Hamilton Community Schools is continuing to expand hands-on learning opportunities for students with the addition of a brand-new MEERA Lab at Hamilton High School, bringing advanced manufacturing, engineering, robotics, and other industry-related technologies directly into the classroom.
The new laboratory will provide students in grades 9–12 with opportunities to explore potential career pathways while developing technical skills through real-world, project-based learning. The program is expected to begin offering classes during the second and third trimesters of the 2026–27 school year.
Hamilton High School Principal Mitch Bosch recently provided a video tour of the new space, showcasing the equipment students will have the opportunity to use and explaining how the program will prepare them for future careers.
Bringing Advanced Manufacturing into the Classroom
MEERA, which stands for Manufacturing and Engineering Education Reimagined for All, is a hands-on educational program designed to introduce students to modern manufacturing technologies, engineering concepts, and career opportunities in skilled trades.
The new Hamilton High School lab features equipment similar to technology used in today's manufacturing facilities, allowing students to gain experience with the tools and processes that are shaping the future of industry.
Throughout the program, students will explore several areas of advanced manufacturing, including:
3D Printing and Additive Manufacturing: Designing and producing physical components that can be used in larger projects.
CNC Machining: Learning how computer-controlled machines cut and shape materials with precision.
Automation and Robotics: Programming robotic arms to move, grab, and manipulate objects in simulated manufacturing processes.
Electronics: Exploring electrical systems and technologies used in manufacturing.
Virtual Reality Welding: Practicing welding techniques in a safe, simulated environment before working with traditional equipment.
Materials Testing and Engineering: Learning how manufactured components are evaluated for quality, strength, and performance.
Artificial Intelligence and the Future of Work: Exploring how emerging technologies are changing manufacturing careers.
Workplace Readiness: Building communication, teamwork, problem-solving, and other essential professional skills.
One of the unique aspects of the MEERA program is how these experiences connect. Students will have opportunities to design and create components using 3D printers, refine materials through CNC machining, explore robotics and automation, and evaluate their finished products.
The program builds toward capstone experiences that bring together the skills students develop throughout their coursework.
Learning by Doing
During his tour, Bosch highlighted several pieces of equipment that will give students opportunities to explore the manufacturing process from start to finish.
At the robotics stations, students will learn how to code and operate robotic arms, simulating tasks performed in manufacturing facilities. Nearby, 3D printers will allow students to create parts that can be incorporated into projects as they progress through the program.
The lab also features virtual reality welding simulators, allowing students to practice welding techniques using realistic equipment and immersive technology.
Students can wear VR welding headsets, operate simulated welding tools, and receive feedback on their performance while classmates and instructors observe their progress on a screen.
These experiences provide an engaging introduction to careers that students may not otherwise have an opportunity to explore during the school day.
Building on MEERA's Success at Hamilton Middle School
The addition of the high school MEERA Lab represents another important step in Hamilton Community Schools' efforts to expand Career and Technical Education opportunities throughout the district.
Earlier this year, Hamilton Community Schools was awarded a competitive Section 61v Career and Technical Education Expansion Grant through the Michigan Department of Education, allowing the district to establish its first MEERA Lab at Hamilton Middle School.
That program, led by teacher Remington Rohrer, began introducing middle school students to manufacturing, robotics, engineering, 3D printing, and virtual reality welding during the 2026–27 school year.
Now, the high school laboratory will provide an opportunity for students to continue building on those foundational experiences as they progress through their education.
The expansion also strengthens the district's commitment to helping students discover their interests before graduation and make informed decisions about future education, training, and career pathways.
Hamilton Community Schools Director of Career, College, and Innovative Programs Mat Rehkopf has helped lead the district's efforts to bring these opportunities to students, with a focus on connecting classroom experiences to the skills and careers available throughout West Michigan.
With advanced manufacturing playing an important role in the region's economy, programs like MEERA help students better understand the variety of career possibilities available in engineering, technology, manufacturing, and skilled trades.
Interested in MEERA at Hamilton High School?
As Hamilton High School prepares to offer MEERA opportunities during the second and third trimesters, students in grades 9–12 are encouraged to explore whether the program may be a good fit for their interests and schedules.
Students and families can learn more by contacting their Hamilton High School counselor or completing the MEERA interest form that was sent to parents via email in October.
The interest form will help school staff gauge student interest and work toward scheduling students into appropriate courses.
The addition of the high school MEERA Lab is another example of Hamilton Community Schools' commitment to providing innovative, hands-on learning experiences that help students discover their passions and prepare for opportunities beyond graduation.