Apply principles from science, mathematics and computing to the design, analysis and operation of multidisciplinary systems found in manufacturing, automation, transportation, energy convers and biomedical sectors. This integrated degree is based on the mechanics, design, vibrations and control curricular content from mechanical engineering and the analog and digital electronics content from electrical engineering.

Prepare for success in the dynamic field of mechanical engineering technology through a program that balances technical and business education. Delve into specialized areas such as robotics, fluid mechanics, thermal systems and machine design, and showcase your skills through a senior design project.

Develop your analytical and problem-solving skills to prepare for a leadership role in mechanical engineering. Earn your undergraduate and graduate degrees in mechanical engineering in just five years (depending on your course load).

Gain an in-depth understanding of key mechanical engineering concepts such as statics, dynamics, fluids, materials and thermodynamics. Further enrich your studies with the Honors Program, which allows you to take advanced courses and deepen your knowledge through research and thesis work.

Become an advanced mechanical engineer, focusing your area of study in Thermal-Fluid Mechanics and Energy Systems; Dynamics, Vibrations and Machine Design; Robotics, Controls and Mechatronics; Biomechanics; or Manufacturing. Apply and broaden your skills through hands-on projects and research opportunities.