Online Master’s in Biotechnology & Bioenterprise Programs


Less than 40 years ago, the United States Supreme Court ruled that a genetically modified microorganism could be patented, thus announcing the birth of the modern era of biotechnology. As much as science has evolved over those 40 years, the spheres of enterprise, regulation, and management have evolved in tandem.

An online master’s degree in biotechnology and bioenterprise (sometimes called biotechnology entrepreneurship or biotechnology management) equips professionals with advanced knowledge of biology and biotechnology while giving them the communication, leadership, and enterprise skills to match. With the advent of cutting-edge distance learning options, students can now access a leading academic institution located in a biotech hub—as well as the faculty, corporate partnerships, and network and research opportunities that go with it—while also advancing their career with work experience from anywhere in the world.

As data analysis skills and advanced scientific knowledge continue to play a crucial role in biotechnology development, more young professionals are breaking out of the academic track and laboratory setting, and instead, equipping themselves with a comprehensive and market-minded education. Graduates of an online master’s degree in biotechnology and bioenterprise have become scientists, technical professionals, attorneys, and entrepreneurs. Whether the task is producing life-saving drugs that combat high blood pressure, making improvements in radiation treatment for malignant tumors, or launching new biotech innovations that change the way medicine is practiced, this type of degree can provide the comprehensive skills necessary for professionals of all types to advance in the public-private biotechnology ecosystem.

As the biotechnology field continues to grow, it will need to interact with the non-scientific world in increasingly complex and meaningful ways; master’s programs in biotechnology and bioenterprise are helping to create a new crop of professionals as the bridge between worlds.
Discover what to expect from an online master’s degree in biotechnology and bioenterprise, including the expected coursework and three exceptional professors leading courses at these universities.

Featured Biotechnology Programs
Johns Hopkins University - Advanced Academic Programs Biotech Education Post-Bachelor's Certificate View Full Profile
Johns Hopkins University - Advanced Academic Programs Master of Biotechnology Enterprise & Entrepreneurship View Full Profile
The George Washington University School of Medicine & Health Sciences MSHS in Biomedical Informatics View Full Profile
The George Washington University School of Medicine & Health Sciences MSHS in Immunohematology and Biotechnology View Full Profile
Arizona State University Biomedical Diagnostics (MS) View Full Profile
Lewis University Graduate Certificate in Data Science in Computational Biology and Bioinformatics View Full Profile
Lewis University MS in Data Science - Computational Biology and Bioinformatics View Full Profile

THANK YOU FOR YOUR INTEREST IN Southern New Hampshire University Online MS - Construction Management

Professors to Know in Online Master’s Programs in Biotechnology & Bioenterprise

  • David S. Adams, PhD - Worcester Polytechnic Institute

    Dr. David Adams is a professor of biology and biotechnology at Worcester Polytechnic Institute, where he teaches classes such as advanced cell biology and virology. He received his doctorate in molecular biology from the University of Texas and completed his postdoctoral work in molecular biology at Rockefeller University in New York. Dr. Adams was the first person to replicate Alzheimer's disease in a mouse successfully, and his transgenic model is being used to identify drugs which can reverse A-beta-induced cell death. With research interests in molecular medicine, neurodegenerative diseases, and neurotrophic factors as therapeutics for neuro-regeneration, he continues to publish scholarly articles as well as make time for his innovative lab work in between classes. Notably, he’s a fellow of the American Association for the Advancement of Science and has received numerous accolades, including the Trustees Award for Outstanding Teaching in 1990 and the Chairman's Prize for Exemplary Faculty in 2008.

  • Thomas Koval, PhD - John Hopkins University

    Dr. Thomas Koval is a program coordinator and senior lecturer in John Hopkins' graduate biotechnology program. He teaches classes in advanced cell biology and radiation biology and oversees the program's independent research projects. He received his doctorate in cell and molecular biology and radiation biology from Ohio State University and completed his postdoctoral fellowship in physiology and biophysics and bioengineering at the University of Illinois at Urbana-Champaign. With 25 years of experience in researching, publishing, teaching, and lecturing on cell and molecular biology, Dr. Koval's work specializes in the effects of radiation on cells. He was the first to establish a cellular and molecular basis for resistance to radiation in insects. Dr. Koval has worked Hahnemann Medical College in Pennsylvania, the George Washington University School of Medicine and Health Sciences in Washington DC, and the Mayo Medical and Graduate School in Minnesota. He received the Excellence in Teaching Award from the John Hopkins Krieger School in 2006.

  • Doug Taylor, PhD - University of Maryland Global Campus

    Dr. Doug Taylor is a professor in the graduate biotechnology program focused on biotech management at the University of Maryland Global Campus. He received his doctorate in molecular biochemistry from Wake Forest University, and completed his postdoctoral fellowship at Boston University. Dr. Taylor is widely recognized as having discovered tumor-secreted exosomes and is a leading published author on the topic. For the last 30 years, he has worked on developing genomic, proteomic, and metabolomics technologies to define stable and specific markers for detecting cancer presence, defining tumor characteristics, and predicting cancer risk. After having served on strategic advisory boards for multiple industrial companies and filing 16 patents, he has gained significant experience in intellectual property management, including technology transfer and university-industry relations. Dr. Taylor was a four-time recipient of the Faculty Excellence Award while at the University of Louisville.