Free Biomedical Engineering Course
Biomedical Engineering and Medical Technology
Learn biomedical engineering basics with physiology, devices, biosignals, imaging, biomaterials, and digital health. Join this free biomedical engineering course to understand medtech systems.
About this course
This free biomedical engineering course introduces how engineering ideas support healthcare technology and medical decision support. You will study body systems, physiology principles, feedback control, device terminology, biopotentials, sensors, data acquisition, amplification, noise, filtering, vital signs, wearables, calibration, clinical displays, and AI-based signal interpretation. The course helps you connect human biology with device design.
You will also compare X-ray, CT, MRI, ultrasound, PET, image processing, artifacts, PACS, biomaterials, biocompatibility, implant design, prosthetics, orthotics, gait biomechanics, rehabilitation engineering, assistive technology, device classification, ISO 13485, design control, clinical trials, safety, cybersecurity, EHRs, telemedicine, analytics, AI diagnostics, and medtech career paths. By the end, you should understand major biomedical engineering areas and where to study next.
Course outline
Foundations of Biomedical Engineering and Human Physiology
This module exposes you to the extent of biomedical engineering, body systems, physiology principles, feedback control, terminologies, and their application in medical devices.
Medical Instrumentation and Biosignal Fundamentals
In this module, you will be exposed to biopotentials, sensors, data acquisition and amplification, noise and filtering, vital signs monitoring, wearables, calibration, clinical displays, and AI-based signal interpretation.
Diagnostic and Medical Imaging Systems
In this module, you will be exposed to X-ray, CT, MRI, ultrasound, PET scanning, image processing, artifacts, PACS, and AI in radiology.
Biomaterials and Implant Design Principles
In this module, you will be exposed to classification of biomaterials, biocompatibility, host reaction, mechanical testing, surface modification, degradation, materials selection criteria, and sterilization methods.
Prosthetics, Orthotics, and Rehabilitation Engineering
This module will acquaint you with the basics of prosthetics and orthotics, gait biomechanics, myoelectric control, rehabilitation engineering, assistive engineering, personalized technologies using AI, and performance assessment.
Medical Device Regulation, Safety, and Quality Systems
13485, design control, clinical trials, post-market surveillance, safety, cybersecurity, and documentation.
Digital Health and Data Analytics in Medicine
This module will acquaint you with digital health, EHRs, telemedicine, clinical decision support, analytics, AI diagnostics, risk prediction, privacy, interoperability, and clinician-AI collaboration.
Emerging Trends and Career Pathways in Biomedical Engineering
The topics to be covered in this module include tissue engineering, wearable devices, 3D printing, personalized medicine, robots, artificial intelligence in drug discovery, global health requirements, and career paths.
Get access to the complete curriculum once you enroll in the course
Frequently Asked Questions
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