Bachelor of Science, Major in Mechanical Engineering

at Montana State University - Bozeman USA

Candidates in the Civil Engineering graduate program at Montana State delve into research subjects that include geotechnical engineering, structural engineering, transportation, water resource, environmental engineering, construction, land surveying and beyond. As candidates select their research focus, they also choose how that project unfolds: either as a capstone thesis or as a professional paper in conjunction with a research project.

In this interdisciplinary program in the departments of Physics, Electrical and Computer Engineering, and Chemistry and Biochemistry, Optics and Photonics graduate students at Montana State learn to harness the power of light to prepare for in-demand jobs or research careers in laser engineering, remote sensing and more. Montana State's Optical Technology Center, founded in 1995, has supported a culture of interdisciplinary research and has a long history of partnership with Bozeman's thriving optics and photonics industry.

In the graduate program for Plant Sciences at Montana State, candidates pursue research projects within state-of-the-art laboratories on subjects such as plant breeding and genetics, plant pathology, mycology, biotechnology, plant physiology and systematics, molecular evolution and biochemistry. Candidates conduct these projects in labs such as the Plant BioScience Facility or the Plant Growth Center, with over 29 glasshouse rooms and 8,300 square feet of bench space. They also train under award-winning researchers in the field.

Students within the Agricultural Education – Communications, Leadership and Extension program at Montana State develop professional skills to advocate for the agriculture industry and educate diverse audiences on emerging agricultural issues. Depending on the students’ interests, they can focus on agricultural communications, agricultural extension, or agricultural leadership as part of their course of studies. Regardless of their track, every Agricultural Education – Communications, Leadership and Extension student completes a Leadership Fellows certificate, as well as an internship with an agricultural agency, Extension office or agricultural organization.

In the Bioengineering program at Montana State, graduate students further their understanding of topics related to biofilms, biochemical transformation and bioengineering in order to build professional skills and knowledge in the medical and energy system sectors. By earning a Masters of Engineering degree, candidates further their understanding of new subjects in the biological engineering field alongside award-winning faculty who are recognized leaders in their areas of expertise.

Students within the Applied Mathematics program at Montana State learn to describe physical phenomena within the world using deterministic models. Applied Mathematics students will use their skills in mathematical analysis and computational science to draw insights in the biological and physical science fields, as well as other applications.

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 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 Psychology department at Montana State work in a collaborative environment for innovative and scientific discovery in psychological science, as well as for the attainment of psychological literacy. Emphasis is placed on applying and understanding knowledge that concerns the behavioral and cognitive processes of humans and other animals, learning of various research methods used to study psychological phenomena and insight into the strengths and limitations of each.

The Livestock Management & Industry option at Montana State stresses the application of science to livestock production, especially in the western United States. In the program, students learn about the principles of economics, range science and physiology to help manage and raise sustainable livestock herds, as well as develop the business acumen to manage ranches, stockyards and other businesses related to livestock production.