Bachelor of Science - Manufacturing Technology - Manufacturing Management

Program Description

As manufacturing technology majors, students can choose to concentrate their studies on robotics or management. Both concentrations include courses in robotics, manufacturing, computers, science and math. The program also emphasizes hands-on learning. Students will spend a lot of time designing, experimenting and fabricating in the labs. And they'll tackle projects for real clients. These experiences will teach them how to work on teams, communicate effectively, problem-solve and think critically. With these skills under their belt, students will be in demand in the workforce.

Large institutions just can’t provide the individualized attention and opportunity students will find at ONU. The manufacturing technology students build robots and design software solutions. They assist professors with research, participate in national competitions and can co-op at leading manufacturing companies. They star on sports teams and lead student organizations.

The applied robotics concentration is designed for students who are interested in delving deeper into the field of robotics. With an emphasis on hands-on learning, students will spend time designing, fabricating and experimenting in labs. Students are immersed in programming, simulation and automation while obtaining foundational knowledge in industry 4.0. Courses include: Parametric Modeling; Engineering Statics and Strength of Materials; Physics; Calculus; Robotics; Automated Systems; and Digital Manufacturing and Simulation. Upon graduation, students will be prepared for careers as robotics engineers, robotics programmers, simulation engineers, robotics integrators and CAD/CAM programmers.

The manufacturing management concentration is designed for students who are interested in general (applied) engineering, technology and management positions in the manufacturing sector. With an emphasis on hands-on applications/learning, students will spend time designing, fabricating and experimenting in labs. They will tackle real-world projects gaining skills in teamwork, critical thinking and leadership. Topics covered include lean manufacturing, manufacturing management, database applications, sustainability, CNC and manufacturing processes (simulation, parametric modeling). Upon graduation, students will be prepared for careers as process engineers, manufacturing engineers, plant managers, production designers, production supervisors and more.