Mechanical Engineering (M.S.)

About

The Department of Mechanical Engineering at the University of Maine offers graduate programs leading to Master of Science (MS) and Doctor of Philosophy (PhD) degrees. These programs are designed to provide a strong foundation in mechanical engineering while allowing students to tailor their studies to individual research interests and career goals. Each student works closely with a faculty advisor and graduate committee to develop a personalized Program of Study.

Program Highlights

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Concentrations

Robotics and Mechatronics

Advances in robotics and mechatronics have had a profound impact in many areas, including manufacturing, healthcare, shipping, space exploration, and autonomous systems. By completing this concentration, students will gain the necessary knowledge in mechanical engineering, electrical engineering, and computer science to pursue a career in this area. With expertise at UMaine in engineering and computer science, students will be able to take courses from multiple departments for completing this graduate concentration.

For more information on the Graduate Robotics and Mechatronics Concentration, please contact the Department of Mechanical Engineering.

The graduate concentration in Robotics and Mechatronics requires completion of 12 credits (4 courses) through a combination of courses from the associated approved lists of Core and Supporting courses as shown in the Table below. A maximum of one course (or 3 credits) may be transferred from outside of UMaine toward fulfilling the requirements of the graduate concentration.

PhD and MS (Thesis)

Students are required to complete a minimum of two (2) Core courses and a maximum of two (2) Supporting courses. It is acceptable for all four courses to be from the list of Core courses. A minimum grade of B- is required in each course.

MS (Non-Thesis)

Students are required to complete a minimum of three (3) Core courses and a maximum of one (1) Supporting course. It is acceptable for all four courses to be from the list of Core courses. A minimum grade of B- is required in each course.

Switching Between Thesis and Non-Thesis Options

If a student chooses to switch from thesis to non-thesis option of the MS degree program or vice versa, they will be subject to the requirements for the latter option in completing the concentration.

For MS students, a maximum of one course can be at 400-level. For PhD students, all courses must be at 500- or
600-level.

Graduate students matriculated in mechanical engineering MS or PhD program are eligible to pursue this optional concentration.

  • Introduce fundamental concepts and theories.
  • Develop skills necessary for modeling, analysis, and design of components and systems. 
  • Establish suitability of products and systems for intended applications. 

Core Courses:

  • ECE 471 Embedded Systems
  • ECE 533 Advanced Robotics
  • MEE 444/551 Robot Dynamics and Control
  • MEE 490/590 Modern Control Theory and Appl.

Supporting Courses:

  • COS 570 Topics in Artificial Intelligence
  • COS 575 Machine Learning
  • ECE 417/517 Introduction to Robotics
  • ECE 478 Industrial Computer Control
  • ECE 533 Advanced Robotics
  • ECE 571 Advanced Microprocessor-Based Design
  • ECE 573 Microprogramming
  • ECE 584 Estimation Theory
  • ECE 590 Neural Networks
  • ECE 591 Deep Learning
  • MEE 459/559 Engineering Optimization

Requirements

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Accelerated Program

The Department of Mechanical Engineering at UMaine offers a Master of Science (MS) Program โ€“ Accelerated Track to qualified undergraduate students by allowing up to 9 creditsa of approved 400/500-level courses (minimum 3 credits at 500 level) to be double-counted toward their BSb and MS degrees.

Admission Process

To qualify for provisional admission into the MEE MS Program โ€“ Accelerated Track, a student must be enrolled in an undergraduate engineering or engineering physics program at UMaineb and must have

  • Completed between 60 to 100 credit hours of coursework applicable towards graduation
  • Cumulative GPA of 3.5 or higher

Qualified students must submit the following items to the MEE Graduate Coordinator

  • A completed Application to the MEE MS Program โ€“ Accelerated Track 
  • A current undergraduate transcript (unofficial transcript is acceptable)

Students can choose either the thesis (4+2) or non-thesis (4+1) option of the MEE MS Program โ€“ Accelerated Track. After the MEE application review process is completed, a letter will be sent to the student informing them of the admission decision (copying Graduate School).

  • Students in the thesis (4+2) option must identify a faculty advisor who will oversee their research and help draft a program of study before taking any graduate-level courses
  • Students in the non-thesis (4+1) option must work with the MEE Graduate Coordinator to develop a program of study before taking any graduate-level courses

In both cases, the program of study will accompany the provisional admission communicated to the Graduate School.

Provisionally admitted students must submit a formal application to the Graduate School by February 15 in the senior year. A minimum GPA of 3.0 is required for final admission. 

During the senior year, provisionally admitted students would take up to 9 credits of 400/500-level coursework (minimum 3 credits at 500 level) toward the MS degree. These courses would also count towards the bachelorโ€™s degreeb (joint credits) as technical electives and must be part of the MS Program of Study. To be double-counted, the 400-level courses must be considered as technical electives and not standard required senior-level courses in mechanical engineering.

Upon graduation with a bachelorโ€™s degree, and with satisfactory performance (i.e., grade of โ€œBโ€ or better in the completed courses to be double counted), the student may be formally matriculated into the MEE MS Program โ€“ Accelerated Track. 

Students who meet these requirements must matriculate in their masterโ€™s program within 3 months after receiving their bachelorโ€™s degree to use the joint credits. Under extraordinary circumstances, a student may petition to delay matriculation up to an additional 12 months. 

Credits to be used towards both the bachelorโ€™s and masterโ€™s degrees will be transferred in after successful completion of the masterโ€™s degree within the allotted time limits.

a Students enrolled in this program are subject to all the MEE MS program requirements. 
b Other institutions require an approved MOU with UMaine.

Allotted Time Limits

Students in the thesis (4+2) option must complete the requirements for the masterโ€™s degree within 27 months after matriculation in the masterโ€™s program to double count the credits earned in their undergraduate senior year. 

Students in the non-thesis (4+1) option must complete the requirements for the masterโ€™s degree within 15 months after matriculation in the masterโ€™s program to double count the credits earned in their undergraduate senior year. 

However, any student who does not complete the degree within the allotted time limit may not count toward the masterโ€™s degree any courses also applied to the bachelorโ€™s degree unless the studentโ€™s committee petitions the Graduate School for extension due to extraordinary circumstances and the Graduate School grants the exception. 

Program Learning Outcomes

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Careers

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Mechanical Engineering students in an engineering lab

At a Glance

Maine College of Engineering & Computing

Mechanical Engineering


Degree Level

Master

Degree Earned

Master of Science in Mechanical Engineering

Concentrations

Robotics and Mechatronics

Mode of Study

In-Person

time to Complete Degree

30 Credits

Maine College of Engineering & Computing

Mechanical Engineering


Degree Level

Master

Degree Earned

Master of Science in Mechanical Engineering

Concentrations

Robotics and Mechatronics

Mode of Study

In-Person

time to Complete Degree

30 Credits

Featured Courses

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XXX 101

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XXX 101

Research Learning Experience

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Learn More about RLE Courses

Scholarships

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Contact

Mechanical Engineering

Masoud Rais-Rohani

Ferland Engineering Education & Design Center, Room 237F

mcec.umaine.edu/depts/mee/

P

207.581.4120

Graduate Coordinator

Andrew J. Goupee

Ferland Engineering Education & Design Center, Room 243

P

207.581.3657

Admissions

Graduate

5775 Stodder Hall

umaine.edu/graduate/apply/

P

207.581.3291

International

Chadbourne Hall, Room 122

go.umaine.edu/international-undergraduate-admissions/

P

207.581.3437

F

207.581.2920