The Department of Mechanical Engineering offers both MS (thesis & non-thesis options) and PhD degree programs aimed at preparing students for successful careers in industry, R&D, and academia by acquiring strong engineering background and research capabilities. In partnership with the Graduate School, our graduate programs are structured to achieve the established Learning Outcomes.
- What Do Our Students Say?
- Apply for Admission Here
- MEE Guidelines for Graduate Study
- Graduate School (general information)
- Schedule of Graduate-Level Courses
- Graduate Catalog (listing of courses)
MS Program – Accelerated Track
Undergraduate engineering and engineering physics students can choose the accelerated pathway toward earning a master’s degree in mechanical engineering starting in their senior year. Qualified students can complete up to three graduate-level courses (9 credits) that can fulfill both undergraduate and graduate degree requirements. Both thesis and non-thesis options are available.
MS and PhD Degrees in Mechanical Engineering
Current areas of research include, but are not limited to, the following:
- Additive Manufacturing
- Biomedical Engineering and Biomimetics
- Composite Materials and Structures
- Computational and Experimental Fluid Mechanics
- Computational Mechanics
- Design Optimization
- Engineering Education
- Floating Offshore Structures
- Marine Renewable Energy
- Nano and Smart Materials
- Ocean and Marine Engineering
- Radiative Heat Transfer
- Reduced-Order Modeling
- Solid and Structural Mechanics
- Solar Thermal Energy
- Thermal Sciences and Engineering
- Uncertainty Quantification
- Unmanned Aerial Vehicles
Admission is based on an appropriate bachelor’s degree and satisfying the requirements of the Graduate School at UMaine. Applicants holding a bachelor’s degree in another science or engineering discipline may be admitted; however, some undergraduate courses may be required without graduate credit.
Each graduate student, in consultation with his or her graduate committee, prepares an individual program of study. The PhD degree program is more narrowly focused on a topic of interest to the student and the faculty advisor.
For students with a strong interest in other disciplines, excellent opportunities exist for an interdisciplinary program of study in which up to 40% of the MS degree credit is earned in another department in the university.
Interdisciplinary PhD research can be performed in collaboration with faculty in other disciplines as a part of a coherent graduate degree program in Mechanical Engineering.
The MS degree with thesis requires a minimum of six credit hours of thesis research in addition to 24 credit hours of acceptable coursework. The non-thesis Master’s degree requires 30 credit hours of coursework and a comprehensive examination.
Application submission deadlines:
- July 31 for Spring semester
- February 15 for Fall semester
Prospective students are encouraged to contact the mechanical engineering faculty to discuss their interest when submitting an application.
For general inquiries about the graduate programs (MS and PhD) in mechanical engineering, contact MEE Graduate Coordinator, Dr. Andy Goupee.
Mechanical engineering graduate students can pursue a concentration in
- Offshore Wind Energy
- Robotics & Mechatronics
- Smart Manufacturing
These concentrations are designed to provide MS and PhD students an opportunity to gain more knowledge in each specific area and broaden their future career options. Descriptions, Application
Graduate Composites Certificate
The Department offers a limited number of teaching assistantship positions on a competitive basis. Research assistantships may be offered by the individual faculty. Other forms of support through external fellowships are possible and strongly encouraged. A typical graduate assistantship in mechanical engineering covers 100% tuition, up to 100% health insurance plus a monthly stipend, with amount depending on the source of funding. More information
Sample MS Theses & PhD Dissertations
Development of a Novel Haptic Feedback System for Gait Training Applications, Mohsen Alizadeh Noghani (Advisor: Dr. Babak Hejrati)
- Design, Quantification, and Strengthening of Interface Interaction Between Aramid Fibers and Polymer Matrix, Karrar Al-Quraishi (Advisor: Dr. Yingchao Yang)
Numerical Study of Laryngeal Control of Phonation using Realistic Finite Element Models of a Canine Larynx, Biao Geng (Advisor: Dr. Xudong Zheng)
A Linear Actuator/Spring Steel-Driven Glove for Assisting Individuals with Activities of Daily Living, Daniel Chizhik (Advisor: Dr. Babak Hejrati)
Active Blade Pitch and Hull-Based Structural Control of Floating Offshore Wind Turbines, Eben Lenfest (Advisor: Dr. Andrew Goupee)
Characterization of Coated Particles to Use in High-Temperature Solid Particle Receivers, Seyed Adib Taba (Advisor: Dr. Justin Lapp)
The Effect of Non-Local Electrical Conductivity on Near-Field Radiative Heat Transfer Between Graphene Sheets, Behrad Zeinali Tajani (Advisor: Dr. Sheila Edalatpour)
Optimization of Thermoelectric Materials For Marine and Power Plant Application, Travis Thornton Wallace (Advisor: Dr. Zhihe Jin)
- Impact Resistance of Fiber-Reinforced Composites Using Computational Simulations, Maitham Alabbad (Advisor: Dr. Senthil Vel)
Investigation of Infiltration Measurements Using Wind Induced Pressure Response on an Enclosure, Aaron R. French (Advisor: Dr. Alex Friess)
High Fidelity Computational Modeling and Analysis of Voice Production, Weili Jiang (Advisor: Dr. Xudong Zheng)
Global Performance Testing, Simulation, and Optimization of a 6-MW Annular Floating Offshore Wind Turbine Hull, Hannah L. Allen (Advisor: Dr. Andy Goupee