BMEssentia Platform / Courses / Prosthetic Devices

Course: Translational & Clinical Technologies

Prosthetic Devices

Imagine restoring mobility and independence through devices that become extensions of the human body. This Prosthetic Devices course explores the science and engineering behind artificial limbs, assisting individuals with limb loss to perform daily tasks with confidence and ease. From designing advanced lower and upper limb prostheses to exploring sensory feedback technologies, this course provides the insights and skills to create functional and personalized prosthetic solutions. Each module covers foundational and advanced topics, such as biomechanics, material selection, and control.

• Translational & Clinical Technologies
• Human-Centric Specializations

13 chapters. Online and self-paced, in English, on the BMEssentia Platform.

What you will learn

• Understanding Prosthetic Limb Biomechanics: Learn the biomechanics of movement and load distribution critical to designing functional prosthetics.
• Lower and Upper Limb Prosthetic Technologies: Gain insight into the distinct requirements and functionalities of lower and upper limb prosthetics.
• Myoelectric Control Systems: Explore advanced control systems that enable users to operate prosthetics using electrical signals from muscles.
• Material Science for Durability and Comfort: Discover how materials like carbon fiber and thermoplastics enhance comfort, flexibility, and durability
• Prosthetic Fitting and Alignment: Develop techniques for precise fitting and alignment to optimize functionality and comfort.
• Sensory Feedback Mechanisms: Learn how sensory feedback technologies allow users to feel with their prosthetic limbs.
• 3D Printing and Custom Fabrication: Master the use of 3D printing for creating customized prosthetic components that meet individual needs
• Maintenance and Rehabilitation Protocols: Understand essential maintenance and rehabilitation to maximize prosthetic lifespan and user adaptation.
• Innovations in Neuroprosthetics: Dive into emerging neuroprosthetic technologies that connect prosthetics directly with the nervous system.
• Applications Across Different Fields: Explore prosthetic applications in athletics, everyday mobility, and military rehabilitation to enhance quality of life.

Modules

1. Artificial Heart & Circulatory Assist Devices
2. Cardiac Valve Prostheses
3. Vascular Grafts
4. Artificial Lungs & Blood-Gas Exchange Devices
5. Artificial Kidney
6. Peritoneal Dialysis Equipment
7. Therapeutic Apheresis & Blood Fractionation
8. Liver Support Systems
9. Artificial Pancreas
10. Nerve Guidance Channels
11. Artificial Blood
12. Artificial Skin
13. Dermal Equivalents

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All 22 courses