This is where passion turns into portfolio. Teen Innovators tackle real projects—PC builds (thermal paste, BIOS, cable management), game design from Roblox/Lua to Unity/C#, Python apps, advanced 3D modeling & printing, video production, and CAD for product design. Labs run like mini studios: plan, prototype, test, iterate, and present. Students learn professional habits—version control, debugging, documentation, and peer review—while developing leadership and teamwork. Every cycle ends with something shippable: a playable build, printed part, edited video, or polished case study. Graduates leave with confidence, a starter portfolio, and clear next steps toward college, internships, or freelance work.

Electronics & Circuits
Students wire and code mini projects—LEDs, sensors, and motion-triggered devices.
Skills: circuitry, coding for hardware, sensor logic, prototyping, debugging

Students dive into full computer assembly—from identifying components to safely applying thermal paste, installing the CPU, RAM, and GPU, managing cables, and configuring BIOS. Each learner builds or rebuilds a system and runs diagnostic tests to verify success.
Skills: hardware assembly, system troubleshooting, BIOS setup, parts compatibility, technical documentation

Aspiring engineers and architects design detailed 3D spaces—a small home, café, or studio—using CAD tools. They learn technical drawing, scaling, and exporting models for 3D print or VR exploration.
Skills: spatial design, technical drafting, geometry in design, precision modeling, design presentation

From Roblox scripting in Lua to beginner-level Unity in C#, teens create full-featured games—characters, environments, and logic systems. They design, test, and publish playable builds while learning real production workflows.
Skills: programming logic, physics & animation systems, level design, debugging, collaborative development

Students move beyond block coding to write in real syntax—creating mini-games, data tools, and simple apps. Each session focuses on computational thinking and writing clean, readable code.
Skills: Python programming, logic & loops, functions & variables, debugging, problem decomposition

Students use professional software (TinkerCAD, Fusion 360, or Blender) to model functional parts, characters, or props. They slice, print, and post-process their designs, learning engineering precision and creative presentation.
Skills: CAD modeling, scaling & tolerances, slicing workflow, mechanical design, post-processing techniques

Teens explore digital design using Photoshop or Photopea—mastering layers, masks, selections, and image compositing. Projects include thumbnails, posters, and digital artwork suitable for online portfolios.
Skills: visual design, composition, typography, layer management, creative branding

Teens plan, storyboard, and animate short digital films or game cutscenes. They explore timing, character movement, and transitions using professional-grade tools.
Skills: advanced storyboarding, animation timing, motion design, visual direction, project planning

Students learn to turn raw numbers into insight using real-world examples—formulas, charts, and dashboards that visualize trends. Perfect for aspiring business, finance, or game analytics minds.
Skills: data organization, formulas & functions, visualization, logical reasoning, data-driven storytelling

Students plan, film, and edit a short YouTube-style video (tutorial, game highlight, or creative story). They’ll learn safe online publishing, branding, thumbnails, analytics, and responsible community interaction.
Skills: digital communication, editing workflow, brand identity, online safety, media presentation
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