Program Overview

Our Maker Workshops provide hands-on engineering experiences where students turn their ideas into physical reality. From designing parts in CAD software to 3D printing prototypes, from building electronic circuits to working with wood and metal—students learn practical skills while bringing their creative visions to life.

This isn't just about following instructions. Students design their own projects, solve real fabrication challenges, and gain the confidence to build anything they can imagine.

Workshop Areas

🖥️ CAD (Computer-Aided Design)

Software: Fusion 360, TinkerCAD, OnShape

Learn professional 3D modeling software used by engineers and designers worldwide. Students create detailed digital designs for everything from mechanical parts to artistic sculptures. CAD skills are essential for modern engineering and product design careers.

🖨️ 3D Printing & Additive Manufacturing

Technologies: FDM printing, multi-material printing, print optimization

Master the technology revolutionizing manufacturing. Students learn to prepare models for printing, understand material properties, troubleshoot print issues, and optimize designs for additive manufacturing. We host 3D printing competitions and challenges throughout the year.

⚡ Electronics & Circuit Design

Components: Arduino, Raspberry Pi, sensors, motors, LEDs

Build electronic circuits and program microcontrollers. Students create everything from simple LED projects to complex sensor-based systems. Learn soldering, circuit design, and how to integrate electronics into mechanical projects.

🪚 Woodworking Basics

Skills: Hand tools, power tools, joinery, finishing

Traditional craftsmanship meets modern making. Students learn safe operation of woodworking tools, proper measurement and cutting techniques, and how to construct durable wooden projects. Perfect for building robot frames, furniture, or custom enclosures.

🔩 Metalworking Fundamentals

Techniques: Cutting, drilling, bending, fastening metal

Work with aluminum, steel, and other metals to create strong structural components. Students learn metal properties, proper tool selection, and fabrication techniques essential for robotics and mechanical projects.

⚙️ Prototyping & Iterative Design

Process: Concept → Design → Test → Refine → Rebuild

Learn the professional engineering design cycle. Students create quick prototypes, test their designs, identify improvements, and iterate until their project works perfectly. This is how real engineers develop products.

Core Skills Developed

Example Projects

Students have created:

• Custom robot parts: 3D-printed wheels, sensor mounts, and mechanical assemblies
• Electronic gadgets: LED displays, Arduino-powered games, automated systems
• Practical tools: Phone stands, organizers, tool holders, storage solutions
• Artistic creations: Sculptures, jewelry, decorative items
• Community solutions: Accessibility devices, organization tools for nonprofits
• Competition entries: 3D printing challenges, maker faire exhibits

Safety Protocols

Safety is our top priority. All students receive comprehensive training before using any equipment:

• Safety Orientation: Required before first workshop session
• Tool-Specific Training: Certification needed for power tools and advanced equipment
• Supervision: Trained adult mentors present during all workshop activities
• Safety Equipment: Proper PPE (safety glasses, gloves, etc.) always provided and required
• Workshop Rules: Clear guidelines posted and enforced consistently

Our Track Record: Zero safety incidents since inception through rigorous protocols and supervision.

Maker Events & Competitions

Throughout the year, we host special events that challenge students and showcase their skills:

• 3D Printing Challenges: Design competitions with themes and constraints
• Maker Faires: Public exhibitions of student projects
• Build-A-Thons: Intensive weekend projects with specific goals
• Electronics Workshops: Special sessions on advanced topics
• Guest Speakers: Professional engineers, designers, and makers

Program Details

Details	Information
Schedule	Weekly workshops plus special event days
Time Commitment	2-4 hours per week during project work
Age Range	Grades 4-12 (younger students with demonstrated interest welcome)
Group Size	5-10 students per session for safety and mentorship
Season	Year-round with summer intensive options

Requirements

• Maintain 75% (C average) in all school subjects
• Complete safety training and follow all safety protocols
• Respectful use of tools and equipment
• Clean up workspace after each session
• Commitment to complete started projects

Cost: FREE

All workshop materials, tools, equipment, and safety gear are provided at no cost to families. Students can take home their completed projects.

Why Maker Skills Matter

Hands-on making develops crucial abilities:

• Spatial Reasoning: Improves math and engineering aptitude
• Practical Problem-Solving: Learn to work through real-world constraints
• Confidence: "I can build that!" mindset empowers students
• Career Preparation: Direct experience with tools used in engineering, design, and manufacturing careers
• Entrepreneurship: Skills to create products and start businesses
• Artistic Expression: Technology as a creative medium