The PhD in Mechanical Engineering program is designed for highly qualified personnel interested in a rewarding career in fundamental or applied research. The program involves advanced courses and an intensive research project culminating in a dissertation. The development of applied research skills will also prepare PhD graduates for a career either in or outside of academia in new and traditional fields of Mechanical Engineering including but not limited to manufacturing, design, materials, green energy, mechatronics, and electric vehicles.

The program consists of 8.0 full Course Equivalents (FCE) over four years (full-time): 1.5 FCE elective courses, 1.0 FCE Comprehensive Examination, 0.5 FCE PhD Seminar, and 5.0 FCE PhD dissertation. Students can follow a full-time or flexible full-time model. Upon successful completion of the PhD in Mechanical Engineering, graduates will be able to:

• Evaluate existing theories, techniques and literature related to the specific area of research as well as the broader disciplines of Mechanical Engineering.
• Conduct independent research and show competence within a specific area of Mechanical Engineering through the formulation and execution of an engineering research plan using advanced mathematical, scientific, and engineering concepts.
• Design and execute experiments and/or analytical/numerical analyses, depending on the nature and scope of the course or research.
• Develop novel solutions, and demonstrate originality in the solution to Mechanical Engineering problems.
• Analyze complex issues based on new and established principles and techniques within the discipline of Mechanical Engineering.
• Demonstrate accountability and personal responsibility, and the capability to appreciate the broader implications of Mechanical Engineering on society and environment.
• Communicate ideas, issues and conclusions clearly and effectively through oral and written forms to expert and nonprofessional audiences.