Master of Arts in Native American Studies

at Montana State University - Bozeman USA

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.

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.

Students within the Microbial 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 microbial production systems.

Accountants are business professionals who work with others to identify, analyze and solve business problems. At Montana State, the Business – Accounting option is designed to help students develop the necessary technical expertise and broad-based business knowledge required for long-term success in careers such as auditing, assurance, tax consulting, corporate or non-profit accounting and finance, financial analysis, venture capital and financial planning. Montana State’s undergraduate Accounting program is specifically designed to help students experience a smooth transition toward entering the Master of Professional Accountancy program, ideal for if the student wishes to pursue their CPA certification or other advanced financial positions.

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.

Candidates in the Native American Studies graduate program at Montana State are able to study a diverse array of interdisciplinary subjects surrounding indigenous history and issues, as well as contribute to MSU's vibrant Native American community. Students focus on subjects such as history, cultural theory and methodology, anthropology, Native food systems, federal Indian law and policy, gender studies, literature and art, film studies, tribal government, higher education, geography and Native sciences and land resources and environmental studies. At the conclusion of their program, candidates pursue either a professional project or a thesis depending on their professional goals.

Students in the Sustainable Crop Production program at Montana State pursue the answers to hard-hitting questions pertaining to sustainability and agriculture. Those questions include “Where does our food come from? Are there ways to sustainably maintain production levels and yet protect our natural resources? Is it possible to improve the quality and nutrition of our food supply? Are local food systems a viable alternative to corporate agricultural production? Can crops grown for bioenergy production reduce our use of fossil fuels and lessen carbon dioxide emissions?” Coursework in the Sustainable Crop Production program help students in digging for those answers, including agronomy, soil fertility, plant genetics and physiology, greenhouse production, plant propagation, integrated pest management and small business management.

Students in the Agribusiness Management program at Montana State learn how to apply economic and business principles to the organization, operation and management of agricultural enterprises. Agribusiness Management students study the production, processing, marketing and distribution of agricultural products, as well as the accounting, finance and management skills core to running a successful business in the agricultural sector. Upon graduation, students are prepared to make the best decisions regarding production, crop and animal management and business strategy for agribusiness firms.

In the Environmental Biology program at Montana State, students learn more about the diversity of organisms – from microorganisms to large mammals – and their interconnected relationships in various complex environments. Environmental Biology students engage in cross-training on various subjects in biology and microbiology in order to gain a better understanding of those interrelated relationships on both a physical and chemical level in the environment.

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.