Engineering, Making & Prototyping Lab

Prototype Your Ideas

From concept sketches to working models — master the design-build process with real tools, real materials, and real engineering discipline.

The Work

What You'll Do

In the Engineering, Making & Prototyping Lab, students learn the full design-to-build process — from identifying a problem to fabricating a physical solution.

Students work with hand tools, power tools, 3D printers, laser cutters, and CNC equipment under direct supervision from trained mentors. Every project follows the engineering design process: define the problem, brainstorm solutions, sketch designs, build prototypes, test, and iterate.

The lab is designed for makers of all levels. Whether a student has never held a drill or has been building in a garage for years, there is a place and a project here for them.

Skill Development

Skills You'll Build

  • Engineering design process (define, ideate, prototype, test, iterate)
  • Hand tool and power tool proficiency
  • 3D printing and additive manufacturing
  • Laser cutting and CNC fundamentals
  • CAD design and technical drawing
  • Material selection and structural analysis
  • Measurement, precision, and quality control
  • Project documentation and showcase presentation
Projects

Projects You'll Create

Every project is designed to develop specific engineering skills while producing something real.

Functional Prototype

Take a concept from idea to working model. Students design, build, and refine a physical prototype that solves a specific problem or meets a defined set of requirements.

Design Challenge Sprint

Work in teams to solve a constrained design challenge within a set timeframe. Students practice rapid prototyping, creative problem-solving, and collaborative decision-making under pressure.

Team Build Showcase

Collaborate on a larger-scale team project that culminates in a public showcase. Students present their design process, engineering decisions, and finished product to peers, families, and community members.

Tool Safety & Supervision

All tools and equipment in the Making Lab are used under direct mentor supervision. Before using any tool, students complete a safety orientation that covers proper handling, protective equipment, and workspace protocols. Power tools, CNC equipment, and laser cutters are operated only with a trained mentor present. Our priority is creating an environment where students can build confidently, knowing safety is built into every step of the process.

Who Belongs Here

Who It's For

The Engineering, Making & Prototyping Lab is open to all youth regardless of prior experience. Whether a student is picking up a tool for the first time or already has experience building and fabricating, our mentors adapt instruction to meet each participant where they are.

Programs are available for elementary, middle, and high school students, with age-appropriate projects and tool access for each group.

No Experience Required

You do not need any background in engineering, woodworking, or fabrication to join this lab. Every program starts with fundamentals and builds progressively. All tools, materials, and safety equipment are provided on-site. Trained mentors guide every session, ensuring students feel safe, supported, and capable from day one.

Safety First

Safety & Inclusion

Supervised at All Times

Trained mentors are present during every session. All tools and equipment are used under direct supervision with clear safety protocols and protective equipment requirements in place.

ADA Accessible & Sensory-Friendly

Our S.T.E.A.M. & Esports Center is a single 88,000 sq ft building — fully ADA accessible with sensory-friendly rooms and quiet spaces available for any student who needs them. Every program is equally valued and every young person belongs.

Inclusive by Design

Every student is welcomed, respected, and supported. Our lab culture is built on encouragement, collaboration, and the belief that every young person belongs here.

Ready to Make Something Real?

Join the Engineering, Making & Prototyping Lab and start turning your ideas into physical reality.