Frequently Asked Questions
Find answers to common questions about the online Master of Science in Applied Biotechnology and Graduate Certificate in Applied Bioinformatics.
Yes, the Master of Science in Applied Biotechnology and the Graduate Certificate in Applied Bioinformatics are online programs. Books and materials are handled through an online bookstore. Learn more about online learning.
You can learn more about online learning or call an enrollment adviser at 1-877-895-3276 to discuss whether the online Master of Science in Applied Biotechnology or Graduate Certificate in Applied Bioinformatics is a good fit for your learning style and career goals.
You may start the Master of Science in Applied Biotechnology or Graduate Certificate in Applied Bioinformatics at the beginning of any semester: fall, spring, or summer. Fall semester begins in early September, spring semester in late January, and summer semester in early June.
For semester schedules and a list of courses, view the Course Schedule.
Individual campuses have different completion requirements. Please check with your home campus for the actual policy. In some cases, there is the option to petition for more time when needed.
Although you will take courses taught by faculty from partner campuses and complete your program entirely online, you will be asked to choose a “home” campus from one of the program’s degree-granting institutions: UW-Green Bay, UW-Madison, UW-Oshkosh, UW-Parkside, UW-Platteville, UW-Stevens Point, or UW-Whitewater. Your home campus is the institution from which you will receive advising, career services, and your diploma.
Courses in the Master of Science in Applied Biotechnology and Graduate Certificate in Applied Bioinformatics are taught by faculty from the participating University of Wisconsin campuses. Online courses have the same rigor and requirements as on-campus classes and are taught by the same expert faculty.
Call 1-877-895-3276 or email email@example.com.
The Master of Science in Applied Biotechnology requires two semesters of college-level lab coursework in biology and/or chemistry. To satisfy the prerequisite you must have completed either two semesters of biology, two semesters of chemistry, or one semester each of biology and chemistry.
The Graduate Certificate in Applied Bioinformatics requires one semester college-level biology with lab.
All coursework must have a lab component.
If you need to complete a prerequisite course before applying or are not sure whether you meet these requirements, please contact an enrollment adviser by phone, 1-877-895-3276, or email firstname.lastname@example.org.
TUITION AND FINANCIAL AID
Tuition for the Master of Science in Applied Biotechnology and Certificate in Applied Bioinformatics is the same flat rate per credit whether you live in Wisconsin or out of state.
A variety of financial aid opportunities may be available for returning adult students. Contact the Financial Aid Office at your home campus for more information.
Yes. Eligible veterans, their spouses, their children, and current members of the military may be eligible to receive state and federal military benefits. For more information, contact the Veterans Coordinator at your home campus.
MS IN APPLIED BIOTECHNOLOGY PROGRAM
There is no traditional internship requirement. However, the capstone course, ABT 790 Capstone, requires students to complete a field experience project with the goal of gaining valuable, hands-on experience. Students may be able to complete the project at their current place of employment, or arrange for online project work with an external organization.
Although there are no on-campus meetings or requirements, students may need to meet with their preceptor to complete their final capstone project (MS in Applied Biotechnology). Details of the capstone will start to take shape during the 1-credit Pre-Capstone course taken prior to enrolling in the Capstone course. Students are encouraged to start discussing capstone requirements with their academic advisor as they plan their academic calendars.
Prerequisites for admission to the program require a lab component. The curriculum includes courses that focus on the applied aspects of biotechnology that don’t require hands-on work, such as data analysis, experiment design, data interpretation, and knowledge you will need to be successful in any one of the chosen specialization tracks. Depending on the focus of your capstone project, hands-on lab work may be a component of your research experience. Additionally, laboratory skills and techniques are often included in on-the-job training.
It depends on whether you choose to study full or part-time, and how many specialization tracks you choose to complete. Students are required to complete, at minimum, all 11 courses in the curriculum (31 total credits), which includes 6 core courses (3 credits each), 3 track courses (3 credits each), the capstone prep course (1 credit), and the final capstone project course (3 credits). Students choosing to complete more than one track will have additional required courses per track.
Courses are offered during all three semesters on a rotation. Completion time depends on how many courses a student takes during a semester and whether they attend all three semesters. Students should work with their advisor to formulate a completion plan that takes into account personal time constraints such as work and family obligations. Many students take two courses per semester and some take more. Some of our graduates achieved their degree by taking one course per semester. There is not one approach that works for all students. Our offerings will help you customize to best fit your personal situation.
The Master of Science in Applied Biotechnology program is intended for professionals currently working in biotechnology and related settings who are seeking career advancement, or those with a science background seeking entry to the field. Working parents, professionals, and veterans will find the flexibility of online courses especially convenient.
Students may have a bachelor’s degree in areas including (but not limited to) biological sciences, chemistry, biochemistry, molecular biology, wildlife ecology, agricultural science, biomedical engineering, environmental science, physics, or geosciences.