Course Details | Knowledge Hub

Advanced Biomedical Devices and Industry 5.0

This course explores the evolution of biomedical devices from Biomedical 5.0, with a strong focus on wearable and implantable technologies based on human-machine collaboration and advancements which are revolutionizing healthcare. Students will understand the design, development & integration of cutting-edge technologies like AI, IoT, robotics, and immersive technologies (VR/AR) in modern biomedical applications, aligned with Industry 5.0.

CLO-1: Demonstrate the ability to integrate advanced technologies such as AI, robotics, IoT and immersive systems (VR/AR) into design & development of biomedical devices in alignment with industry 5.0

CLO-2: Develop biomedical devices that focus on the personalized healthcare through human-machine collaboration, enhancing patient outcomes while incorporating sustainable and efficient production in the healthcare systems.

CLO-3 Identify the regulatory frameworks, ethical responsibilities, and real-world challenges involved in the development and deployment of advanced biomedical technologies to ensure safe, effective, and responsible innovation in healthcare.

Biomedical 4.0 – The Era of IoT in Healthcare (9 minutes)

Biomedical 5.0 - The Rise of AI and Robotics in Healthcare (10 minutes)

VR/AR in training and simulation (4 minutes)

Wearable Biomedical Devices Designs & Fundamentals (8 minutes)

Biosensors Technology and Applications (9 minutes)

Designing the Future of Health: Wearable Biomedical Device (9 minutes)

Flexible & Stretchable Materials in Wearable Biomedical Devices – Design & Fundamentals (10 minutes)

Implantable Biomedical Devices - Designs & Fundamentals (9 minutes)

Innovative Power Solutions and Secure Data Monitoring for Implantable Biomedical Devices (10 minutes)

AI Driven Decision Support & Health Prediction (5 minutes)

Mental Health and Emotional Well-Being Tracking (4 minutes)

Smart Implantable in Biomedical 5.0 (7 minutes)

Adaptive Algorithm in Wearable Biomedical Sensors (11 minutes)

Biofeedback-Enabled Implantable Systems (Cochlear Implantable Systems) (6 minutes)

Rehabilitation with XR (Neuro-Rehabilitation) (7 minutes)

Rehabilitation with Immersive Technologies (7 minutes)

Post-Surgery Rehabilitation through VR/AR Platforms (5 minutes)

Manufacturing and Materials for Future Devices (Soft Robotics and Bioelectronics Interfaces) (8 minutes)

Manufacturing and Materials for Future Devices (3D printing for Custom Implants) (11 minutes)

VR for surgical planning and simulations in clinical decision-making (5 minutes)

Role of AR/VR in Rehabilitation (2 minutes)

Edge Vs. Cloud AI in Biomedical Systems (5 minutes)

Real-Time Data Alerts and Risk Management (5 minutes)

Regulatory Frameworks for Biomedical Devices (9 minutes)

Quality Management Systems in Biomedical Devices (13 minutes)

Ethical Considerations in Biomedical Engineering: Regulatory Frameworks & Quality Assurance (9 minutes)