325 Best Molecular Biology Degree Programs for 2025

Requirements for Bluffton’s chemistry major closely follows the guidelines set by the American Chemical Society and includes a strong emphasis on the core areas of chemistry: analytical, inorganic, organic and physical chemistry. You will take some physics and mathematics courses, and if you have an interest in computers, you can take computer courses as electives.

The program includes innovative activity-based learning in small classroom settings. Faculty teach all our lab classes, not graduate students. Chemistry lab sections range from 20 to approximately 10 students in upper-level courses. Integration of chemistry majors within the program allows students to work closely with faculty and staff as teaching assistants, tutors, and laboratory preparers.

Biochemistry serves as a vital bridge between macroscopic and molecular worlds, encompassing the broad study of chemical processes within and relating to living systems. The mechanisms that sustain life are rich and complex, and biochemists are trained to appreciate those mechanisms on a uniquely fundamental level.

Using chemical principles to solve biological problems can illuminate so much about our world. Biochemistry at the University of St. Thomas blends biology and chemistry by using molecular principles to investigate essential processes in living systems.

Students in this major apply basic principles of chemistry and physics to the study of living cells and their components to explain biology at molecular, genetic, and cellular levels.

The Biochemistry major focuses on the study of the chemical processes of life. Combining the study of biology and chemistry equips you with the knowledge of biological processes and the chemical tools to understand, study, and modify these events.

Students will acquire important skills and methods for scientific research, analysis, and synthesis with this major.

Bioengineering applies engineering methods and concepts to living systems and their interactions with non-living systems. With the integrated science and engineering skills gained at WSU, our bioengineering graduates are able to make valuable contributions to human and animal health care and environments, bio-based product development, and biotechnology.

Students in Southeastern's Biological Sciences program have access to state-of-the-art laboratories, innovative instruction and outstanding faculty.

Biotechnology and molecular biology research integrate and apply science and mathematics to real-world problems. Kean biotechnology students study in state-of-the-art facilities and prepare for successful careers in the sciences.

The bachelor of science (BS) degree in biological sciences educates students broadly in biology.

BS Biology program is to provide students an outstanding and comprehensive education in the life sciences. We strive to provide our students with a fundamental understanding of the processes that govern living systems and the techniques necessary to study them. We prepare students to pursue careers in the life sciences, to understand complex biological issues, and to use scientific thinking throughout their lives. Student development occurs through a rigorous course of study that emphasizes interdisciplinary, experience-based classes, and research projects. Faculty accessibility to students is a priority; therefore, we endeavor to offer small classes with integrated laboratory and field research experiences that promote student and faculty interactions. Students gain occupational experience through internships and/or thesis research that are supervised by faculty and professional mentors. Students graduating with a BS: Biology degree will be extremely well prepared to compete with their peers in many areas of the biological sciences. The BS: Biology degree is appropriate for students interested in attaining careers after graduation in fields as diverse as health care, biotechnology, the pharmaceutical industry, biomedical laboratories, forensics, and science education. In addition, the curriculum of this degree is tailored to provide students will all of the coursework necessary to attend top graduate programs in biology fields (in areas such as cell/molecular biology, microbiology, and public health) as well as veterinary, medical, dental, pharmacy, optometry, physical therapy, physician assistant, nursing, and sports medicine schools. The Option Areas listed for the BS: Biology degree is designed to allow students to focus on specific coursework in a number of exciting and popular areas within the biological sciences. The Molecular Bioscience Option is tailored for students interested in research and applied science careers in biotechnology, forensics, biomedical laboratories, and the pharmaceutical industry. The Pre-Professional Medical & Veterinary Sciences Option prepares students for graduate programs and professional schools in the variety of allied health fields and veterinary medicine and contains all of the necessary prerequisites for acceptance into the majority of these schools. The Integrative Biology Option is designed for students who want flexibility and independence to pursue coursework from across different science and mathematics disciplines. This Option is particularly appropriate for students who transfer to the University of Montana Western with specialized science courses not offered at our institution.

Biology is the study of organisms, including the molecular and cellular basis of life, development of the individual and its genetic basis, maintenance of the individual, and interaction of organisms with their biotic and physical environment. Undergraduate Biology offers both Bachelor of Sciences (BS) and a Bachelor of Arts (BA) degree programs in Biology. Both degree programs build on a strong foundation in chemistry, mathematics, and physics that provides the concepts and methodologies needed to understand biological complexity at multiple levels.

The Comparative and Molecular Biosciences (CMB) program is transdisciplinary and intercollegiate, bringing together basic, applied, and clinical scientists from across the University of Minnesota to provide students with individualized, cutting-edge biomedical research training to address both animal and human health.

Van Andel Institute Graduate School is intended for students seeking a Ph.D. in molecular and cellular biology that prepares them for leadership positions in biomedical research.

The Computational Biology Department’s Masters of Science in Automated Science: Biological Experimentation (MSAS) program trains practitioners in the design, implementation, and application of laboratory automation and artificial intelligence in scientific research. Students train with world-class faculty, including those from the top-ranked School of Computer Science.

In only one year, a Master of Science in Biotechnology degree can be yours. Learn how to take scientific ideas from bench top to business in just 365 days.

The University of Wisconsin online Master of Science in Applied Biotechnology was created for adults like you who want to advance their potential. Whether your experience is in healthcare, agriculture, or industry, you will learn how to bring the best of biotechnology innovation to the market, where it can do the most good. This convenient, online degree allows you to study when and where you like, making it a great option if you are juggling multiple job and family responsibilities.

The MS in AMBB program is for individuals holding a Bachelor of Science in biology, chemistry, or a related major, who do not hold a Bachelor’s degree in Biotechnology or Applied Molecular Biology, and who lack the skills set to pursue a career as a laboratory scientist in the biotechnology, biopharmaceutical or molecular diagnostic sectors. Through this degree, students will gain specialized, in-depth professional hands-on skills and leadership competencies preparing them to succeed within the increasingly competitive biomedical sciences sector. In today’s employment market, individuals seeking positions in laboratory-based professions require tangible skill set, as employers can no longer “pay to train.” The MS in AMBB will allow students to gain defined “bench-focused” technical competency, in addition to training in regulatory and fiscal affairs that impact laboratory management. Following graduation, students can apply their knowledge to meet specific career goals whether it be laboratory practice in biotechnology, molecular diagnostic, or academic research settings. The MS-AMBB curriculum will prepare students to sit for the national certification examination in molecular diagnostics, MB(ASCP).

The Augusta University College of Science and Math offers a two-year, 36 credit-hour thesis based Masters of Science Degree in Biomolecular Science. The program will provide education and training for careers in pharmaceutical, biotechnology, biomedical, and chemical industries or for entry into doctoral research or professional degree programs. With a requirement to complete a mentored research project, the program prepares students to investigate a wide range of biomedical-related topics including study of the mechanism of disease and development of new drugs.