Mechanical Engineering, BS, Four-Year Plan
Four-Year Plan for the Bachelor of Science in Mechanical Engineering
Sample Plan for New Students
The sample shows a typical plan to complete the degree based on current degree requirements and course offerings, and is not the only possible plan. The number of credits for each course is in parentheses. Some classes have prerequisites, and the order of courses in the sample plan accounts for these. Each new student, in consultation with their advisor, will complete a personal academic plan tailored to their specific goals and interests.
- Semester Degree Plan (for students who enroll in Summer 2027 or beyond)
- Quarter Degree Plan (for students who enroll prior to Summer 2027)
For more information about Seattle University's transition to the semester calendar, visit SU Moves to Semesters.
Degree Requirements
- Minimum Credits to Graduate: 120 semester credits or 180 quarter credits
- Credits in Major: 87 semester credits or 135 quarter credits
- Minimum Major GPA: 2.0
- Minimum Cumulative GPA: 2.0
Semester-Based Degree Plan
Four-Year Sample Plan For New Students
For students who enroll in Summer 2027 or beyond
Year 1
| Course | Fall | Spring |
|---|---|---|
| Course 1 | UCOR 1000 (3) | UCOR Stage I (3) |
| Course 2 | CHEM 1350 – General Chemistry I / CHEM 1351 –Chemistry of Water Lab (4) | UCOR Stage I (3) |
| Course 3 | MATH 1344: Calculus I (4) | MATH 1346: Calculus II (4) |
| Course 4 | MEGR 1070: Intro to Engineering Design and Manufacturing (3) | PHYS 1210: Mechanics / PHYS 1211: Mechanics Lab (4) |
| Course 5 | MEGR 1000 (1)* | MEGR 1890: Integrated Engineering Design Project I (3) |
*MEGR 1000 recommended, other 1000s courses acceptable.
Year 1 Steps for Success
- Meet with your academic advisor each term for registration approval
- Meet with ME professor for mentoring
- Apply for internships/research
- Attend networking events, seminars, and/or join a club
Year 2
| Course | Fall | Spring |
|---|---|---|
| Course 1 | UCOR Stage II (3) | UCOR Stage II (3) |
| Course 2 | PHYS 1220: Electricity and Magnetism / PHYS 1221: Electricity and Magnetism Lab (4) | MATH 2340: Differential Equations (3) |
| Course 3 | MATH 2330: Multivariable Calculus (4) | MATH/SCI Elective (3) |
| Course 4 | MEGR 2100: Statics (3) | MEGR 2300: Dynamics (3) |
| Course 5 | MEGR 2810: Engineering Methods (3) | CEEGR 2210: Mechanics of Materials I (3) |
Year 2 Steps for Success
- Meet with your academic advisor each term for registration approval
- Meet with ME professor for mentoring
- Apply for internships/research
- Attend networking events, seminars, and/or join a club
Year 3
| Course | Fall | Spring |
|---|---|---|
| Course 1 | UCOR Stage II (3) | UCOR Stage II (3) |
| Course 2 | MEGR 3210: Thermodynamics (3) | MEGR 3240: Heat Transfer (3) |
| Course 3 | MEGR 3230: Fluid Dynamics (3) | MEGR 3370: Instrumentation and Data Acquisition II (3) |
| Course 4 | MEGR 3500: Materials Science (3) | MEGR 3710: Machine Design I (3) |
| Course 5 | MEGR 3360: Instrumentation and Data Acquisition I (3) | MEGR 3890: Integrated Engineering Design Project II (3) |
Year 3 Steps for Success
- Meet with your academic advisor each term for registration approval
- Meet with ME professor for mentoring
- Apply for internships/research
- Attend networking events, seminars, and/or join a club
Year 4
| Course | Fall | Spring |
|---|---|---|
| Course 1 | UCOR Stage II (3) | UCOR Stage III (3) |
| Course 2 | UCOR Stage III (3) | MEGR 4210: Thermodynamics II or MEGR 4720: Machine Design II (3) |
| Course 3 | MEGR 4380: Control Systems (3) | MEGR 4880: Engineering Design II (3) |
| Course 4 | MEGR 4870: Engineering Design I (3) | Choice Elective (3) |
| Course 5 | MEGR Elective (3) |
|
Year 4 Steps for Success
- Meet with your academic advisor and ME professor for mentoring
- Take FE exam (required for graduation)
- Submit graduation plan and apply for graduation
- Apply for jobs/internships
Four-Year University Core Requirements
UCOR classes are listed in the sample plan as Stage I, II, and III. See below for UCOR course titles listed by Stage. For more information, please visit the University Core Website.
Stage I: Foundations
- UCOR 1000/2000 Signature Seminar
- UCOR 1100 Academic Writing Seminar
- UCOR 1200 Quantitative Reasoning
- UCOR 1500 Philosophies of Humanity
Stage II: Inquiry
- UCOR 2100 Theological Explorations
- UCOR 2300 Inquiry Seminar in Creative Arts and Expression
- UCOR 2400 Inquiry Seminar in Literature, Art, or History
- UCOR 2600 Inquiry Seminar in the Social Sciences
- UCOR 2800 Inquiry Seminar in the Natural Sciences
- UCOR 29XX Ethical Inquiry
Stage III: Engagement
- UCOR 3100 Religion in a Global Context
- UCOR 3200 Global Perspectives
- UCOR 3300 Responsibility and Action
Curriculum Notes
- Assumes placement into MATH 1334 by SAT/ACT, SU placement, or college credit.
- Assumes trigonometry not needed (MATH 1028) due to placement exam or college credit.
- Choose MEGR 4210: Thermodynamics II or MEGR 4720: Machine Design II.
- Fundamentals of Engineering (FE) examination is required for graduation.
- Students are required to take 3 credits of approved Mechanical Engineering senior electives.
- To fulfill a CHOICE elective, students may choose to enroll in 1) an engineering elective, 2) a course required for a minor, certificate, or double major or 3) any other course of interest with permission of the chair.
- For complete information on courses, prerequisites, etc., please consult the Explore & Compare Programs page.
Plan your courses and work closely with your academic advisor on your educational plan. You are responsible for tracking changes and ensuring you meet all degree requirements. Reach out to the College of Science & Engineering Advising Center for support via email at se-adv@seattleu.edu.
Resources for Success
Soar during your time here:
- Find support for academic success, inclusion, and professional formation from the Student Success division.
- Receive equal access to courses, programs, and activities with Disability Services.
- Get answers to common questions at the Student Resource Network.
Excel in every class:
- Sign up for academic support with Learning Assistance Programs.
- Strengthen your writer’s voice at the Writing Center.
- Level up your skills at the Math Lab.
Source the best research:
- Connect with your librarians for support on research and assignments.
- Search the expansive network of books, eBooks, databases, journals and more.
Graduate on time:
- Map out your degree plan with academic advising.
- Keep your momentum going with Summer Programs.
Build your future career:
- Meet with a Career Advisor from the Career Engagement Office.
- Explore career options at the “What Can I Do With This Major” page.
Expand your horizons:
- Apply for Undergraduate Research Funding Opportunity.
- Create something at the Media Production Center or Billodue Makerspace.
Quarter-Based Degree Plan
Four-Year Sample Plan For New Students
For students who enroll prior to Summer 2027.
Year 1
| Course | Fall | Winter | Spring |
|---|---|---|---|
| Course 1 | MATH 1334 – Calculus I (5) | MATH 1335 – Calculus II (5) | MATH 1336 – Calculus III (5) |
| Course 2 | MEGR 1000 – Intro to Mechanical Engineering (1) |
PHYS 1210 – Mechanics + PHYS 1221 – Lab (4+1) |
PHYS 1220 – Electricity & Magnetism + PHYS 1221 – Lab (4+1) |
| Course 3 | MEGR 1070 – Introduction to Engineering Design & Manufacturing (4) | UCOR 1XXX – University Core (5) | MEGR 1890 – Integrated Design I (4) |
| Course 4 | UCOR 1XXX – University Core (5) |
MEGR 1000 recommended, other 1000s courses acceptable.
Year 1 Steps for Success
- Meet with your academic advisor quarterly for registration approval
- Meet with ME professor for mentoring
- Apply for internships/research
- Attend networking events, seminars, and/or join a club
Year 2
| Course | Fall | Winter | Spring |
|---|---|---|---|
| Course 1 | MATH 2320 – Linear Algebra (3) | MATH 2330 – Multivariable Calculus (3) | MATH 2340 – Differential Equations (4) |
| Course 2 | PHYS 1230 – Waves, Optics & Heat + PHYS 1231 – Lab (4+1) | CHEM 1500 – General Chemistry I + CHEM 1501 – Lab (4+1) | CEEGR 2210 – Mechanics of Materials (4) |
| Course 3 | MEGR 2100 – Statics (4) | MEGR 2300 - Dynamics (4) | MEGR 2810 – Engineering Methods (4) |
| Course 4 | UCOR 1XXX – University Core (5) | UCOR 1XXX – University Core (5) | UCOR 2XXX – University Core (5) |
Year 2 Steps for Success
- Meet with your academic advisor quarterly for registration approval
- Meet with ME professor for mentoring
- Apply for internships/research
- Attend networking events, seminars, and/or join a club
Year 3
| Course | Fall | Winter | Spring |
|---|---|---|---|
| Course 1 | MEGR 3210 – Thermodynamics (4) | MEGR 3360 – Data Acquisition I (4) | MEGR 3240 – Heat Transfer (4) |
| Course 2 | MEGR 3500 – Materials Science (4) | MEGR 3710 – Machine Design I (4) | MEGR 3370 – Data Acquisition II (4) |
| Course 3 | CEEGR 3020 - Global Engineering Economics (3) | MEGR 3230 – Fluid Dynamics (4) | MEGR 3890 – Integrated Design III (4) |
| Course 4 | UCOR 2XXX – University Core (5) | UCOR 2XXX – University Core (5) |
Year 3 Steps for Success
- Meet with your academic advisor quarterly for registration approval
- Meet with ME professor for mentoring
- Apply for internships/research
- Attend networking events, seminars, and/or join a club
Year 4
| Course | Fall | Winter | Spring |
|---|---|---|---|
| Course 1 | MEGR 4870 – Engineering Design I (3) | MEGR 4880 – Engineering Design II (4) | MEGR 4890 – Engineering Design III (3) |
| Course 2 | MEGR 4350 – Dynamic Systems (4) | ME Elective (3) | ME Elective (3) |
| Course 3 | †MEGR Senior Elective (3) OR MEGR 4720 – Machine Design II (4) | †MEGR Senior Elective (3) OR MEGR 4210 – Thermodynamics II (4) | UCOR 3XXX – University Core (5) |
| Course 4 | UCOR 3XXX – University Core (5) | MEGR 4380 – Control Systems (4) |
|
†At least 1 of MEGR 4210 – Thermodynamics II (4) OR MEGR 4720 – Machine Design II (4) is required
Year 4 Steps for Success
- Meet with your academic advisor and ME professor for mentoring
- Take FE exam (required for graduation) in fall or winter
- Submit graduation plan and apply for graduation
- Apply for jobs/internships
University Core Requirements
UCOR classes are listed in the sample plan as Module I, II, and III. See below for UCOR course titles listed by Module. See my.seattleu.edu for prerequisites and www.seattleu.edu/core for course descriptions. Honors and Matteo Ricci students have different Core requirements.
Module I
- UCOR 1100 Academic Writing Seminar
- Satisfied in Major: UCOR 1200 Quantitative Reasoning
- UCOR 1300 Creative Expression & Interpretation
- UCOR 1400 Inquiry Seminar in the Humanities
- UCOR 1600 Inquiry Seminar in the Social Sciences
- Satisfied in Major: UCOR 1800 Inquiry Seminar in the Natural Sciences
Module II:
- UCOR 2100 Theological Explorations
- UCOR 2500 Philosophy of the Human Person
- UCOR 2900 Ethical Reasoning
Module III:
- UCOR 3100 Religion in a Global Context
- UCOR 3400 Humanities and Global Challenges
- Satisfied in Major: UCOR 3600 Social Sciences & Global Challenges
Curriculum Notes
- Assumes placement into MATH 1334 by SAT/ACT, SU placement, or college credit
- Assumes trigonometry not needed (MATH 1028) due to placement exam or college credit
- Choose MEGR 4210: Thermodynamics II or MEGR 4720: Machine Design II
- Fundamentals of Engineering (FE) examination is required for graduation
- Students are required to take 9 credits of approved Mechanical Engineering senior electives.
- For complete information on courses, prerequisites, etc., please consult the Explore & Compare Programs page.
Use MySeattleU Student Planning to plan your courses and work closely with your academic advisor on your educational plan. You are responsible for tracking changes and ensuring you meet all degree requirements.
Visit the Seattle U Advising Services page for support or reach out to the Advising Center. Email CSE Advising at se-adv@seattleu.edu.
Resources for Success
Soar during your time here:
- Find support for academic success, inclusion, and professional formation from the Student Success division.
- Receive equal access to courses, programs, and activities with Disability Services.
- Get answers to common questions at the Student Resource Network.
Excel in every class:
- Sign up for academic support with Learning Assistance Programs.
- Strengthen your writer’s voice at the Writing Center.
- Level up your skills at the Math Lab.
Source the best research:
- Connect with your librarians for support on research and assignments.
- Search the expansive network of books, eBooks, databases, journals and more.
Graduate on time:
- Map out your degree plan with academic advising.
- Keep your momentum going with Summer Programs.
Build your future career:
- Meet with a Career Advisor from the Career Engagement Office.
- Explore career options at the “What Can I Do With This Major” page.
Expand your horizons:
- Apply for Undergraduate Research Funding Opportunity.
- Create something at the Media Production Center or Billodue Makerspace.
Here to Help
College of Science and Engineering Advising Center