Biomedical Electronics Workshop
Join us for a dynamic 3-day bootcamp designed to introduce you to the foundations and applications of biomedical electronics through interactive sessions, real-world projects, and guided experimentation.
▶️ Day 1 – Introduction to Microcontrollers and Arduino
Get hands-on with microcontrollers, explore the Arduino platform, and build your first functional project—a simple fire detecting system.
➡️ Day 2 – Introduction to Biomedical Signals and Sensors
Dive into the world of biomedical electronics, learn how body signals are captured and interpreted, and explore the sensors behind modern healthcare technologies.
➡️ Day 3 – Advanced Concepts and System Integration
Take your skills to the next level by integrating wireless systems, exploring IoT applications like Blynk and Wi-Fi modules, and getting introduced to artificial prosthetics and final project implementation.
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Speakers
Biomedical Electronics
Eng. Omar Salman – A mechatronics engineering student with a strong background in embedded systems, electronics, and robotics. He founded Jordan's first Micromouse competition, empowering over 120 participants to build and compete with their own robots.
Biomedical Electronics
Eng. Mohammad Khalaf – An electrical and robotics engineer with extensive experience in designing intelligent systems. He has worked with platforms such as Raspberry Pi, Arduino, and ESP, creating innovative and efficient projects across various domains.
Agenda
📅 Day 1 – 30 June
Introduction to Microcontrollers and Arduino
What are Microcontrollers?
Arduino Fundamentals & Safety Instructions
Digital vs. Analog Signals
Arduino Inputs and Outputs
Arduino IDE & Arduino C Programming Basics
Projects Demonstration
Simple Fire Detecting System
📅 Day 2 – 1 July
Introduction to Biomedical Signals and Sensors
Basic Electronics in Biomedical Context
Understanding Biomedical Signals
Sensors Used in Biomedical Applications
Comparing Body Signals to Electronic Signals
📅 Day 3 – 3 July
Advanced Concepts and System Integration
Wireless Integration in Biomedical Systems
Final Projects Implementation
Introduction to Artificial Prosthetics
Integrating Projects with Wi-Fi & Blynk IoT (Vital Wear)