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Curriculum and Courses

Student
Resources

What to do Once You Are Admitted 

Congratulations! We’re here to help you get ready for your first classes.  Follow these tips: 

  • Complete the steps in the Admissions student portal which includes setting up your student ID and email. 
  • Look at the degree requirements in the Mines Graduate Catalog and start registering for classes. Registration can be found in Trailhead.  We recommend you prioritize your core classes first and then fill out the other academic requirements with electives. 
  • Register to join the ME Graduate Canvas page.  This page provides answers to frequently asked questions. 

Curriculum and Course Options

The Mechanical Engineering offers Masters and PhD degrees, with coursework and engineering research aligned to four ME Focus Areas:

  • Biomechanics,
  • Robotics and Automation,
  • Solid Mechanic, Materials, and Manufacturing, and
  • Thermal-Fluid and Energy Systems

NOTE – The ME Graduate Program at Mines has a new curriculum, starting Fall 2025.

Please expand the appropriate dialogue boxes below, based on when you started in the grad program, to learn more about the curriculum requirements, course offerings, and research and education opportunities in each Focus Area.

If you are interested in switching your catalog year to use the new curriculum or would like more information, please reach out to Graduate Program Manager Alison Bodor (abodor@mines.edu).

NOTE 2 – The ME Graduate Program at Mines will not allow combined program students to double count any 400-level courses taken after Spring 2025. This is a department policy, and supersedes any campus-level statements.

We do not, in general, recommend Masters students who have already begun their graduate classes to switch to the new catalog. Students who switch to the new catalog can not double count any 400-level classes toward their graduate degree.

GRADUATE CURRICULUM AND COURSE REQUIREMENTS - FALL 2025 and Beyond

The updated ME graduate curriculum is designed to offer students greater flexibility in selecting courses that align with their career goals.

Each Mechanical Engineering Graduate Degree–Master’s Non-Thesis (MS-NT), Master’s Thesis (MS-T), and Doctor of Philosophy (PhD)–has unique coursework requirements.  Review the requirements here and scroll down for descriptions of each course type.

Credit Hours,
MS-NT
Credit Hours,
MS-T
Credit Hours,
PhD
MEGN 502 - Advanced Engineering Analysis333
MEGN 503 - Graduate Seminar
(enrollment required each semester
for thesis students)
--00
ME Core666
ME Electives129--
Technical Electives9621 (minimum)
MEGN 707 - Research Credits--630 (minimum)
Total303072

ME Core courses provide expertise in areas of core ME expertise. Students are required to take at least two of these four courses:

    • MEGN 505 Advanced Dynamics
    • MEGN 514 Continuum Mechanics
    • MEGN 551 Advanced Fluid Mechanics
    • MEGN 571 Advanced Heat Transfer

ME Elective courses allow a student to gain breadth within the ME field. These courses must have a prefix of MEGN, AMFG, or FEGN. Students are free to select courses that align with their interests, but we suggest building competence and expertise within one of the four ME Focus Areas of expertise at Mines:

  • Biomechanics
  • Robotics
  • Solid Mechanics, Materials, and Manufacturing
  • Thermal, Fluid, and Energy Systems

Technical Elective courses allow a student to individualize their degree with additional coursework in ME or other departments to match their career objectives.  Students can choose any course at Mines taught at the 500-level or above. Advisor approval is not required.

Course Offering Schedule and Advising

For a complete list of what courses are taught and when they are offered, please expand the ‘COURSE OFFERINGS AND SCHEDULE’ dialogue, below.

New changes for 2025

For students familiar with the old curriculum and considering a switch to the new option, there are two major changes to consider:  

  1. ME Core: The “Research Core Course” requirements have been removed and replaced by a single “ME Core” that includes four courses broadly applicable to Mechanical Engineering. Students must take at least two of the four courses.
  2. Reduced Coursework Minimum for the PhD Degree: The previous ME grad curriculum required a minimum of 36 credit hours of coursework for the PhD degree. This is reduced to a minimum of 30 credit hours. Please note that this is the minimum requirement; PhD students must consult with their advisors to develop a coursework plan that provides the necessary skills, knowledge, and training to support your research both here at Mines and your future career beyond your PhD degree. 

 

GRADUATE CURRICULUM AND COURSE REQUIREMENTS - FALL 2025 and Beyond

The updated ME graduate curriculum is designed to offer students greater flexibility in selecting courses that align with their career goals.

Each Mechanical Engineering Graduate Degree–Master’s Non-Thesis (MS-NT), Master’s Thesis (MS-T), and Doctor of Philosophy (PhD)–has unique coursework requirements.  Review the requirements here and scroll down for descriptions of each course type.

Credit Hours,
MS-NT
Credit Hours,
PhD
Credit Hours,
MS-T
MEGN 502 - Advanced Engineering Analysis333
MEGN 503 - Graduate Seminar
(enrollment required each semester
for thesis students)
--00
ME Core666
ME Electives12--9
Technical Electives921 (minimum)6
MEGN 707 - Research Credits--30 (minimum)6
Total307230

ME Core courses provide expertise in areas of core ME expertise. Students are required to take at least two of these four courses:

    • MEGN 505 Advanced Dynamics
    • MEGN 514 Continuum Mechanics
    • MEGN 551 Advanced Fluid Mechanics
    • MEGN 571 Advanced Heat Transfer

ME Elective courses allow a student to gain breadth within the ME field. These courses must have a prefix of MEGN, AMFG, or FEGN. Students are free to select courses that align with their interests, but we suggest building competence and expertise within one of the four ME Focus Areas of expertise at Mines:

  • Biomechanics
  • Robotics
  • Solid Mechanics, Materials, and Manufacturing
  • Thermal, Fluid, and Energy Systems

Technical Elective courses allow a student to individualize their degree with additional coursework in ME or other departments to match their career objectives.  Students can choose any course at Mines taught at the 500-level or above. Advisor approval is not required.

Course Offering Schedule and Advising

For a complete list of what courses are taught and when they are offered, please expand the ‘COURSE OFFERINGS AND SCHEDULE’ dialogue, below.

New changes for 2025

For students familiar with the old curriculum and considering a switch to the new option, there are two major changes to consider:  

  1. ME Core: The “Research Core Course” requirements have been removed and replaced by a single “ME Core” that includes four courses broadly applicable to Mechanical Engineering. Students must take at least two of the four courses.
  2. Reduced Coursework Minimum for the PhD Degree: The previous ME grad curriculum required a minimum of 36 credit hours of coursework for the PhD degree. This is reduced to a minimum of 30 credit hours. Please note that this is the minimum requirement; PhD students must consult with their advisors to develop a coursework plan that provides the necessary skills, knowledge, and training to support your research both here at Mines and your future career beyond your PhD degree. 

 

GRADUATE CURRICULUM AND COURSE REQUIREMENTS – Spring 2025 and prior

Each Mechanical Engineering Graduate Degree–Master’s Non-Thesis (MS-NT), Master’s Thesis (MS-T), and Doctor of Philosophy (PhD)–has unique coursework requirements.  Review the requirements here and scroll down for descriptions of each course type. Additional information can be found in the Mines Catalog.

Credit Hours,
MS-NT
Credit Hours,
MS-T
Credit Hours,
PhD
MEGN 502 - Advanced Engineering Analysis333
MEGN 503 - Graduate Seminar
(required each semester
for thesis students)
--00
Research Core999
ME Electives939
Technical Electives999
MEGN 707 - Research Credits--630
Total303072

Research Core courses provide an opportunity for students to gain depth and experience within a core area of ME expertise at Mines:

  • Biomechanics
  • Robotics
  • Solid Mechanics, Materials, and Manufacturing
  • Thermal, Fluid, and Energy Systems

Note that the ME website does not provide lists of “Research Core” courses required for graduation. These lists on the website are general advice for students on the new curriculum.  Students still on the previous curriculum, please see the 2023-2024 catalog for these lists.

ME Core courses allow a student to gain breadth within the ME field. These courses must have a prefix of MEGN, AMFG, or FEGN.

Technical Elective courses allow a student to individualize their degree with additional coursework in ME or other departments to match their career objectives.  Students can choose any course at Mines taught at the 500-level or above. Advisor approval is not required.

For a complete list of what courses are taught and when they are offered, please expand the ‘COURSE OFFERINGS AND SCHEDULE’ dialogue, below.

GRADUATE CURRICULUM AND COURSE REQUIREMENTS – Spring 2024 and prior

Each Mechanical Engineering Graduate Degree–Master’s Non-Thesis (MS-NT), Master’s Thesis (MS-T), and Doctor of Philosophy (PhD)–has unique coursework requirements.  Review the requirements here and scroll down for descriptions of each course type. Additional information can be found in the Mines Catalog.

Credit Hours,
MS-NT
Credit Hours,
PhD
Credit Hours,
MS-T
MEGN 502 - Advanced Engineering Analysis333
MEGN 503 - Graduate Seminar
(required each semester
for thesis students)
--00
Research Core999
ME Electives993
Technical Electives999
MEGN 707 - Research Credits--306
Total307230

Research Core courses provide an opportunity for students to gain depth and experience within a core area of ME expertise at Mines:

  • Biomechanics
  • Robotics
  • Solid Mechanics, Materials, and Manufacturing
  • Thermal, Fluid, and Energy Systems

Note that the ME website does not provide lists of “Research Core” courses required for graduation. These lists on the website are general advice for students on the new curriculum.  Students still on the previous curriculum, please see the 2023-2024 catalog for these lists.

ME Core courses allow a student to gain breadth within the ME field. These courses must have a prefix of MEGN, AMFG, or FEGN.

Technical Elective courses allow a student to individualize their degree with additional coursework in ME or other departments to match their career objectives.  Students can choose any course at Mines taught at the 500-level or above. Advisor approval is not required.

For a complete list of what courses are taught and when they are offered, please expand the ‘COURSE OFFERINGS AND SCHEDULE’ dialogue, below.

Expected Course Offerings

The ME Grad Program is adjusting the schedule during the 2026-2027 school year to better align our in-person and online courses.

Please expand the appropriate dialogue below for predicted course offerings, including in-person and online.

COURSE OFFERINGS, Fall 25 - Spring 26

Below is a list of expected graduate course offerings by semester, organized by Research Focus Area. Course descriptions and learning outcomes are available in the ME Graduate Catalog. For specific advise on which courses align with your educational and career goals, please see Course Advising, below.

Core ClassesCourse NumberCourse NameCreditsOn-CampusOnline
MEGN 502Advanced Engineering Analysis3Fall/SpringFall
MEGN 505Advanced Dynamics3FallSummer
MEGN 514Continuum Mechanics3SpringFall
MEGN 551Advanced Fluids3FallSpring
MEGN 571Advanced Heat Transfer3SpringFall

PLEASE NOTE: the following tables are meant to highlight courses offered in each ME Focus Area.  They are NOT lists of courses accepted for “Research Core” courses in the old (pre-Fall-2025) curriculum.  For those lists, please see the previously published ME graduate catalog.

Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
BiomechanicsMEGN 533Musculoskeletal Biomechanics3Spring
MEGN 532Experimental Methods in Biomechanics3Fall
Not offered,
Fall 2025
MEGN 535Modeling and Simulation of
Human Movement
3Spring
MEGN 536Computational Biomechanics3Fall

Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
RoboticsMEGN 540Mechatronics3Spring
MEGN 544Robot Mechanics, Kinematics,
Dynamics and Control
3Fall
MEGN 545Advanced Robot Control3Spring
MEGN 587Nonlinear Optimization3Fall, even years

Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
Solid MechanicsMEGN 510Theory of Elasticity3Fall*Spring*
MEGN 511Fatigue and Fracture3FallSpring
MEGN 514Continuum3SpringFall
AMFG 501Additive Manufacturing3Fall
Spring
Fall
FEGN 525Advanced FEA Theory & Practice3Fall
Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
Thermal, Fluids, and
Energy Systems
MEGN 523Applied Computational Fluid Dynamics3FallSummer
MEGN 527Vehicle Dynamics and Powertrain Systems3Fall
MEGN 551Advanced Fluid Mechanics3FallSpring
MEGN 552Fluid, Thermal and Mass Transport (previously known as Viscous Flow and Boundary Layers)3Spring
MEGN 553Computational Fluid Dynamics3Spring
MEGN 554Graduate Orbital Mechanics3SpringSummer
MEGN 561Advanced Engineering Thermodynamics3Spring
MEGN 565Electric Vehicle Powertrain Systems3Spring
MEGN 566Combustion3Fall
MEGN 567Principles of Building Science3Fall
MEGN 569Fuel Cell Science and Technology3Fall
MEGN 571Advanced Heat Transfer3SpringFall
MEGN 592Risk and Reliability Engineering
Analysis and Design
3Fall
MEGN 651Advanced Computational Fluid Dynamics3Spring, even years

 

COURSE OFFERINGS, Fall 25 - Spring 26

Below is a list of expected graduate course offerings by semester, organized by Research Focus Area. Course descriptions and learning outcomes are available in the ME Graduate Catalog. For specific advise on which courses align with your educational and career goals, please see Course Advising, below.

Core ClassesCourse NumberCourse NameOn-CampusOnlineCredits
MEGN 502Advanced Engineering AnalysisFall/SpringFall3
MEGN 505Advanced DynamicsFallSummer3
MEGN 514Continuum MechanicsSpringFall3
MEGN 551Advanced FluidsFallSpring3
MEGN 571Advanced Heat TransferSpringFall3

NOTE: For students on the old curriculum, the lists below do NOT specify which courses are accepted as “Research Core” courses in each division.  They are for general advising, only. For lists of courses accepted as Research Core courses, please consult the previous year’s ME graduate catalog.

Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
BiomechanicsMEGN 533Musculoskeletal BiomechanicsSpring3
MEGN 532Experimental Methods in BiomechanicsFall
Not offered,
Fall 2025
3
MEGN 535Modeling and Simulation of
Human Movement
Spring3
MEGN 536Computational BiomechanicsFall3
Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
RoboticsMEGN 540MechatronicsSpring3
MEGN 544Robot Mechanics, Kinematics,
Dynamics and Control
Fall 3
MEGN 545Advanced Robot ControlSpring3
MEGN 587Nonlinear OptimizationFall, even years3
Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
Solid MechanicsMEGN 510Theory of ElasticityFallSpring3
MEGN 511Fatigue and FractureFallSpring3
MEGN 514ContinuumSpringFall3
AMFG 501Additive ManufacturingFall
Spring
Fall3
FEGN 525Advanced FEA Theory & PracticeFall3
Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
Thermal, Fluids, and
Energy Systems
MEGN 523Applied Computational Fluid DynamicsFallSummer3
MEGN 551Advanced Fluid MechanicsFallSpring3
MEGN 552Viscous Flow and Boundary LayersSpring3
MEGN 553Computational Fluid DynamicsSpring3
MEGN 554Graduate Orbital Mechanics3SpringSummer
MEGN 561Advanced Engineering ThermodynamicsSpring3
MEGN 566CombustionFall3
MEGN 567Principles of Building ScienceFall3
MEGN 569Fuel Cell Science and TechnologyFall3
MEGN 571Advanced Heat TransferSpringFall3
MEGN 592Risk and Reliability Engineering
Analysis and Design
Fall3
MEGN 651Advanced Computational Fluid DynamicsSpring, even years3

 

COURSE OFFERINGS, Fall 26 - Spring 27

Below is a list of expected graduate course offerings by semester, organized by Research Focus Area.

For the 2026-2027 School year, we will begin shifting the semester in which we offer our online ME courses.  To minimize disruptions for students who have planned schedules out in advance, we will offer many of these courses online in both fall and spring, for this year.

Starting in 2027-2028, online sections will be offered once per year. For most courses, these online sections will run during the same semester as the on-campus sections.  Summer online courses are the only exception to this rule. Note this applies to MEGN-prefix courses only (not AMFG, FEGN, or SPRS courses).

Course descriptions and learning outcomes are available in the ME Graduate Catalog. For specific advise on which courses align with your educational and career goals, please see Course Advising, below.

Core ClassesCourse NumberCourse NameCreditsOn-CampusOnline
MEGN 502Advanced Engineering Analysis3Fall
Spring
Fall
MEGN 505Advanced Dynamics3FallSummer
MEGN 514Continuum Mechanics3SpringFall
Spring
MEGN 551Advanced Fluids3SpringSpring
MEGN 571Advanced Heat Transfer3SpringSpring

PLEASE NOTE: the following tables are meant to highlight courses offered in each ME Focus Area.  They are NOT lists of courses accepted for “Research Core” courses in the old (pre-Fall-2025) curriculum.  For those lists, please see the previously published ME graduate catalog.

Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
BiomechanicsMEGN 533Musculoskeletal Biomechanics3Spring
MEGN 532Experimental Methods in Biomechanics3Fall
MEGN 535Modeling and Simulation of
Human Movement
3Spring
MEGN 536Computational Biomechanics3Fall

Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
RoboticsMEGN 540Mechatronics3Spring
MEGN 544Robot Mechanics, Kinematics,
Dynamics and Control
3Fall
MEGN 545Advanced Robot Control3Spring
MEGN 587Nonlinear Optimization3Fall, even years

Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
Solid MechanicsMEGN 510Theory of Elasticity3Fall*Fall*
Spring*
MEGN 511Fatigue and Fracture3FallFall
Spring
MEGN 514Continuum3SpringFall
Spring
AMFG 501Additive Manufacturing3Fall
Spring
Fall
FEGN 525Advanced FEA Theory & Practice3Fall
Research Focus AreaCourse NumberCourse NameCreditsOn-CampusOnline
Thermal, Fluids, and
Energy Systems
MEGN 523Applied Computational Fluid Dynamics3FallSummer
MEGN 527Vehicle Dynamics and Powertrain Systems3Fall
MEGN 551Advanced Fluid Mechanics3SpringSpring
MEGN 552Fluid, Thermal and Mass Transport (previously known as Viscous Flow and Boundary Layers)3Spring
MEGN 553Computational Fluid Dynamics3Spring
MEGN 554Graduate Orbital Mechanics3SpringSummer
MEGN 561Advanced Engineering Thermodynamics3Fall
MEGN 565Electric Vehicle Powertrain Systems3Spring
MEGN 566Combustion3FallFall
MEGN 567Principles of Building Science3Fall
MEGN 569Fuel Cell Science and Technology3Spring
MEGN 571Advanced Heat Transfer3SpringFall
Spring
MEGN 592Risk and Reliability Engineering
Analysis and Design
3Fall
MEGN 651Advanced Computational Fluid Dynamics3Spring, even years

 

COURSE OFFERINGS, Fall 26 - Spring 27

Below is a list of expected graduate course offerings by semester, organized by Research Focus Area.

For the 2026-2027 School year, we will begin shifting the semester in which we offer our online ME courses.  To minimize disruptions for students who have planned schedules out in advance, we will offer many of these courses online in both fall and spring, for this year.

Starting in 2027-2028, online sections will be offered once per year. For most courses, these online sections will run during the same semester as the on-campus sections.  Summer online courses are the only exception to this rule. Note this applies to MEGN-prefix courses only (not online AMFG, FEGN, or SPRS courses).

Course descriptions and learning outcomes are available in the ME Graduate Catalog. For specific advise on which courses align with your educational and career goals, please see Course Advising, below.

Core ClassesCourse NumberCourse NameOn-CampusOnlineCredits
MEGN 502Advanced Engineering AnalysisFall
Spring
Fall3
MEGN 505Advanced DynamicsFallSummer3
MEGN 514Continuum MechanicsSpringFall
Spring
3
MEGN 551Advanced FluidsSpringSpring3
MEGN 571Advanced Heat TransferSpringFall3

PLEASE NOTE: the following tables are meant to highlight courses offered in each ME Focus Area.  They are NOT lists of courses accepted for “Research Core” courses in the old (pre-Fall-2025) curriculum.  For those lists, please see the previously published ME graduate catalog.

Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
BiomechanicsMEGN 533Musculoskeletal BiomechanicsSpring3
MEGN 532Experimental Methods in BiomechanicsFall3
MEGN 535Modeling and Simulation of
Human Movement
Spring3
MEGN 536Computational BiomechanicsFall3

Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
RoboticsMEGN 540MechatronicsSpring3
MEGN 544Robot Mechanics, Kinematics,
Dynamics and Control
Fall 3
MEGN 545Advanced Robot ControlSpring3
MEGN 587Nonlinear OptimizationFall, even years3

Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
Solid MechanicsMEGN 510Theory of ElasticityFall*Fall*
Spring*
3
MEGN 511Fatigue and FractureFallFall
Spring
3
MEGN 514ContinuumSpringFall
Spring
3
AMFG 501Additive ManufacturingFall
Spring
Fall3
FEGN 525Advanced FEA Theory & PracticeFall3
Research Focus AreaCourse NumberCourse NameOn-CampusOnlineCredits
Thermal, Fluids, and
Energy Systems
MEGN 523Applied Computational Fluid DynamicsFallSummer3
MEGN 527Vehicle Dynamics and Powertrain SystemsFall3
MEGN 551Advanced Fluid MechanicsSpringSpring3
MEGN 552Fluid, Thermal, and Mass Transport (previously known as Viscous Flow and Boundary Layers)Spring3
MEGN 553Computational Fluid DynamicsSpring3
MEGN 554Graduate Orbital MechanicsSpringSummer3
MEGN 561Advanced Engineering ThermodynamicsFall3
MEGN 565Electric Vehicle Powertrain SystemsSpring3
MEGN 566CombustionFallFall3
MEGN 567Principles of Building ScienceFall3
MEGN 569Fuel Cell Science and TechnologySpring3
MEGN 571Advanced Heat TransferSpringFall
Spring
3
MEGN 592Risk and Reliability Engineering
Analysis and Design
Fall3
MEGN 651Advanced Computational Fluid DynamicsSpring, even years3

 

Course Advising

For guidance on selecting courses, please select an icon below to explore a Mechanical Engineering Focus Area that aligns with your educational and career goals.

Robotics and Automation

Biomechanics

Solid Mechanics, Materials and Manufacturing

Thermal Fluids and Energy Systems

Student Support

Machine shop students
New Student Orientation

All current students have access to the ME Graduate Program CANVAS page. Check there for imprtant updates, including New Student Orientation details.

Graduate Mailing List

All current students are subscribed to the ME Graduate Student Mailing List
Watch for important messages from the department!

Degree Requirements

Degree requirements can be found in the Graduate Catalog.

Mailboxes

All current thesis students have a mailbox in Brown Hall W350.

Contact

Need help or have questions?
Alison Bodor
Graduate Program Manager
303-273-3467
megrad@mines.edu

More Information

Forms

The Office of Graduate Studies creates and maintains graduate student forms. All forms can be submitted via physical copy with inked signatures to their office directly or can be emailed to them (grad.services@mines.edu) with a PDF copy of all the email approvals received from the appropriate parties (dependent on individual form requirements).

Graduate Catalog
Department Seminars

Department seminars are held regularly throughout the academic year. Thesis-based Masters and PhD students in the ME Department are expected to attend. Watch emails and the ME Graduate Program CANVAS page for announcements! Click here for the schedule.

Academic Calendar
Graduate Student Government
Registration Policy
Funded Student Requirements

If you are a funded student on an RA or TA contract, you must complete several university ethics and training requirements. See the Funded Student Requirements document. 

MEGN 503

All thesis-based students (MS Thesis and PhD) must register for the appropriate Research Division section of MEGN503 every semester until they have completed all degree requirements (excluding defense). Non-thesis students should not register for MENG503. However, students interested in doing research are encouraged to select a Research Division section and attend their scheduled class meetings. 

Move to Thesis-Based Degree

To move to a thesis-based degree program, you need to find a permanent advisor willing to support your research interests and to support you financially. You should look into the professors in the department to understand what they research to identify where the best fit might be. Then contact the professors you are interested in working with to discuss potential research and funding opportunities. Be sure to meet with the Graduate Program Manager to discuss policies and forms required to change degree levels. 

Mechanical Engineering Graduate Program

Unlock your future!