Module #1 Introduction to Biomedical Robotics Overview of biomedical robotics, its applications, and importance
Module #2 History of Biomedical Robotics Development and evolution of biomedical robotics
Module #3 Robotics Fundamentals Basics of robotics, including kinematics, dynamics, and control systems
Module #4 Biomechanics and Biomedical Engineering Principles of biomechanics and biomedical engineering, including human anatomy and physiology
Module #5 Medical Imaging and Sensing Overview of medical imaging modalities (e.g. MRI, CT, ultrasound) and sensing techniques (e.g. EEG, ECG)
Module #6 Robot-Assisted Surgery Principles and applications of robot-assisted surgery, including da Vinci surgical system
Module #7 Rehabilitation Robotics Design and development of robotic systems for rehabilitation, including prosthetics and orthotics
Module #8 Prosthetic Limbs and Exoskeletons Design and control of prosthetic limbs and exoskeletons, including wearable robots
Module #9 Bionic Limbs and Neuroprosthetics Development and control of bionic limbs and neuroprosthetics, including brain-computer interfaces
Module #10 Micro- and Nano-Robotics in Biomedicine Applications of micro- and nano-robots in biomedicine, including targeted drug delivery and minimally invasive surgery
Module #11 Soft Robotics in Biomedicine Design and development of soft robots for biomedical applications, including flexible robots and grippers
Module #12 Haptic Feedback and Teleoperation in Biomedical Robotics Importance and implementation of haptic feedback and teleoperation in biomedical robots
Module #13 Autonomy and AI in Biomedical Robotics Role of autonomy and artificial intelligence in biomedical robotics, including machine learning and computer vision
Module #14 Human-Robot Interaction in Biomedical Robotics Design and evaluation of human-robot interfaces for biomedical applications
Module #15 Safety and Regulations in Biomedical Robotics Safety considerations and regulatory frameworks for biomedical robots
Module #16 Clinical Applications of Biomedical Robotics Case studies of biomedical robots in clinical settings, including neurosurgery and cardiology
Module #17 Evaluating Biomedical Robots Methods for evaluating the performance and efficacy of biomedical robots
Module #18 Ethical Considerations in Biomedical Robotics Ethical implications of biomedical robots, including privacy, accountability, and informed consent
Module #19 Future Directions in Biomedical Robotics Emerging trends and future directions in biomedical robotics, including quantum computing and nanorobotics
Module #20 Business and Entrepreneurship in Biomedical Robotics Commercialization and entrepreneurship in biomedical robotics, including funding and marketing strategies
Module #21 Designing for User Experience in Biomedical Robotics Design principles for user-friendly biomedical robots, including usability and accessibility
Module #22 Robotics for Medical Education and Training Applications of biomedical robots in medical education and training, including simulation and virtual reality
Module #23 Biomedical Robotics for Point-of-Care Testing Design and development of biomedical robots for point-of-care testing and diagnostics
Module #24 Biomedical Robotics for Personalized Medicine Role of biomedical robots in personalized medicine, including precision medicine and genomics
Module #25 Course Wrap-Up & Conclusion Planning next steps in Biomedical Robotics career
