Do you like building, designing or figuring out how things work? Advanced manufacturing careers let you turn those interests into real, well-paying jobs and you don’t have to wait until after high school to get started.
Illinois Manufacturing Employers Need You
Advanced manufacturing is expanding faster than ever and employers are competing for skilled talent. With new technologies, reshoring efforts and growing regional investment, companies are creating more jobs than they can fill. Over the past year alone, thousands of unique manufacturing positions have opened, and job postings are staying active longer as 800+ employers search for qualified workers.
For job-seekers, that means unmatched opportunity: stable careers, strong wages, and room to grow in a field that’s powering the future of our region.
Additional Career Information
Detailed information about growth industries hiring NOW in manufacturing and interviews with entry-level employees can be found through Make It In Illinois.
The Data Behind the Demand
Regional labor market data shows demand for manufacturing talent, with employers competing for skilled workers.
853 Employers Competing for Talent
That’s how many regional employers posted manufacturing openings over the past year.
10,174 Unique Job Postings
The number of manufacturing job postings in the region over the last 12 months.
Two Day Median Duration
Manufacturing jobs stay open 3 days longer than the regional average.
Data provided by Lightcast, a hybrid dataset combining official sources including the U.S. Census Bureau, Bureau of Economic Analysis and Bureau of Labor Statistics.
Explore Advanced Manufacturing at College of DuPage
At College of DuPage, you can explore and discover how advanced manufacturing combines hands-on skills with cutting-edge technology like robotics, computer automation and design software.
A career in advanced manufacturing means:
- High-demand jobs, good wages and benefits
- Hands-on, problem-solving work with cutting-edge technology
- The chance to design, build, and repair products people use every day
- Engaging work environments
- Strong career growth
Educational Pathways
Begin learning in high school and build your skills step by step through:
- On-the-job training – COD’s Project Hire-Ed Apprenticeship Program gives you paid experience while you learn.
- Certificates and associate degrees – Careers such as fabricators or electronics technicians may only require a certificate or associate degree.
- Bachelor’s and beyond – Fields such as mechanical engineering or computer engineering often require a four-year degree or higher.
Learn more about the apprenticeship program's student opportunities.
Courses You Can Take
Get out of the classroom and into the labs where you will apply what you learn through a mix of hands-on activities with different machines and technologies!
Example Courses
- Manufacturing Processes – Learn fabrication, thermoforming, assembly, casting and more.
- Robotics – Program and operate robots for real-world manufacturing.
- Engineering Management – Discover how to manage teams, budgets and projects like an engineer.
- Quality Assurance and Control – Make sure products meet the highest standards using data and testing.
- Product and System Design – Create and test new product ideas with industry-standard tools.
Your Career Ladder
Manufacturing careers grow with you. At COD, you can build your skills to be ready for the next opportunity through stackable certificates and degrees:
- Entry-level: CNC operations certificate – hands-on machining fundamentals.
- Design skills: CAD certificate –computer training with 3D design software.
- Automation: Automated manufacturing certificate – robotics and production systems.
- All-in-one degree: Associate in Applied Science in Automated Manufacturing Systems – a complete training package of design, machining and automation.
From there, you can transfer into bachelor’s or even master’s programs in industrial technology, operations and leadership.
Career Options in Advanced Manufacturing
Here are a few exciting careers you can explore:
Computer Hardware Engineer
Design, develop and test computer hardware components and systems. Ensure reliability, compatibility, and performance for modern technology applications.
Electronics Technician
Build, test and troubleshoot electronic systems and prototypes. Use diagnostic tools to ensure functionality and compliance with technical standards.
Fabricator
Assemble and weld components into finished products using precision tools and modern fabrication technology. Ensure quality and adherence to specifications.
Industrial Maintenance Technician
Apply your troubleshooting skills to install, maintain, and repair industrial equipment such as compressors, pumps, and fluid systems. Perform preventive maintenance, diagnose mechanical and electrical issues, and ensure safety compliance.
Machinist
Operate advanced machine tools, lasers, and water jets to shape metal components with precision. Interpret technical drawings and maintain equipment accuracy.
Mechanical Engineer
Design and develop mechanical systems and components for applications ranging from elevators to medical devices. Analyze performance and ensure safety and efficiency.
Mechatronics Technician
Work with complex automated systems that integrate mechanical, electrical, and computer technologies. Install, maintain, and troubleshoot equipment to optimize performance.
Robotics Engineer
Design, program, and integrate robotic systems for automated manufacturing. Optimize performance and troubleshoot issues to improve product
Get Started Today
Learn more about Manufacturing Technology at COD and talk to us about how you can begin building your future today.
Contact Information
Dan Jacobson, Program Support Specialist
Manufacturing Technology Program
Phone: (630) 942-2324
Email: jacobsond@cod.edu