Quality Assurance, Quality Control‰
Treobytes is a 501(c)(3) nonprofit powered by industry professionals in science, technology, and engineering. We challenge traditional learning by integrating experiential education that equips students with the tools and confidence to solve real problems.
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What you learn‰
- 8 Circuit Builds– dimmer, series, parallel, simple, switch, inverted switch with transistor, charging capacitor, and oscillatory circuits.
- Hands-On Engagement – Students build, test, and refine real electrical engineering projects
- Cross-Disciplinary Learning – physics, mathematics, and electrical engineering
- Workforce Readiness – Embeds industry-level practices and technical skills
How it was made‰
How it was made‰
TempLit was intentionally engineered to simplify electronics without simplifying the science.
Developed by Treobytes, the TempLit Circuit Kit combines instructional expertise, industry-informed design, and classroom-tested components to create a learning system that is both accessible and technically authentic.
Designed to Remove the Intimidation of Electronics
TempLit was created to provide a guided, hands-on pathway into circuit design, allowing students and educators to explore electrical engineering with confidence. Ready-made templates and structured builds ensure that learners can focus on understanding concepts rather than struggling with setup.
Built Around Real Engineering Practices
Treobytes designed TempLit as a project-driven learning system that mirrors professional workflows. Using real-world components, step-by-step guides, and industry-aligned challenges, students experience how engineers design, test, and refine electrical systems.
Precision Components for Reliable Learning
Each kit includes a complete component set and eight circuit templates—including dimmer, series, parallel, switch, and combination builds—ensuring consistency, reliability, and repeatable outcomes across classrooms and programs.
Engineered for Engagement and Scalability
TempLit was developed to support diverse learning environments—from classrooms and after-school programs to camps and makerspaces—making it both flexible and scalable while maintaining industry-relevant rigor.
Designed for Future-Ready Skill Development
By embedding technical skills, cross-disciplinary learning, and workforce-aligned practices into every build, TempLit prepares students for future pathways in engineering, technology, and advanced STEM study while strengthening creativity and confidence.
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clamp(motor . speed + 10, 0,
100)
servo.rotate(45) //
alignment
Your First Step into the World of Tomorrow!
TempLit is a hands-on building kit that turns curious kids into real-world engineers. No boring textbooks - just wires, lights, and pure creativity.
What's in the Box?
- The Circuit: Electrical engineering components - including potentiometers, resistors, LEDs, capacitors, jumper wires, and push buttons - to bring your projects to life.
- The Canvas: A pro-grade breadboard for endless experiments.
- The Spark: Instructions, videos, and learning guides to help along your electrical engineering journey.
Guided Learning
Structured builds remove setup friction.
Authentic Components
Real parts mirror real engineering.
Scalable Design
Flexible across programs and spaces.
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Order Templit Today!
TempLit™ is a guided, hands-on circuit kit that removes the intimidation of electronics while preserving real engineering rigor. Students build, test, and troubleshoot authentic circuits using ready-to-build templates and complete component sets, gaining confidence through active experimentation. Designed for flexible learning environments and aligned with industry-based and NGSS practices, TempLit prepares learners for future pathways in engineering and technology.
$69.99

build();
else
iterate();
if (curious):
explore()
else:
ask("what if?")
clamp(motor . speed + 10, 0,
100)
servo.rotate(45) //
alignment
clamp(motor . speed + 10, 0,
100)
servo.rotate(45) //
alignment

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