Intro Summary
Designed for curious minds ready to move beyond theory, this kit empowers you to sense real bio-signals, analyze data intelligently, and build systems that respond, all with hardware and code. It’s hands-on, project-led learning that bridges electronics, biology, and embedded AI.
Who Is This For?
Ideal for:
- High school or college-bound students interested in bioelectronics engineering
- Educators seeking classroom-ready, interdisciplinary STEM content
- Makers and tech enthusiasts aiming to explore bio-tech and intelligent systems
- Anyone intrigued by the intersection of human data and machine logic
What’s Inside the Kit?
- Biomedical Sensors: pulse oximeter (SpO₂), ECG, EMG modules
- AI-Enabled Microcontroller: STEPico (RP2040-based) with analog/digital I/O
- Accessory Pack: wires, breadboard, connectors, amplifiers
- Structured Guidebook: tutorials on signal acquisition, filtering, AI model integration
Projects You Can Build with This Kit
This kit takes you beyond basic circuit building by guiding you through real biomedical applications. With the included components, you can build a heart rate and blood-oxygen monitor with visual alerts, generate real-time ECG graphs to visualize heartbeat patterns, and create muscle-activated control interfaces using EMG signals.
About the Tutorial
The guidebook helps you understand not just how things work, but why they matter. Through step‑by‑step instructions, circuit diagrams, code snippets, and real‑world application notes, you’ll build analytical confidence.
Get the kit today
Whether you're preparing for biomedical engineering, exploring human-centered technology, or simply curious about how the body and circuits connect, this kit gives you the tools to build, measure, and truly understand. Start learning by doing today, and discover how real-world bio-signals come to life through hands-on electronics.
