemistry, engineering, and the Johns Hopkins Medical Institutions. This experience can help students build relevant skills for research and biotechnology careers.

• Faculty and research connections: The program allows students to work closely with research mentors and conduct an original project. Mentors may come from the Homewood campus, Carnegie Institution, School of Medicine, Bloomberg School of Public Health, or School of Nursing, giving students exposure to a wide range of biological and biomedical research.

• Strong academic reputation: Johns Hopkins has a particularly strong reputation in areas closely related to molecular and cellular biology. The university's latest reported U.S. News graduate rankings place biological sciences among the leading programs nationally, with molecular biology and cell biology also ranking highly.

• Long-term value: The program does not provide a professional engineering accreditation. Its long-term value comes from advanced scientific training, intensive research experience, thesis development, faculty mentorship, scientific communication, and laboratory teaching experience. These skills can be valuable for both research-focused employment and further academic study.

• Graduation outcomes: Graduates can use the combined bachelor's and master's training to move into research and biotechnology roles or strengthen their applications for Ph.D. and professional programs. The substantial research component also gives students experience that can help them compete for advanced opportunities in biological and biomedical sciences.

Further Academic Progression: After completing the program, students can continue into Ph.D. programs in areas such as molecular biology, cell biology, genetics, biochemistry, biomedical sciences, and related biological sciences. The degree also provides strong preparation for professional education in medicine and other health-related fields. For students aiming for research-intensive careers, doctoral study is a natural next step, while those interested in biotechnology or biomedical research can also enter the workforce and build their careers through laboratory and research positions.