The Mechanical Engineering degree program at Saint Martin's University teaches students how to create solutions for the research, design, and manufacturing of products and systems. Students are highly-engaged with faculty on a wide variety of projects and learn in a world-class LEED platinum certified engineering building.

Program Highlights

  • Pursue a four-year ABET accredited Bachelor of Science in Mechanical Engineering (BSME) and a Master of Science in Mechanical Engineering (MME), in a 4+1 hybrid BS/MS program.
  • Non-competitive system: students who are qualified are accepted into the program.
  • A wide variety of student activities, including student chapters of the American Society of Civil Engineers (ASCE), Society of Women Engineers (SWE), Engineers without Borders (WEB), and the Society of American Military Engineers (SAME).
  • Complete service projects abroad while making contributions to the global community.
  • A brand new lab building and world-class LEED platinum certified engineering building.
  • Small class sizes where students will receive personalized attention and guidance from experienced licensed faculty.
  • Saint Martin’s students have had internships or gone on to work with Boeing, Intel, state and federal government agencies, as well as local manufacturing and engineering firms.

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  • What to expect at Saint Martin's

    Engineering at Saint Martin’s is growing. An exemplary faculty and strong focus on the undergraduate experience is being coupled with new infrastructure and new technology. Cebula Hall (built in 2013) --  home to the School of Engineering -- is the most energy efficient building with LEED Platinum Certification in the Western Hemisphere. Engineering students are exposed to a broad range of topics that give them the facility to adapt to an ever-changing professional environment. With our faculty’s breadth of knowledge and depth of experience, students have access to a wide variety of specialty courses from aerospace to biomedical engineering.

    View our program objectives and outcomes.

    Additional benefits include:

    • The BS in the Mechanical Engineering Program is accredited by the Engineering Accreditation Commission of ABET, www.abet.org.
    • Contact with local engineers and alumni through the Engineering Advisory Board (EAB), which advises students on their education and internships
  • 4+1 dual degree program

    Qualified students earn bachelor's and MCE, MME, or MEM in 5 years

    Undergraduate students in civil engineering can start their master’s degree in either civil engineering or engineering management. Undergraduate students in mechanical engineering can start their master’s degree in mechanical engineering.

    Learn more about the 4+1 dual degree program

  • Research, internships, and study abroad
    • Proximity to the Washington state capital allows for access to quality internships opportunities
    • Students have had the internships or gone on to work with Boeing, Intel, state and federal government agencies and local manufacturing and engineering firms
    • Dean interviews and works with all senior students on their next steps
    • STEM internships and career fairs offered each semester
    • Students work side-by-side with faculty on research projects
    • Yearly real-world projects with Engineers Without Borders in Papua, New Guinea
  • Career paths

    Due to the versatility, flexibility and ability of mechanical engineers to work in a team, a wide spectrum of career opportunities is open to them, solving technical problems or taking on managerial responsibilities. Mechanical engineers work in areas as diverse as:

    • Aerospace and defense
    • Bioengineering
    • Energy systems
    • Propulsion, automotive, and transportation systems
    • Automated manufacturing and robotics

    Some of our graduates further their education with advanced degrees in science, engineering, business, or medicine.

    For a complete list of professional applications, visit "What Can I Do With Major?". For additional information about how Saint Martin’s can help you find the career for you, visit our Career Center.

Requirements

  • 33 semester hours of CORE requirements
  • 32 semester hours of math and science courses
  • 16 semester hours of general engineering courses
  • 52 semester hours of mechanical engineering courses
  • Math and science requirements (32 semester hours)
    CHM 141
    -or-
    CHM 145
    General Chemistry with Laboratory
    -or-
    Chemistry for Engineering Students with Laboratory
    MTH 171Calculus I
    MTH 172Calculus II
    MTH 322Differential Equations
    MTH 353Linear Algebra
    PHY 171Introduction to Physics I with Laboratory
    PHY 172Introduction to Physics II with Laboratory

     

  • General engineering requirements (16 semester hours)
    GE 104Computer Applications in Engineering
    GE 204Statics
    GE 205Dynamics
    GE 206Mechanics of Materials
    GE 207Mechanics of Materials Lab
    GE 359Professional Ethics, Legal Issues and Applied Economics in Contemporary Society

     

  • Mechanical engineering requirements (52 semester hours)
    ME 300/LManufacturing Processes with Laboratory
    ME 302Machine Design
    ME 303Material Science
    ME 308/309Fluid Mechanics with Laboratory
    ME 315/316Instrumentation and Experimental Design with Laboratory
    ME 340Thermodynamics I
    ME 345Mechatronics
    ME 350Parametric Solid Modeling 
    ME 370Systems Analysis and Design
    ME 410Vibration Theory
    ME 430/LHeat Transfer with Laboratory
    ME 498Senior Design I
    ME 499Senior Design II
    ME Electives9 semester hours

     

Saint stories

Jacob Ames, Class of 2012

The far edge of the radar

"Saint Martin’s provides many, if not all, of the qualities of a larger institution without most of the negative aspects ... resulting in an ambiance that feels more like home and less like a business."

Jacob Ames Mechanical Engineering Class of 2012

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