Trinity students are about to get a major upgrade to their learning experience with the construction of a brand-new STEM building. The facility, designed to inspire creativity and career readiness, will house engineering, CAD and art classes all under one roof. Engineering teacher Steve Hammer, who helps lead the project, shared what this new center will mean for students.
The STEM building will sit on the northeastern side of campus at Sherrin Avenue and Westport Road. It will replace the 4050 building. The first floor will be home to all engineering and CAD classes, while the second floor will bring together all art programs.
Mr. Hammer described the building as “a much more functional and practical lab than the one we’re in right now,” adding that it will give students a true college-style learning experience with state-of-the-art equipment.
Why This Project Matters
Over the past few years, more students have been signing up for engineering courses, and Trinity wanted to create a space that could prepare students for both college and career pathways.
“This building is designed to better prepare students, no matter where they go after high school,” Mr. Hammer said. “It’s about giving them the tools and the experience to succeed.”
Construction Already Underway
Construction has already begun. Earlier this year, crews cleared half of the first floor, and now the full space is being demolished and prepared for the new facilities.
“They’re out there working now,” Mr. Hammer said. “It’s exciting to see it take shape.”
Transforming Student Life
When finished, the STEM center will centralize programs and clubs in one convenient location. Students will enjoy:
• Modern, flexible lab spaces
• Access to professional-grade machines and tools
• A collaborative, hands-on environment
• Dedicated areas for STEM extracurriculars like robotics and the STEM Club
Even students who haven’t yet taken engineering classes will be able to participate in these clubs and activities, creating opportunities for everyone.
Building Skills for Real-World Success
The STEM center isn’t just about classroom learning. Mr. Hammer highlighted how the new space will help students explore career pathways in advanced manufacturing, welding, HVAC and other fields they might enter after high school.
“Students will have a real leg up compared to others in the area,” he said. “They’ll get experience with the kinds of equipment and projects they’ll see in college or careers.”
Future in Mind
One of the building’s biggest strengths is its adaptability. Everything inside will be mobile, allowing Trinity to update equipment and reconfigure spaces as student interests evolve.
“The goal is to create a space that can grow with our students,” Mr. Hammer said. “Whether it’s engineering, manufacturing or the arts, this building will continue to inspire innovation for years to come.”
