Step into the world of bio-interactive robotics and explore how biology and technology connect in this innovative course designed for students 10 and up. Using Arduino and muscle signals (EMG), students will learn to control robots and electronic devices through hands-on projects that bring bioengineering principles to life.

Course Highlights:

• 
  Bioengineering Foundations: Discover the fundamentals of bioengineering and how biological signals can power robotic systems.
• 
  Muscle Signals and Arduino: Use EMG sensors to detect muscle signals, learning how these signals can be captured and processed through Arduino programming to control devices.
• 
  Hands-On Projects: Build and program responsive robots that react to muscle signals, engaging in real-world applications of bio-interactive technology.
• 
  Sensor Integration: Master the integration of EMG sensors and other electronic components, creating responsive and efficient bio-interactive systems.
• 
  Guided Learning and Collaboration: Work with peers in a collaborative environment with guidance from experienced instructors, sharing ideas, troubleshooting, and refining projects.

What Students Will Learn:

• 
  EMG Sensor Basics: Understand EMG sensors and their use in detecting and processing muscle signals.
• 
  Advanced Arduino Programming: Build upon Arduino skills to interpret and utilize muscle signals in bio-interactive projects.
• 
  Project-Based Bio-Engineering: Design and create innovative bio-interactive robots that respond to physical signals.
• 
  Teamwork and Communication: Strengthen teamwork and communication skills while working collaboratively on projects and sharing insights with peers.

Join us in BioBots to gain hands-on experience with bio-interactive robotics and explore the growing field of bioengineering.