Aerospace Engineering & Engineering Mechanics Undergraduate Information

The broad scope of aerospace engineering encompasses the general areas of aeronautics and astronautics. Because these areas are so intimately related, many of the required courses of study overlap so the student will be well prepared for either general area. Some of the specific areas to be studied include the physics and computation of gas flow, heat transfer, and combustion processes; performance, dynamics and control of vehicles and other general systems; analysis of lightweight, high-strength, complex structural systems; and principles of jet and rocket propulsion systems. The program of study is well balanced and is directed towards developing both technical and non-technical skills and prepares the student for the work environment of the 21st century. The program trains the student in the use of analytical, computer, and laboratory skills, and further emphasizes interpersonal skills such as verbal and oral communication, and team work.

  • For a personal visit or for more information on our program, feel free to contact Dr. Joseph Corcoran, Associate Professor and Chair of the Aerospace Engineering and Engineering Mechanics undergraduate program.
Headshot of Joseph James Corcoran

Joseph James Corcoran

Associate Professor, CEAS - Aerospace Eng

731 Rhodes Hall

513-556-3710

Joseph Corcoran joined the University of Cincinnati as Associate Professor in 2020. He received his MEng and PhD degrees in Mechanical Engineering from Imperial College London, where he maintains an Honorary Lecturer position. His research interests lie in the development of Structural Health Monitoring (SHM) systems and ‘smart’ structural integrity assessments through the Digital Twin concept. His research covers electromagnetic and ultrasonic methods, analytical and experimental techniques and the development of both hardware and software solutions. He has expertise in integrating structural health monitoring data with probabilistic structural integrity assessments to provide real-time, uncertainty-quantified diagnostics and prognostics.

Joseph Corcoran is part of the University of Cincinnati Center for Nondestructive Evaluation: www.ucnde.com

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