Major Code: 244
In the Advanced Manufacturing and Automation A.A.S. program, students develop practical, hands-on skills focused on the operation, programming, and implementation of advanced manufacturing technologies being used in manufacturing today.
The curriculum integrates manufacturing processes and technologies used in contemporary production facilities. Students receive instruction in industrial robotics, PLC-based automation (Programmable Logic Controllers), CNC machining and programming (Computer Numerical Control), process control, quality control, metrology, and smart manufacturing systems. Coursework is designed to develop an understanding of how automated equipment, production processes, and manufacturing technologies operate as integrated systems.
All technical courses include a required hands-on laboratory component that allows students to apply theory to real-world manufacturing systems. Students develop practical skills in programming, monitoring, and improving automated production processes while adhering to established safety, quality, and industry standards. Instruction also emphasizes documentation, data collection, process monitoring, teamwork, and continuous improvement practices.
Additionally upon completion, graduates will:
1. Demonstrate safe work practices appropriate for commercial and industrial manufacturing environments.
2. Apply mechanical and electrical principles to the operation of advanced manufacturing systems, including hydraulics, pneumatics, electrical systems, Programmable Logic Controllers (PLCs), robotics, Computer Numerical Control (CNC) machining, quality systems, and alternative energy technologies.
3. Program automated manufacturing systems using PLCs, industrial robotics, and CNC technologies to support production processes.
4. Configure automated and CNC-based manufacturing systems in accordance with established safety and quality standards.
5. Evaluate manufacturing processes using precision measurement, inspection techniques, and quality documentation.
6. Interpret technical information, including prints, schematics, circuit diagrams, ladder logic, CNC programs, and technical manuals used in manufacturing environments.
Graduates of the program are prepared for employment in advanced manufacturing roles supporting automated production, robotics systems, PLC-controlled processes, CNC manufacturing operations, quality and process improvement, and emerging manufacturing technologies.
Employment opportunities for graduates remain strong as manufacturing industries continue to modernize and face workforce shortages driven by retirements and increased reliance on automation, robotics, CNC machining, quality systems, and sustainable energy solutions. Graduates may find employment in steel, chemical processing, power generation, renewable energy, advanced manufacturing, fabrication, and related industries.
Common Job Titles Include: Advanced Manufacturing Technician, Automation Technician, Robotics Technician, PLC / Automation Technician, Manufacturing Engineering Technician, Mechatronics Technician, CNC Manufacturing Technician, Quality Technician, Quality Control Technician, Process Technician, Product Testing Technician, Test Technician
Return to: