Program at a Glance
- Program
- Doctorate
- College(s)
- College of Engineering and Computer Science
- Department(s)
- Mechanical & Aerospace Engr
If You Want to Take Your Education – and Your Career – Even Further, Earn Your Ph.D. in Mechanical Engineering From UCF.
Innovate Your Education
Our graduate degrees in mechanical engineering and consistently ranked among the top programs in the national by U.S. News and World Report.
Mechanical Engineering at UCF
At the graduate level, UCF offers a Doctor of Philosophy in Mechanical Engineering through the Department of Mechanical and Aerospace Engineering. The program offers the opportunity, through both coursework and research, to meet the highest standards of academic achievement in the core areas of mechanical systems or thermofluids.
You can also conduct research under our highly cited and industry-recognized faculty in the areas of energy and power systems, nanotechnology, heat transfer. The doctoral degree is intended for students who have earned a master’s or bachelor’s in mechanical engineering, aerospace engineering or a closely related field.
Where Graduates Work
Graduates É«»¨ÌÃ’s mechanical engineering programs work at the world’s leading aerospace and defense organizations including NASA and Lockheed Martin. They are also employed by the U.S. Nuclear Regulatory Commission, Universal Creative, Pratt & Whitney, Northrop Grumman and Siemens.
Hone Your Research Skills
Want to hone your research skills and work on innovative projects that could shape the industry – and change the world? At the UCF Department of Mechanical and Aerospace Engineering, you can work in our faculty laboratories on projects focusing on propulsion, structures and materials, control and dynamics, and systems design You can also find opportunities within our Center for Advanced Turbomachinery and Energy Research, which focuses on clean energy solutions for aircraft and spacecraft.
Highlights
Application Deadlines
- Spring
- November 1
- Fall
- July 1
- Spring
- July 1
- Fall
- December 1
Application deadlines subject to change, see the for up-to-date deadlines.
Ready to get started?
Course Overview
Mathematical Methods in Mechanical and Aerospace Engineering
Explore vector field theory, generalized coordinates, complex variables, contour integration and Laplace and Fourier transforms and inversions, variable coefficient ODEs and solution of PDEs for governing equations of heat transfer, ideal fluid flow, and mechanics.
Intermediate Heat Transfer
An intermediate-level course dealing with heat and mass diffusion, boundary layer problems, and radiation from real bodies. Emphasis on combined modes, numerical methods.
Modal Analysis
This course explores measurement techniques, excitation, transducers, and data acquisition on a theoretical basis, along with detailed data analysis, modal parameter extraction, curve-fitting procedures, and modeling.
Plates and Shells
This course introduces the reduction of 3D elasticity to an equivalent 2D counterpart; basic assumptions; field equations of the theory of plates and shells; linear and nonlinear theories; buckling and vibrations; refined plate and shell theories.
Skills You'll Learn
- Advanced mechanical engineering problem solving through deep study in areas like mechanical systems, controls, thermofluids, or aerospace.
- Research design and execution by working on state-of-the-art sponsored research with faculty mentors.
- Technical communication through opportunities for presentations and publications with scientists and engineers inside and outside UCF.
- Independent planning and academic management by developing a plan of study with an advisor and staying on track through major milestones like the qualifying exam and candidacy exam.
Career Opportunities
- College Professor
- Postdoctoral Fellow
- Program or Skill Researcher