Bachelor of Science in Mechatronics Engineering to MSc in Manufacturing and Mechanical Systems (Accelerated) in Rochester United States | Rochester Institute of Technology

RIT's Bachelor of Science in Mechatronics Engineering Technology equips students to lead the creation of intelligent products by merging electrical and mechanical systems. Accelerated Dual Degree Pathway: Complete both a BS in mechatronics engineering technology and manufacturing and mechanical systems integration faster.
Career Opportunities with Top Firms: Graduates in mechatronics engineering technology secure roles at Bausch & Lomb, BorgWarner, Boston Scientific, Lockheed Martin, SONY Electronics, and Tesla.
Aircraft represent intricate mechanical assemblies with numerous embedded computers and electrical networks that manage and oversee flight controls, navigation, airspeed, interior lighting, wing flaps, and communications.
Production line sorting and packaging units merge manufacturing productivity with computerized scanning, sorting, and packaging capabilities.
Intelligent doorbells incorporate motion detection, live video recording, facial identification, and voice commands, all managed via a smartphone application.
Unmanned aerial vehicles blend electrical, computer, and mechanical engineering with control systems and imaging technology to achieve lift-off and landing, photo and video capture, data collection and transmission, and precise targeting and projectile deployment.
These examples highlight the versatile applications of mechatronic engineering. Graduates with a mechatronics engineering degree lead in creating and integrating technologies that shape our professional, recreational, educational, and daily experiences.
Mechatronics engineering technology fuses electrical, computer, and mechanical engineering with systems integration and project management. It emphasizes mechanics, electronics, robotics, automation, imaging and sensor tech, and computing to engineer intelligent products and manufacturing systems. Mechatronics engineering considers the complete system design, not isolated parts.

Demand is rising for mechatronic engineers with robust skills in electrical, computer, and mechanical engineering, programming, systems design, manufacturing methods, robotics, and automation—enabling holistic product development rather than component-focused approaches.

A bachelor's degree in mechatronics engineering technology consolidates these disciplines into one curriculum, readying students for future product design careers. RIT’s program employs a systems methodology, examining entire systems and their subsystems and components to train graduates for innovative design challenges.