Bachelor of Science, Major in Environmental Sciences

at Montana State University - Bozeman USA

Microbiology is a diverse discipline that has become an umbrella term for a variety of studies, including bacteriology, mycology, protozoology, phycology, parasitology and virology. In the Environmental Microbiology program at Montana State, students are able to delve into the study of molecular biology, microbial physiology, microbial genetics and environmental microbiology to prepare for careers in the field.

The Master of Fine Arts program at Montana State is structured as a project-based, non-media specific program that advances both artistic development and creative leadership. Over the course of three years, students who practice a variety of different media within their art form a community that fosters exploration, professionalism and creative success. Students within the M.F.A. program enjoy a studio experience that both centers the conceptual and production processes of the art-making experience while developing the skills needed for professional artists to develop, organize and execute complex artistic or entrepreneurial endeavors. The M.F.A. program at Montana State is highly competitive and only accepts a limited number of students per cohort.

Students within the Geology program at Montana State learn to apply the principles of chemistry, physics and mathematics to the study of the Earth’s surface and interior. Coursework spans core topics in earth sciences and include subjects such as mineralogy, sedimentation and stratigraphy, structural geology, global tectonics and sedimentary petrology. In addition to this, Geology students also gain important skills in field methodology and take a capstone field geology course prior to graduation.

In the Gianforte School of Computing at Montana State, graduate students apply their computing skills to high-level problems in order to push computing in new directions. Our faculty have varied research interests and expertise, offering a variety of opportunities for students. With an advanced degree in computer science, Montana State graduates will be at the top of a fast-growing field with in-demand jobs.

Students in the Soil & Water Science program at Montana State gain a core foundation in the biological, chemical and physical sciences and how they affect two of the core resources on Earth: water and soil. Soil & Water Science students undergo advanced training in soil science and hydrology so that they might be able to apply their skills to land resource management, watershed management, pollution treatment and prevention, land rehabilitation bioremediation.

Students in the Civil Engineering program at Montana State learn how to design and build the big things that society relies on: roads, bridges, buildings, water treatment plants and more. Whether touring a construction site during class or working with a professor on research to make new kinds of high-strength concrete, Civil Engineering students are afforded a variety of opportunities to develop skills that will serve them in positions in construction, transportation, structural engineering and more.

Students in the Mathematics program at Montana State start their journey with a core of mathematical analysis before embarking on coursework in abstract and linear algebra, as well as other classes that delve into subject matter that prepare students for potential employment as an analyst or computational specialist. The Mathematics program is flexible enough to accommodate students who are interested in industries such as business, government or scientific computing.

In the Mechanical and Industrial Engineering department at Montana State, graduate students pioneer knowledge in their field to generate solutions in advanced materials, renewable energy and more. Mechanical engineering is a diverse field with wide applications, so our candidates work with award-winning faculty on research that spans disciplines and pushes boundaries.

Candidates in the Physics graduate program at Montana State conduct a wide variety of research projects from solar physics to superconductivity with MSU’s state-of-the-art laboratories and equipment. The program prides itself on collaborative research, whether it’s interdisciplinary teams on the MSU campus or working with national and international experts. In addition to the groundbreaking research conducted in the department, Physics candidates have the opportunity to conduct public outreach and educational research through the MSU Physics Education Research (PER) group.

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.