As the oldest engineering discipline that has the broadest reach in terms of application, mechanical engineering touches every aspect of life from medical devices, computers, and athletic equipment to automobile engines, electric power plants, and the very machines that create these innovations.
Mechanical and materials science influence virtually every aspect of human life. Our department, supports research and education in a wide range of modern technologies including design, dynamics, controls, materials, intelligent systems, advanced mechanical systems, applied mechanics and thermal systems engineering.
Mechanical engineering students gain knowledge to design, manufacture, and operate machines and mechanical systems that work in a safe and efficient fashion. Students learn fundamental principles of force, energy, and motion and apply theories to develop everything from simple devices to complex systems.
Mechanical engineering technology students gain knowledge in the hardware- and computer-oriented aspects of mechanical design, manufacturing, and energy systems. Students receive a fundamental and applicable foundation with emphasis on realistic, technical problem-solving projects involving mechanical systems.
Materials science and engineering students gain knowledge of how materials work, leading to the creation of new materials for new applications as well as the further development of existing materials to improve performance.
All of our faculty members have extensive and impressive research backgrounds, working closely with students in their research activities. The department is home to several internationally recognized research activities in structural dynamics, bio-mechanics, vibro-acoustics, gear dynamics, computational mechanics, nanotechnology, intelligent autonomous systems, computational fluid dynamics, robotics and many more.
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July 20, 2021
UC assistant professor Dieter Vanderelst in UC's College of Arts and Sciences and College of Engineering and Applied Science digitally compressed the echoes of Mexican free-tailed bats and found they lost little valuable information.
July 15, 2021
Echoes from bats are so simple that a sound file of their calls can be compressed 90% without losing much information, according to a study by the University of Cincinnati.
July 9, 2021
When Parikshit Boregowda, mechanical engineering doctoral student at the University of Cincinnati, is staring at ocean waves crashing into the shore, he’s thinking about the problems he can solve through better modelling methods to study the motion of fluid.
