Bachelor of Science, Major in Cell Biology and Neuroscience with Emphasis in Biomedical Sciences

at Montana State University - Bozeman USA

From designing the next generation of spacecraft and automobiles to alternative energy systems and much more, mechanical engineers enjoy a wide variety of career opportunities that involve working with thermal and mechanical energy. Students in the Mechanical Engineering program at Montana State are given ample opportunity for hands-on experience, from studying in MSU’s computer-aided drafting, integrated manufacturing and machining laboratories to their capstone senior projects that solve real-world design problems.

The Latin American and Latino Studies program at Montana State provides students interested in Latin American and Latino history, culture, and language with valuable interdisciplinary skills. Due to the interdisciplinary nature of the program, Latin American and Latino Studies students are given the option to not only study courses focusing on Latin American and Latino socio-cultural subjects but other relevant content from other departments such as sociology, political science or gender studies, as well. Although the equivalent of four semesters of Spanish language is required, students with prior experience in Spanish language or heritage students may have some of those language requirements waived.

Students in the Chemical Engineering major are constantly engaged in hands-on lab opportunities to explore the mechanics of chemical synthesis that are at the core of their profession. Whether it’s studying biofilms with a professor at the top of their field or earning a spot alongside students from across the country in the Research Experience for Undergraduates (REU) summer program, Chemical Engineering students are afforded a variety of opportunities to develop skills that will serve them in positions in chemical manufacturing and petroleum refining, pharmaceutical manufacturing and delivery, environmental engineering and more.

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.

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 Fish & Wildlife Ecology & Management program at Montana State, students are able conduct research on the ecology and management of diverse mammal, bird and fish species in one of the most diverse ecosystems in North America. Both Yellowstone National Park and the Gallatin Valley serve as outdoor laboratories for the program, with opportunities to conduct active professional research with programs such as the National Resources Ecology Laboratory at Colorado State University, the Association for Conservation of the Tropics, Cape RADD and more.

In the graduate program for Plant Pathology at Montana State, candidates investigate major problems in plant pathology within MSU’s state of the art agricultural facilities. Sample research projects include, but are not limited to, soil-borne diseases in cereals, the genetic root of disease resistance in field crops, cereal leaf spots, viral diseases inherent in cereals and potatoes, bacterial diseases in plants, and the biochemistry and molecular genetics of general plant diseases. Not only does this research apply to making a healthier and more robust food supply, but the research also seeks to develop new technology to manage crop pests.

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.

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.

Crop scientists are tasked with the unique puzzle of finding out ways to boost crop production while also maintaining the delicate balance of the ecosystem around us. In the Crop Science program at Montana State, students take courses designed to introduce core crop and soil management concepts, including soil fertility, plant physiology, crop production, crop breeding and pest management.