Saint Martin's University

What you'll study

The programme emphasises advanced engineering principles, applied problem-solving and project-based learning. Core study areas typically include systems engineering and design, advanced mathematics and modelling, engineering materials and manufacturing processes, and engineering project management. Students choose electives to specialise in areas such as mechanical systems, electrical and electronics engineering, environmental and sustainable engineering, robotics and automation, or civil/structural applications.

Programme structure commonly combines taught modules with a substantial applied capstone project or thesis. Taught modules develop technical depth and supporting skills (such as data analysis, simulation and computer-aided design), while the capstone or thesis enables students to apply methods to a real-world engineering challenge, often in collaboration with industry partners or faculty research groups.

• Core topics: systems engineering, advanced dynamics/fluids/thermodynamics (as appropriate to pathway), materials and manufacturing, engineering analysis and modelling, and engineering economics/project management.
• Electives and specialisms: robotics and controls, power and energy systems, environmental engineering, structural analysis, embedded systems and instrumentation.
• Research/Capstone: an applied design project or research dissertation focused on a practical engineering problem.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in engineering, applied science or a closely related discipline. Candidates with a strong technical background in mathematics, physics or computing plus relevant professional experience may also be considered. Typical application materials include academic transcripts, a statement of purpose outlining technical interests and goals, and references familiar with the applicant's academic or professional work.

Some pathways may ask for evidence of prerequisite knowledge in core engineering topics or for completion of bridging modules before full admission. International applicants should demonstrate English language proficiency in line with university policy. The programme welcomes applicants with industry experience who wish to formalise and extend their technical skills.

Career prospects

Graduates move into a wide range of technical and managerial roles. Common destinations include design engineer, systems engineer, project engineer, quality and process engineer, controls/automation engineer, and environmental or structural engineering positions. The programme also prepares students for roles in engineering consultancy, technical management, product development and research and development teams.

Those aiming for further study may progress to doctoral research or professional certification pathways. The applied nature of the capstone project supports employability by providing demonstrable experience of tackling practical engineering problems and often leads to industry contacts or direct recruitment opportunities.

Why study at Saint Martin's University

Saint Martin's offers a teaching environment that emphasizes small class sizes, close faculty supervision and applied, hands-on learning. The university's laboratory facilities and workshop spaces support project-based modules and design work, while faculty often bring industry experience and applied research interests to supervision and teaching.

Located in the Pacific Northwest, students can benefit from proximity to regional industry clusters and potential internship or collaboration opportunities. The university's focus on combining technical excellence with professional skills—communication, teamwork and project management—helps graduates transition into engineering roles where both technical and interpersonal abilities are valued.