Master of Engineering in Bioengineering

at Montana State University - Bozeman USA

Candidates in the graduate History program at Montana State contribute to historical research and scholarship in four concentrated areas: environmental history; the history of science, technology, medicine and society; the history of the American West; and public history. Candidates investigate research interests through diverse opportunities that include seminar discussions, collaborating with their graduate committee, classroom instruction, teaching assistantships and internships. At the conclusion of the degree, master’s students are expected to submit a thesis or professional research paper, while doctoral candidates are expected to submit a dissertation on a topic of their choice.

Students in the Chemistry (Professional) program at Montana State delve into a core of chemistry courses and technical electives to prepare for careers within the field, as well as medicine, patent law, science writing and more. Depending on their interests, students are also encouraged to engage with additional mathematics and/or physics courses as well. Additionally, all students in the Chemistry (Professional) program are assigned to an on-campus lab to conduct laboratory research as part of their degree, preparing them for either on-the-job laboratory work or higher education.

Students in the Plant Biology program at Montana State start with a broad education of issues connected to the plant sciences before focusing their interest in the field with a cellular, molecular, organismal, ecological or genetic perspective to botany. Due to the interdisciplinary nature of the program, Plant Biology students are able to personalize their studies with additional coursework in departments such as Ecology or Land Resources & Environmental Sciences to complement their interests.

In the graduate Art History program at Montana State, candidates have the opportunity to work hand-in-hand with faculty that possess extensive experience in field, museum and archival research. With a strong record of scholarly publications and backgrounds in art historical theory and methodology, candidates are able to collaborate on scholarship that spans from antiquity to the core of Western art history, as well as foci in Ancient to Contemporary China, the Americas, decorative arts and museum studies.

In the Mathematics graduate program at Montana State, candidates work in a variety of areas including real and complex analysis, applied mathematics, dynamical systems, mathematical biology, mathematical imaging and probability. Additionally, candidates are able to take advantage of the prestigious MT PEAKS Fellowship, which is specifically designed to broaden candidates’ training beyond academia and into business, industry or governmental pathways.

Montana State’s Master of Architecture program is specifically designed to hone the creative and scientific skills obtained in a candidate’s undergraduate studies with comprehensive design studios, investigative projects and preparation to take the ARE in order to become a registered architect. Candidates will have opportunities to forge their design sensibilities and scientific knowledge with explorations of sustainable building practices and the impact of architecture and the environment.

Students in the Geospatial & Environmental Analysis program at Montana State combine knowledge of core natural sciences with courses in remote sensing, geographic information systems (GIS), global positioning systems (GPS) and statistics to assist in supporting balanced land management decisions. Throughout the program, Geospatial & Environmental Analysis students are encouraged to gain hands-on experience with land, people and information through field trips, internships and the capstone field course.

Financial engineers combine economic theory and engineering problem-solving skills to assist businesses with risk management strategies, which is an increasingly important role in today’s globalized economy. In the Financial Engineering program at Montana State, students undergo rigorous training in economics, engineering mathematics and actuarial methods that are at the core of the financial industry.

In the Sustainable Food Systems graduate program at Montana State, candidates dig further into special topics on sustainability and the food industry to better understand the relation between food systems and public health. Sustainable Food Systems graduate student projects can potentially cover a broad range of topics, including but not limited to food system education and public awareness, how local food systems can localize diets, institutional purchasing of local foods, food policies, community supported agriculture, food processing and distribution, community food security, community-based food and nutrition assistance and more. Additionally, students are able to tailor the program to their specific interests by taking coursework connected to health promotion and education, political science, economics, business, Native American Studies, agriculture and food science.

Candidates in the graduate Entomology program at Montana State are able to broaden their knowledge within the field through formal coursework and independent research projects that span the breadth of research foci in the field. Taking advantage of Montana State’s location within the Greater Yellowstone Ecosystem and within the western United States, entomological research at MSU includes some of the most important pests in the region, while beneficial insects studied in the department include various biological control agents and pollinators. Depending on a candidate’s interest, their individual program can be designed to suit their individual interests and career goals.