Students engage in a structured sequence of coursework that introduces foundational and advanced concepts in electrical systems, mechanical systems, programmable logic controllers (PLCs), robotics programming, sensors and instrumentation, pneumatics and hydraulics, industrial safety, and systems integration. Through lab-based instruction and real-world simulations, learners work with industry-standard automation equipment, robotic arms, and control technologies as they develop skills in wiring, programming, calibration, diagnostics, and preventative maintenance.

Students may have opportunities to pursue industry-recognized certifications, such as OSHA 10, robotics and mechatronics credentials, or manufacturer-sponsored certifications depending on program resources. Work-based learning experiences, including plant tours, internships, or industry mentorships, provide further exposure to the demands and expectations of Indiana’s advanced manufacturing sector.

This pathway prepares students for entry-level roles such as automation technician, robotics operator, maintenance technician, control systems technician, or industrial engineering assistant. They are also positioned to continue their education in mechatronics, robotics engineering, electrical engineering technology, advanced manufacturing, or related STEM fields.