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Program at a Glance

Program
Online Master's
College(s)
College of Engineering and Computer Science
30
Credit Hours
Best Engineering University
US News World Report Most Innovative University

Design and build the mechanical systems the world relies on.

As technology and industries evolve, the role mechanical engineers play become increasingly important. From developing innovative solutions to improving efficiency, they shape the systems that power our world. From manufacturing and aerospace to energy and automation, mechanical engineering expertise spans a wide range of industries, creating opportunities for skilled professionals to advance their careers.

To meet the diverse needs of this evolving field, UCF Online offers a master’s in mechanical engineering with two specialized tracks aligned with your professional interests and career goals. The Mechanical Systems track explores areas such as mechanics of materials, computational methods and engineering design, while the Thermofluids track focuses on fluid mechanics, thermodynamics and turbomachinery. Both tracks provide advanced technical knowledge to help engineers expand their expertise and prepare for new opportunities in the field.

Designed primarily for students with a bachelor’s degree in mechanical or aerospace engineering, UCF Online’s program provides both thesis and non-thesis options. To meet the needs of busy professionals, we provide an opportunity to take all courses in a web-based environment. Find out how to get started in our online mechanical engineering courses today to play a bigger role in the future of the field.

Engineer looking at an engine

Highlights

Number 1 icon
UCF is the No. 1 supplier of graduates to the aerospace and defense industries in the U.S.
recognized icon
Nationally recognized by U.S. News & World Report among the Best Online Graduate Engineering Programs
No GRE icon
No GRE required

Application Deadlines

Fall
July 1
Spring
November 1

Ready to get started?

Course Overview

Intermediate Dynamics

Explore and analyze the dynamics of particles, rigid bodies and distributed mass systems.

Commence in a critical examination of the 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.

Explore a general postulative approach to classical macroscopic thermodynamics featuring states as fundamental constructs including conditions of equilibrium, stability criteria and thermodynamic potentials, maxwell relations and phase transitions.

Skills You'll Learn

  • Gain the knowledge and skills in the areas of GPS navigation and guidance, mechanical systems or thermodynamics
  • Understand the latest modeling and mathematical methods used in mechanical and aerospace engineering
  • Learn how to synthesize theory and application to make an immediate impact in the aerospace, mechanical and electrical engineering industries

Career Projections

15,303

Annual Job
Openings

5.4%

Job Growth
Between
2026 - 2036

$116.6K

U.S. Median Earnings

Source: Lightcast™ . 2026

Career Opportunities

  • Architectural and Engineering Managers
  • Aerospace Engineers
  • Electronics Engineers, Except Computer
  • Mechanical Engineers
  • Aerospace Engineering and Operations Technicians