The Biomedical Engineering Education 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.
This kit includes three interactive projects, each focused on a key biomedical application:
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 Module – 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 Module – Delve into neuromuscular activity by measuring muscle signals and converting them into electrical outputs. This project demonstrates how bioelectric signals can be used for prosthetics, rehabilitation devices, and human-machine interfaces.
STEPico microcontroller
At the heart of these projects is the STEPico microcontroller, powered by the RP2040. This microcontroller processes the signals received from each biomedical module, converting raw data into meaningful outputs. Through programming, mathematical analysis, and biomedical knowledge, learners will transform sensor readings into real-time index values, parameters, and graphical representations to interpret physiological conditions accurately.
This kit not only provides the hardware for experimentation but also includes a structured step-by-step guidebook that walks learners through signal acquisition, data filtering, and result interpretation. By engaging in these projects, users will develop essential skills in sensor integration, microcontroller programming, biomedical data analysis, and real-world healthcare applications.
Audience:
The Biomedical Learning Kit is ideal for students, educators, and enthusiasts looking to explore the intersection of electronics and medicine. Whether you’re a beginner or have prior experience, this kit offers a hands-on approach to understanding how biomedical technology is designed, developed, and applied in modern healthcare.
Comprehensive Tutorial Book – The kit includes a detailed, easy-to-follow guidebook that covers both the theory and hands-on application of each project. Complex biomedical concepts are broken down with step-by-step instructions, engaging infographics, and simplified key points to ensure a smooth learning experience.
Project-Based Learning Approach – Each project is carefully structured to teach the principles behind biomedical electronics while encouraging creativity. You will learn the science, build functional circuits, and explore endless possibilities by modifying and expanding on the projects.
One-Stop Learning Experience – Everything you need is included! The kit comes with all essential components, sensors, and the STEPico microcontroller, so you can focus on learning instead of spending time searching for compatible parts.
