MASTER OF SCIENCE IN APPLIED BIOTECHNOLOGY
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 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.
11 courses. 31 credits. 100% online.
With an advanced degree in applied biotechnology, you can further your career in the biotechnology field. According to the Biotechnology Innovation Organization, since 2001 U.S. bioscience companies wage growth for the industry consistently exceeds other occupations. You’ll graduate from the University of Wisconsin program with a distiguished credential focused on the principles and techniques of biotechnology, which are all within the scope of the global biotechnology industry.
PRINCIPLES AND TECHNIQUES
- Ethical, Safety, and Privacy Concerns
- Leading Edge and Emerging Techniques
- Intellectual Property and Patents
- Professional and Technical Communication
- Experimental Design and Analysis
- Organizational Leadership
FLEXIBLE, CONVENIENT FORMAT
The online learning format offers working adults a flexible, convenient way to pursue an advanced degree. Because the coursework in the program is entirely online, you can study and do homework whenever you like, wherever you have an internet connection. Courses have no set meeting times and you never need to come to campus. At the same time, you will have ready access to success coaches and top faculty from an institution employers respect.
FLAT FEE TUITION
Tuition for the program is a flat fee of $850 per credit whether you live in Wisconsin or out of state, and financial aid is available for students who qualify.
Program ineligible for international F-1/J-1 visa holders
Core Curriculum + Specialization Tracks: Design Your Path
You’ll acquire a foundation in the principles and techniques of biotechnology with a core curriculum comprised of six courses. Add one or more specialization tracks to finish your degree.
QUALITY ASSURANCE AND COMPLIANCE
Ensure quality standards are met, from discovery to production. Focus on quality control and validation in product design, development, and manufacturing.
Learn marketing and commercialization strategies while exploring supply and distribution, sustainability, and project management in biotechnology from a global perspective.
RESEARCH & DEVELOPMENT
R&D—where innovation begins. Evaluate scientific discovery and market value, navigate patent, intellectual property, and licensing requirements, and balance business growth with innovation.
Aptitude tests, such as the GMAT and GRE, are not required for admission.
You may be eligible for admission if you have:
- Bachelor’s degree with a 3.0 or better grade point average (GPA)
- Prerequisite coursework: two semesters college-level biology with lab and/or chemistry with lab
Students must satisfy all admission requirements before starting the program and will not be allowed to take outstanding prerequisite courses concurrently with introductory program courses. Students with a GPA of less than 3.0 may be considered for provisional admission. Program academic directors have the option to waive one or more of the above prerequisites based on student work experience and background.
Get Real-World Experience
Employers want to hire professionals with the right combination of knowledge and experience. That’s why the curriculum concludes with a capstone course. You’ll have the opportunity to complete a project for an actual workplace or other professional setting and apply what you’ve learned in the program to a real-world problem. Students often discover rewarding job opportunities and professional connections through their capstone experience.
CONTACT INFO FOR ADMITTED STUDENTS
This exciting new program will begin accepting applications for the spring semester 2020, in mid-to-late August 2019.
Get the degree guide and you’ll be one of the first to know when the program application opens.
FRANCIS "FRANNIE" MANN, PH.D.
Academic Director of the Applied Biotechnology M.S., Chemistry Department
Dr. Mann is interested in the mechanisms by which microbes interact with their chemical environment by synthesizing or transforming chemical stimuli. Microbial synthesis of natural products is an evolutionary response to chemical stimuli, and I study the evolution and regulation of the enzymatic machinery within the pathway. Conversely, microbial transformation of natural products to reduce toxicity or produce novel products is the alternate mechanism by which microbes remodel their chemical surroundings.