Biomedical Application Learning Kit

A hands-on project that demonstrates how hardware and biomedical science work together.

The Biomedical Learning Kit is designed to bridge the gap between theory and real-world applications, providing a hands-on learning experience that demonstrates how hardware and biomedical science work together.

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Projects in this Learning Kit

Oximeter Module

Learn how pulse oximeters measure oxygen saturation using light sensors and signal processing. Understand how this essential medical tool works and build your own functional model.

ECG Heartbeat Sensor

Explore how electrical signals from the heart are detected and analyzed using electronic circuits. This project introduces fundamental concepts of electrocardiography and bio-signal processing.

EMG Muscle Sensor

This project demonstrates how bioelectric signals can be used for prosthetics, rehabilitation devices, and human-machine interfaces.

Modules Included in this Kit

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Team Members

Brennan Wong

Ideation & Circuits Design

Kris Yang

Hardware Testing

Eric Guan

Content & Testing

Timeline

1

Research & Planning

Jun 2024

We began by researching urban gardening challenges and existing solutions. We conducted surveys with potential users to understand their needs and pain points.

2

Prototyping

Jul 2024

We developed initial prototypes of both the hardware sensors and the mobile application interface, testing them with a small group of users.

3

Development

Sep 2024

Based on feedback, we refined our designs and implemented the full system, including sensor calibration and data analysis algorithms.

4

Testing & Iteration

Oct 2024

After we are confident about all the projects, we started to test all the circuits, make sure they are solid, and working on the tutorial book.

5

Crowdfunding

Feb 2025

63 backers pledged CA$ 20,614 to help bring this project to life.

Gallery