Mechanical Engineering Montana State University

Overview

The Mechanical Engineering programme at Montana State University provides a rigorous academic environment where graduate students engage in pioneering research across diverse technical disciplines. Candidates can choose between a Master of Science, with thesis and non-thesis options, or a Doctor of Philosophy to suit their professional goals.

Scholars within the department work alongside world-class faculty on projects that generate solutions for global infrastructure challenges. The curriculum is designed to push boundaries in fields such as fuel cells, drone flight, and nuclear magnetic resonance imaging, ensuring graduates are prepared for high-level technical roles.

Why Mechanical Engineering at Montana State University?

Montana State University is recognised by the Carnegie Classification as one of the top five public institutions for very high research activity. This STEM-dominant environment provides students with access to exceptional facilities, including the Neuromuscular Biomechanics Lab and the renowned Composite Technologies Research Group.

The Composite Technologies Research Group has a thirty-year history of conducting thousands of tests on materials used in aircraft and wind turbines. Furthermore, the university maintains strong partnerships, such as the WICHE programme, which supports students from western states through specific tuition arrangements and collaborative networks.

Graduate students often receive financial support through teaching assistantships during their first year of study. These positions allow candidates to connect with faculty members before transitioning into research assistantships. Additional funding is available through prestigious awards like the Benjamin Fellowship for doctoral candidates.

Tuition Fee Breakdown

• International fee: USD 21098 per year
• National fee: USD 21098 per year
• Local fee: USD 6542 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The research-led curriculum allows students to explore specialised topics through practical projects and advanced theoretical study. Modules and research areas may include:

• Composite Materials
• Fuel Cells
• Nuclear Magnetic Resonance Imaging
• Drone Flight
• Renewable Energy
• Advanced Materials
• Vibrational Motions of Insects
• Energy-efficient HVAC Systems
• Neuromuscular Biomechanics
• Ceramic Membranes
• Fluids in Motion

Careers with Mechanical Engineering

Graduates from this programme pursue successful careers in various sectors, with approximately sixty per cent entering for-profit organisations. The diverse skill set acquired during the course allows alumni to secure roles in engineering design, research and development, and technical consultancy across the globe.

Many alumni find employment within government agencies and national research centres. Notable employers of former students include the US Department of Energy and the Los Alamos National Laboratory. Career outcomes are strong, with many professionals reaching significant salary milestones within a decade of completing their degrees.

The interdisciplinary nature of the training ensures that graduates are equipped for roles in the aerospace, energy, and manufacturing industries. By focusing on sustainable solutions and advanced infrastructure, the programme prepares specialists to lead innovation in both the public and private sectors internationally.