Innovate Labs offers hands-on and virtual learning experiences designed to help students build practical technology skills that translate directly to career readiness.
Our updated TechKit model includes 10 Hands-On Lab Kits and 10 Virtual Skill Kits, each centered on a high-impact area of emerging technology. Every kit contains two focused tracks that allow students to develop specific, transferable skillsets within that domain.
Rather than organizing around specific software tools, TechKits are built around core technology concepts and applied competencies — ensuring the skills students develop remain relevant across industries and career paths.
How Can I Use TechKits?
Students can start at any level based on their experience and comfort. Whether exploring a technology for the first time or expanding an existing skillset, TechKits are designed to meet learners where they are and help them progress intentionally.
Beginner
Designed for students who may not have prior exposure to the technology and want to explore the fundamentals. These kits introduce key concepts, terminology, and core applications in an accessible, guided format.
Intermediate
Builds on foundational knowledge through structured challenges and applied problem-solving. Students deepen their understanding and begin connecting concepts to real-world use cases.
Advanced
An integrated project within the Tech Block that brings together the skills developed in the intermediate-level kits. These experiences simulate more complex, real-world applications and require students to apply multiple competencies together.
Each experience is self-guided and typically completed within 30–60 minutes, allowing students to build skills flexibly and at their own pace.
Lab Kits
Tech Kits that are available at Innovate Labs due to hardware requirements and resources only found within the lab.
Additive Manufacturing
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Create and prototype physical objects using digital fabrication tools.

3D Printing
Sketch Print Structures with 3D Pens and Print Parameters with PrusaSlicer.

3D Modeling
Construct CAD Objects and Analyze Assembly Constraints in SOLIDWORKS.
Extended Reality
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Develop immersive and interactive digital environments and experiences.

Mixed Reality
Experience VR with Meta Quest and Assess AR & Spatial Techniques.

Spatial Design
Demonstrate Immersive Spaces and Investigate Interactive Mechanics in Unity.
Circuit Design
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Connect sensors and systems to collect and transmit data effectively.

Sensors Integration
Run a Practical Circuit with Arduino and Illustrate Responsive IoT Systems.

Connected Devices
Operate Smart Automation with Alexa and Analyze IoT Sensor Networks.
Assistive Tech
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Design technology that enhances accessibility and user interaction.

Wearables
Demonstrate Heart-Rate Monitoring System and Examine E-Paper Display.

Voice Interfaces
Integrate Speech Conversion with Python and Test Voice Recognition Systems.
Smart Connectivity
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Design and link connected devices through networks and interactive AI.

IoT Applications
Operate Sensor Networks and Investigate IoT Systems.

Chatbots
Implement Conversational Interfaces and Validate AI-Powered Interactions.
Embedded Computing
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Explore embedded systems and low-level programming that power hardware.

Microcontrollers
Implement and Investigate Systems with Microprocessors and Raspberry Pi.

Control Software
Practice Linux Fundamentals and Structure Shell Script Logic.
Digital Capture
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Use scanning and video capture tools for visualization and modeling.

3D Scanning
Present Digital Objects and Analyze Models with QLONE and RevoPoint.

360 Video
Display Immersive Recording with InstaCamera and Organize Interactive Storytelling with 360 Video.
Sustainable Systems
Coming Soon
Build eco-focused technology for sustainable living and design.

Hydroponics
Prepare Soilless Growing Systems and Test Automated Growing Systems.

Clean Energy
Experiment with Solar Panel Angle & Efficiency and Assess Solar Arrays with Vernier Kit.
Drone Operations
Coming Soon
Design and pilot drones for precision tasks, mapping, and experimentation.

Aerial Control
Practice Drone Piloting and Investigate Flight Maneuvers & Software.

Flight Design
Experiment with Autonomous Routes and Examine Flight Optimization.
Robotic Automation
Coming Soon
Build and code robots for industrial, creative, and automated tasks.

Mechanical Operations
Assemble Movement Systems and Control with Linkages and Actuators.

Robot Logic
Operate Simple Behaviors and Asses Conditional Logic with VEX IQ.