Our Hands-On Workshop

Our workshops are unique and help young people transform their ideas into practical entrepreneurial projects.

INVENTION CREATOR: BUILD YOUR OWN SMART ELECTRONICS WITH AI

Real Intellectual Property

You start with a blank digital page and end up owning a custom electronic product instead of opening a toy box.

AI Engineering Partner 

Learn how real engineers use AI prompts to solve hardware problems and build code architectures fast.

Showcase in California Invention Convention

Stand out on inventions with an active, factory-produced electronic device and real-world public demonstration.

Join the 2027(ARC) American Rocketry Challenge Team!

We are forming a highly advanced engineering team to compete in the world’s largest student rocketry competition. While traditional teams use cardboard and glue, our team is going 100% Digital Manufacturing. We will design, prototype, and build a high-performance rocket using Autodesk Fusion 360 and 3D Printing technology—the exact same workflow used by SpaceX and Rocket Lab. 

🛠️ What You Will Learn (Student Perks)

  • Professional CAD Design: Master Fusion 360 to model aerospace components down to the millimeter.
  • Rapid Prototyping: Learn how to iterate designs overnight. Change a file, hit print, and launch the next day.
  • Modular Systems Engineering: Design snap-together rocket modules for instant field repairs.
  • Aerodynamics & Physics: Use flight simulation software to predict trajectories and safely recover fragile payloads (raw eggs!).

🎓 An Investment in Future Success (Parent Notes)

  • Elite STEM Portfolio: This isn't a plastic toy. It is a rigorous engineering project that stands out massively on college applications and scholarship resumes.
  • Industry-Ready Technical Skills: Students gain hands-on experience with mechanical engineering, material science, and manufacturing workflows highly valued by top-tier universities and tech companies.
  • Safety-First Environment: All digital slicing, machine operations, and field test flights are strictly supervised under professional safety guidelines.

From Zero to Apogee: Custom Electronics for NASA Student Launch

💡What You Will Master

In just 12 weeks, you will go from abstract blueprints to physical, launch-certified electronics:

  • Circuit Logic: Move from solderless breadboards to professional schematics.
  • EasyEDA: Draw, route, and manufacture custom circuit boards (PCBs).
  • Fusion 360: Model your custom board in 3D and design a rocket-ready mounting sled.
  • Vibration Survival: Learn soldering and testing protocols to survive high-G rocket launches.
  • 🎯 Why You Need This Course
    • Team Advantage: Learn the core technical skills before the intense NASA season starts.
    • Portfolio Gold: Build a custom-designed, physical electronic device to feature on college applications.
    • Industry Tools: Gain hands-on mastery of industry-standard software (EasyEDA & Fusion 360).

Drop the Screen. Build the Future

Hands-on Electronic Soldering

The student moving from "screen time" to "soldering time" is a massive developmental leap. At this specific age, they are moving out of the phase of "make-believe" and into a phase where they want to build real things that actually work. Learn circuit principles and soldering techniques.  The "Magic to Logic" Shift by building a crucial "physical bridge" between abstract circuit diagrams and functional hardware. Assemble 5 practical electronic devices

🚀 INVENTING YOUR OWN PRODUCT IN 12 WEEKS!

🧠 The Core Differences

  • From Assembly Line to Design Board: In a standard STEM class, students open a box, read instructions, and assemble someone else's product. In your class, students start with a blank digital canvas in EasyEDA. They own the entire intellectual property of their invention.
  • Real-World Consequences & Mastery: Typographical errors in code classes are fixed with a backspace button. In your class, a bad layout means a board fails to power up. This teaches high-level accountability, strict attention to detail, and authentic hardware debugging.
  • A Resume Catalyst: Standard STEM students list "participated in a robotics club" on their college or job applications. Your students can write: "Engineered a custom, factory-produced ESP32 smart hardware device from schematic capture to industrial PCB routing, utilizing AI-assisted simulation and MicroPython code."
  • The Creator Shift: Standard classes turn students into assemblers of other people's kits. Your class turns them into Intellectual Property creators who start from a blank canvas.
  • The Portfolio Leap: Instead of standard homework grades, your students leave the course with a physical, custom-branded, factory-produced electronic product and real-world sales experience.

 

 

 

Transforming Screen Time Into Brain Power (Phase 1)

Dear Parents,

We all know the struggle: getting kids off their screens can feel like a daily battle. But what if we didn’t stop them from playing Minecraft and Roblox? What if we changed how they play?

We are launching a two-phase program designed for students in 5th grade and above that shifts them from passive players to proactive software creators and digital entrepreneurs using the power of Artificial Intelligence (AI).

💡The Problem with Passive Gaming 

When kids just play games, they are consumers. They passively follow rules written by someone else, seeking quick dopamine hits without exercising deep problem-solving skills.

🧠 The Proactive AI Solution 

In this program, your child becomes the Architect. They will use AI as a personal coding mentor to build their own mods, scripts, and gameplay rules in Minecraft and Roblox.

Instead of just consuming content, they will:

  • Command the Tech: Learn "Prompt Engineering" to tell AI exactly what kind of code they need.
  • Think Logically: Read, deconstruct, and implement text-based coding languages (like Luau and JSON).
  • Build Resilience: When code breaks, they will actively debug it using AI, turning frustration into a puzzle to be solved.
  • Own their Creation: They aren't just playing a game; they are playing their game.

🛠️ What They Will Build

  • Roblox: Exploiting,  disappearing trap bridges, and custom multiplayer obstacle course logic.
  • Minecraft: Custom mythical weapons and modified animal behaviors (like chickens that drop diamonds!).

This program turns a potential distraction into a launchpad for future tech skills, critical thinking, and independent learning. Let’s turn their favorite hobby into their greatest superpower.