Bionics and Prosthetics

• Identify core differences between simple prostheses and advanced bionic systems

• Trace the development of artificial body parts throughout human history

• Explain the role of electrical signals in controlling robotic limbs

• Analyze materials used for durability and comfort in prosthetics

• Evaluate different power sources for robotic prosthetic mobility

• Describe the connection between sensory input and neural systems

• Define algorithms used for smooth movement in robotic devices

• Calculate joint ranges for natural human-like limb motion

• Implement pressure sensors for improved grip stability

• Optimize frames for weight reduction without losing strength

• Analyze gait cycles for improved mobility in users

• Design grasp patterns for high-functioning robotic hands

• Evaluate patient comfort during the prosthetic fitting cycle

• Discuss societal impacts of human physical augmentation

• Predict next-generation developments in neural integration