Master in Applied Biology

Salisbury University offers a close-knit campus experience with a commitment to experiential learning and professional preparation. Established in 1925 and located in Maryland, the university serves around 7,100 students and supports a growing international community. Its scenic campus and personalized faculty engagement create an environment well suited to students who value mentorship and applied learning.

Programs span arts and sciences, business, education and health, with around 112 degree routes designed to combine theory and practice. Salisbury emphasizes hands-on opportunities such as internships, community projects and research that help students build practical skills. Small class sizes and accessible faculty promote active learning and deeper academic support across disciplines.

Beyond academics, Salisbury fosters a lively campus culture with student organizations, athletics and cultural events that enrich the student experience. Career services and employer partnerships focus on preparing graduates for immediate impact in their fields, while support services assist international students with integration and success. For those seeking an engaging, student-centered university with strong applied learning and a welcoming community, Salisbury is an appealing choice.

The Master in Applied Biology at Salisbury University is a Master's degree for students who want to gain special skills in biotechnology, laboratory and environmental science. This 2-year program helps students develop a strong background in theory and practical experiences. The program's main advantage is that it prepares students for diverse careers in biology.

The curriculum emphasizes research and development of skills in biotechnology and laboratory science. Students will gain hands-on experience in a research laboratory and develop skills in data analysis, experimental design, and scientific writing. They will also study topics such as molecular biology, genetics, and ecology.

Graduates of this program can pursue careers as research scientists, laboratory managers, environmental consultants, biotechnologists, and science teachers. They can work in industries such as pharmaceuticals, healthcare, and environmental conservation. Many graduates have gone on to competitive Ph.D. and professional programs, while others have found employment in their field.