Boise State University

What you'll study

The master's in Mechanical Engineering combines advanced coursework with a thesis or project option, allowing you to tailor study toward research, design, or industrial practice. Core and elective topics commonly include advanced dynamics and vibrations, finite element analysis, computational fluid dynamics, heat transfer and thermal systems, machine design and materials, controls and mechatronics, and manufacturing processes.

• Core concepts: continuum mechanics, thermodynamics at the graduate level, system dynamics and control, and numerical methods for engineering analysis.
• Specialist areas: thermal–fluids and energy systems, computational mechanics, robotics and automation, materials and composites, and precision manufacturing.
• Research and capstone options: students may undertake an original thesis under a faculty advisor or complete a design/project-based option that emphasises applied solutions for industry challenges.
• Laboratory and practical experience: hands-on work in labs focused on mechatronics, materials testing, thermal systems and advanced manufacturing supports coursework and research.

Entry requirements

Applicants are expected to hold a bachelor's degree in mechanical engineering or a closely related engineering or physical science field. Admissions typically consider prior coursework in core undergraduate subjects such as statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, and basic control systems.

• Academic performance: a competitive undergraduate academic record is required; specific GPA expectations are set by the department.
• Supporting documents: official transcripts, a statement of purpose outlining research or professional goals, and letters of recommendation are part of a complete application.
• Standardised tests and English language: requirements for GRE and English-language proficiency tests (such as TOEFL/IELTS) follow university policy and vary for international applicants; check the department for current guidance.
• Preparation for applicants without an engineering background: applicants with non-traditional preparation may be admitted conditionally and asked to complete bridge coursework to meet degree prerequisites.

Career prospects

Graduates pursue diverse careers in industry, government and academia. The programme prepares students for technical and leadership roles that require strong analytical, design and experimental skills.

• R&D and design engineering in sectors such as aerospace, automotive, defence, and consumer products.
• Energy and thermal systems engineering in utilities, HVAC, and renewable energy companies.
• Manufacturing, process improvement and quality engineering in precision machining, electronics and advanced manufacturing firms.
• Controls, robotics and automation roles in industrial automation, medical devices and robotics startups.
• Further graduate study or academic careers for students who complete a research-focused thesis.

Why study at Boise State University

Boise State offers a programme with a strong emphasis on applied research and close interaction between students and faculty. The university’s engineering department provides access to practical laboratories and centres that support projects in materials, advanced manufacturing, mechatronics and thermal systems.

• Applied facilities: students work in laboratories equipped for prototyping, materials characterisation and experimental fluids and thermal testing.
• Industry connections: the programme benefits from partnerships with regional manufacturers, technology companies and national research organisations, creating opportunities for internships, project collaborations and employment.
• Faculty mentorship: faculty members active in applied research provide supervision for thesis and project work across a range of contemporary engineering topics.
• Location and community: Boise’s growing technology and manufacturing sector, combined with a collaborative university environment, supports practical learning and professional networking.