Assistive & Wearable Robotics Devices
Learners gain foundational understanding of design, control, and human–robot interaction.
Instructor
About This Course
Assistive & Wearable Robotics Devices provides a comprehensive introduction to robotic systems designed to support, enhance, or restore human movement and function. The course covers wearable robotics architectures, exoskeleton systems, sensing and actuation, control strategies, and safety considerations. It is designed for biomedical engineers, mechatronics engineers, and healthcare technology professionals interested in assistive and wearable robotic solutions.
Course Outline
Introduction to Assistive & Wearable Robotics
Role of Wearable Robotics in Healthcare
Types of Assistive Robotic Devices
Exoskeleton Design Principles
Sensors & Actuators in Wearable Systems
Control Strategies for Wearable Robotics
Human–Robot Interaction & Ergonomics
Safety, Comfort & User Adaptation
Power Supply & Energy Management
Clinical Applications & Case Studies
Ethical, Social & Regulatory Considerations
Future Trends in Wearable Robotics
Mr. Bit
Curriculum Overview
This course includes 0 modules, 0 lessons, and 0 hours of materials.
Course Specifications
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