HUMAN FINGURE PROTYPE

HUMAN FINGURE PROTYPE

DURATION :- 7–10 days

LEARN ABOUT

  1. Introduction to Human Finger Prototype – Overview, Applications, and Importance in Robotics

  2. Mechanical Components – Joints, Links, Servos, Actuators, and Finger Structure Design

  3. Sensors – Flex Sensors, Force Sensors, and Position Feedback Systems

  4. Microcontroller Basics – Arduino, Raspberry Pi, or Other Controllers for Finger Movement

  5. Circuit Design & Wiring – Connecting Sensors, Servos, and Microcontroller

  6. Programming – Controlling Finger Movement, Sensor Data Processing, and Actuation Logic

  7. Kinematics of Finger Movement – Understanding Joint Angles, Motion, and Range of Motion

  8. Testing & Troubleshooting – Ensuring Sensor Accuracy, Servo Response, and Prototype Reliability

  9. Advanced Features – Gripping Mechanism, Multi-Finger Coordination, and Object Interaction

  10. Future Trends – AI Integration, Robotic Hands, Prosthetics, and Human-Robot Interaction