Biotechnology & Genomics
The objective of the Master of Business and Science degree (MBS) with a concentration in Biotechnology & Genomics is to educate students in the essential skills for managing technical development and commercial applications in industries that apply and make use of the molecular biological sciences, including biotechnology, genomics and proteomics, biochemistry, cell biology, systems biology and nanobiotechnology.
Biotechnology is a rapidly moving transformative technology that has applications in industries as diverse as healthcare, pharmaceutical development, agriculture, alternative energy, environmental monitoring and restoration, and nanotechnology. In particular, biotechnology is now the predominant technology underpinning the development of new pharmaceuticals and medical diagnostics and treatments. Genomics is the study of whole genomes (the entire genetic complement of an organism) and is focused on the structure and behavior of all the genes in an organism or ecosystem. Genomics is an application of biotechnology that has developed in the last 10 years and places a particular emphasis on understanding how very large numbers of genes interact with each other and with their environment. Genomics has been made possible by new and rapidly evolving developments in structural and analytical methods (e.g., ultra-high throughput DNA sequencing) along with the development of the computational approaches needed to handle large datasets. Genomics is rapidly finding applications in industry (e.g., in developing personalized medicine, finding new drug targets or searching for novel industrial enzymes in exotic microflora).
We also have a bioinformatics option for those interested. Follow the core courses below and use courses from these lists in bioinformatics or data-enabled sciences, or take any of the courses from the Information Technology or Analytics concentrations. Please consult your advisor for more information.
Students an MBS in Biotechnology and Genomics may work as industry researchers, bioinformaticians, consultants and biotechnical scientists, as well as in other areas that involve more business skills. MBS Graduates in this concentration have found work with job titles such as, Analyst, Analytical Biochemist, Associate Biotech Scientist, Lab Researcher/Technician, Marketing Associate, Regulatory Affairs Associate, Venture Associate, and many others. The places where graduates work include pharmaceutical, biotechnology, and personal care companies, research labs, and others including, Bristol Myers Squibb, Chromocell Corporation, Celgene Corporation, Colgate-Palmolive, Genewiz Inc., Johnson & Johnson, Merck and Co., Zitter Health Insights,and many others.
Please see our blog post discussing emerging job opportunities in biologics: http://mbs.rutgers.edu/articles/career-focus-job-trends-biologics
A student must submit transcripts and GRE scores. A student must have a Bachelor’s Degree in biotechnology, genomics, genetics, biochemistry, biology or a related field. Prerequisite coursework must include two semesters of biology, two semesters of general chemistry, two semesters of organic chemistry and one semester of calculus and one semester of genetics. For those that do not have laboratory experience the following course is recommended. 11:126:482 Molecular Genetics Laboratory (4).
I. Business Courses
A total of 19 credits are required in the business curriculum. Six courses are required - all but one of the courses are for 3 credits each. (See here for the full business curriculum.) Courses include:
- Principles of Communication and Professional Development (16:137:502) (3cr)
- Principles of Accounting and Finance for Science and Technology (16:137:530) (3cr)
- Market Assessment and Analysis for Business and Science - Life Sciences (16:137:507) (3cr)
- Ethics in Science and Technology Management (16:137:500) (1cr)
- Science and Technology Management Capstone (16:137:600) (3cr)
- Fundamentals of Intellectual Property (16:137:501) (3) (Summer Only)
- and 1 business electives (e.g., Project Management, Supply Chain) (3cr)
II. Science Courses
The Biotechnology & Genomics Science Track consists of five required courses and three elective courses.
Molecular Biology & Biochemistry: (2 courses)
- (Course 1) 16:115:503 Biochemistry (Fall, 4cr)
- (Course 2) 16:115:504 Biochemistry (Spring, 4cr)
Note: In cases where students have previously taken two semesters (or equivalent) of Biochemistry in their undergraduate training but these courses are not recognized as equivalent to the RU Biochemistry courses, these students should take the following course:
- 16:137:514 Fundamentals of Biological Chemistry in the Biotech Industry (Spring, 3cr)
Note: In cases where students have not taken Biochemistry previously and cannot schedule the RU Biochemistry courses listed above due to work hours, permission may be granted by the program director to take course 16:137:514 (above) and one other course to fulfill the two semester Biochemistry requirement. Please contact Dr. Paul Meers, email@example.com or Dr. Michael Lawton, firstname.lastname@example.org to discuss.
** Students who have taken the Biochemistry courses listed above (or equivalent) at Rutgers University New Brunswick as undergraduates or courses that are approved as equivalent from other institutions may substitute 16:137:514 or other electives instead. Please contact Dr. Paul Meers, email@example.com or Dr. Michael Lawton, firstname.lastname@example.org to discuss.
Biotechnology: (2 courses)
- (Course 3) 16:137:615 Concepts in Biotechnology & Genomics (Fall, 3cr)
- (Course 4) 16:137:616 NextGen Biotechnology & Genomics (Spring, 3cr)
Bioinformatics: (1 course)*
- (Course 5): 16:137:617 (11:126:484) Bioinformatics: Tools for Genomic Analysis (Spring,3cr) OR 11:126:485 (16:765:585) Bioinformatics (Fall,3cr)
*students are encouraged to take more advanced bioinformatics courses as part of their electives.
Dr. Paul Meers
Dr. Michael Lawton