College of Engineering, Informatics, and Applied Sciences2021-2022

Department of Mechanical Engineering

Mechanical Engineering, Doctor of Philosophy

Learning Outcomes

Purpose Statement

The Ph.D. in Mechanical Engineering trains students to carry out research, to apply high-level content and research methods and tools to find solutions to complex mechanical and interdisciplinary engineering problems. The program will train students to tackle problems in advanced fluid mechanics, continuum mechanics, adaptive structures and intelligent systems, nano-heat transfer and energy systems, as well as in other emerging areas in which our faculty will continue to develop expertise. The program focuses on training students on the application of analytical, computational and experimental tools to solve engineering problems, in one or more of the areas listed above. The scope of the program is to provide students with technical agility in the research areas indicated above, as well as the ability to cross disciplinary boundaries, allowing them to solve increasingly interdisciplinary and complex engineering problems.
 
Students will also be trained to critically evaluate problems and identify the best tools, methods, approaches to be deployed for identifying optimal solutions for them. Training will occur through a combination of traditional lectures, research, and personalized mentoring by faculty advisors. Opportunities for employment of Mechanical Engineering Ph.D.’s are common in a broad range of industries, including but not limited to aerospace, automotive, manufacturing, biomedical, etc., as well as in national laboratories and academia. ME Ph.D.’s can take on positions in training, marketing, sales, software development, and technical support.
 
This program is designed for students with strong preparation in the engineering sciences, including a Bachelor’s degree in Mechanical Engineering or in a related field, and research interests aligned with faculty in the program. Moreover, we aim to reach out to diverse students and we want to become the flagship program for recruiting and graduating native students from the broader South West region.

Student Learning Outcomes
 
  • Solve, analyze, evaluate, and interpret results to complex contemporary mechanical engineering problems using advanced mathematics, computational tools, and/or experimental, and state-of-the-art methods in mechanical engineering.
  • Analyze and critically evaluate information from the scientific literature on mechanical engineering, and synthesizing this information, and identifying and exploring the leading edges of their field in order to expand the understanding and applications within the discipline.
  • Design, plan and conduct mechanical engineering research, apply advanced mechanical engineering concepts and tools to research problems, and interpret results of mechanical engineering research.
  • Demonstrate the ability to communicate effectively complex mechanical engineering theories and methodologies and the results of a comprehensive research study.

Go to mobile site