Bachelor of Science, Major in Health and Human Performance with Emphasis in Kinesiology

at Montana State University - Bozeman USA

Students in the Studio Arts program at Montana State begin their undergraduate artistic journey with Foundations courses, which aim to introduce students to the design thinking and visual literacy skills needed for the rest of their years in the program. From there, Studio Arts students have the opportunity to focus their creative personal vision in one of six areas of study: painting, drawing, printmaking, sculpture + extended media, metalsmithing or ceramics.

Candidates within the Fish & Wildlife Management graduate program at Montana State conduct applied research on the ecology and management of the diverse mammal, bird and fish species within the Greater Yellowstone Ecosystem. Established in 1936, the Fish & Wildlife Management Program at Montana State is one of the oldest and most successful resource management programs in the United States and graduate students benefit both from this tradition and the resources provided by the Department of Ecology and mentorship from the Montana Cooperative Fishery Research Unit of the USGS Biological Resources Division. The Master of Science in Fish & Wildlife Management can act as a terminal degree leading to professional employment as a fisheries or wildlife biologist but can also lead to a Ph.D. in Fish & Wildlife Biology or other disciplines.

In the Electrical Engineering department at Montana State, graduate students are granted access to innovative research labs and centers that allow candidates to explore cutting-edge issues in the field. Associated research entities include the Spectrum Lab, the Montana Nanotechnology Facility (MONT) and the Optical Technology Center (OpTeC), among others. While candidates are further honing their skills with vital hands-on learning opportunities, they are also supported by award-winning faculty who are recognized leaders in their area of expertise.

Students within the Animal Systems program at Montana State start their studies with a strong foundation in coursework on chemistry, physics, biology, microbiology and genetics during the first two years of the program. From there, students will apply both molecular and cellular biological concepts and associated techniques to address problems facing animal production systems.

Students in the Business – Marketing program at Montana State gain the tools to enter this growing and continuously-changing sector of the global economy through hands-on projects in and out of the classroom. Marketing students focus on skills such as statistical analysis, market tests and product research with interdisciplinary courses, extracurricular networking and consultation projects with the community. Once they enter the workforce, students in the program go on to become marketing and sales managers, retail buyers, sales professionals, digital marketing specialists or advertising account representatives.

Graduate students in the Biochemistry program at Montana State conduct research in a highly collaborative department, with interdisciplinary research opportunities available on campus as well as abroad. Ranked among the nation’s 100 leading research universities by the Carnegie Foundation, candidates are given the freedom to tailor the program to their own needs and interests while conducting research in state-of-the-art LEED-certified laboratory facilities.

Students in the Biological Engineering program at Montana State learn at the exciting interface of biology, chemistry and industrial systems. Whether discovering how microbes in Yellowstone National Park could be used to recycle plastic or working in a lab to develop new tools for diagnosing diseases like malaria and cancer in low-resource settings, Biological Engineering students are afforded a variety of opportunities to develop skills that will serve them in positions in biomedicine, environmental remediation and more.

In the Electrical Engineering department at Montana State, graduate students are granted access to innovative research labs and centers that allow candidates to explore cutting-edge issues in the field. Associated research entities include the Spectrum Lab, the Montana Nanotechnology Facility (MONT) and the Optical Technology Center (OpTeC), among others. While candidates are further honing their skills with vital hands-on learning opportunities, they are also supported by award-winning faculty who are recognized leaders in their area of expertise.

In the Sustainable Food Systems program at Montana State, students focus on the interconnected relationships between production, food policy, food security and health in order to make informed decisions and solutions to complex problems in the food industry. Sustainable Food Systems students develop important skills through hands-on experience in service-based learning internships, organic farming, culinary fundamentals and management, training on research methods and carrying out research projects in surrounding communities.

Electrical engineering graduates are key contributors at the frontier of science and engineering, using physics, electronics and electromagnetism to work with everything from nanotechnology to smart grids, inside human bodies to deep outer space. The Montana State electrical engineering program emphasizes hands-on laboratory work from EELE 101 through graduation. Electrical engineering students have access to state-of-the-art equipment and software, including electrical systems, advanced digital design, communications, control systems and even a fully functional microfabrication clean room facility. Needless to say, Montana State electrical engineering graduates have a great reputation for confidence and effectiveness in engineering design, analysis and troubleshooting.