50 Essential Open Courseware Classes on Medical Technology

by admin on March 16, 2010

If you are interested in becoming an LPN or an RN, it can help to have some knowledge of medical technology. It will help you do a better job, and can provide you with a degree of insight into how different aspects of medtech work.

Indeed, with technology advancing at its current rapid pace, and with the movement toward more electronic involvement in health and medicine, it can be extremely helpful to have a basic understanding of medical technology. If you are looking to brush up on your knowledge of medical technology, there are open courseware classes, most of them free, that you can take in the comfort of your home. Here are 50 open courseware classes that you can take to learn more about medical technology:


Medical imagingOne of the most obvious medical technology applications is that of imaging. Here are some open courseware classes on medical imaging technology.

  1. Principles of Medical Imaging: Get the basics of medical imaging and how it works, and is used.
  2. Functional Magnetic Resonance Imaging: Data Acquisition and Analysis: This course from MIT helps you learn about imaging with MRIs.
  3. Lieberman’s Interactive Tutorials in Radiology: Get hands on tutoring in radiology with these interactive classes from Harvard.
  4. RadLab: Another offering from Harvard, you can go through radiologic anatomy of different body parts.
  5. Radiology Teaching Files: More radiology information and courseware from Harvard.
  6. Radiation Terror 101: Learn about the things that can happen, medically, when radiation is involved.
  7. Noninvasive Imaging in Biology and Medicine: This course is specifically designed to teach methods of noninvasive imaging using medical technology.
  8. Holographic Imaging: This cool course, also from MIT, takes you through holography, and how you can use it different situations.
  9. Graphic Design: While not strictly a medical imaging class, it does help with the fundamentals of image production and can be useful for translation to medical technology applications.
  10. Audiovisual Learning Club: The Open University offers helpful insights into imaging, creating images, manipulating them, and understanding them.

Information Science and Technology

In medical technology, understanding the basics of information science and information technology is essential. These classes can help you learn more about information science and IT.

  1. Information Technology in Healthcare: Harvard presents a look at how important IT is in healthcare and medicine.
  2. Information Technology in the Health Care System of the Future: Examines possible futures trends in medical technology.
  3. Biomedical Information Technology: Considers IT and how it is related to biomedicine.
  4. An introduction to data and information: Learn about how information is organized in computers and other technology.
  5. Programming Methodology: Connexions offers a look at how programming works, and offers helpful hints as to methodology.
  6. Information Technology: Get the basics related to IT, and how it is used in various settings.
  7. Machine Structures: Learn how computers are structured with this class from Berkeley.
  8. The database development life cycle: This computer science class looks at how to build and manage databases.
  9. Dataflow Programming: Look how data moves through the system, and how you can contribute to its efficiency.
  10. Medical Artificial Intelligence: This course from MIT explores artificial intelligence, and how it can be used to help in medicine with diagnosis and other applications.
  11. Global Issues in Information Technology: Learn about computer science and information technology across borders.
  12. Pattern Information Processing: Learn about patterns in data, and how to read them.
  13. Advanced Data Analysis: This English language course from Tokyo Tech offers a look at how you can analyze what you find with computers.
  14. Communication, Technology and Policy: A firsthand look at how technology and information science influences policy in a number of settings — including medicine.


medical computingIncreasingly, computers are becoming important parts of health and medicine. They are essential to modern medical technology. Here are some open courseware classes on computing.

  1. Medical Computing: Learn how computers can be useful in medicine.
  2. Human Computer Interaction: Get a look at the way humans use computers for a number of applications.
  3. Biological Computing: Explore how computers help in understanding biology and medicine.
  4. Genomics and Computational Biology: Understand genomics better, and use computers to produce models and see other applications.
  5. Genomics, Computing, Economics, and Society: See how medical technology has affected our study of…ourselves.
  6. The Anthropology of Computing: Learn how use of the computer through the years has affected us — including in medicine and research.
  7. The History of Computing: Get a crash course on how computers are used in science and medicine.
  8. Information Visualization: Explore the ways that computers make it possible see data and information in new ways.
  9. Structure and Interpretation of Computer Programs: Understand how computer programs work, and how to properly interpret what you are seeing.

Statistics and Informatics

Medical StatisticsUnderstanding statistics can help with data presentation. Additionally, health informatics can be quite helpful in using medical technology to its potential.

  1. Approaches to Data Analysis: This is actually a course on the use of statistics in healthcare and as part of health informatics.
  2. Bioinformatics and Computational Biology Solutions Using R and Bioconductor: How to use specific programs to get the health informatics you are looking for.
  3. Epidemiology and Biostatistics: Get an idea of how statistics can help plot possible epidemics.
  4. Biostatistics Lecture Series: Consider the different applications of statistics and programs used with them for biology and medicine applications.
  5. Introduction to Biostatistics: A basic introduction to different areas of biostats, as well as applications in health informatics.
  6. Introduction to Probability and Statistics: Learn the basics of probability outcomes, and of how statistics can be used to represent a number of medical outcomes.
  7. Experimental Statistics: Learn how statistics can be applied to different situations, including medicine.
  8. Mathematics and Statistics: Get an idea of how stats can be applied in various situations.
  9. Statistics Mathematical Principles: Learn the principles behind applied statistics.

Human Body

Human body medical technologyLearn more about the human body, for a better familiarity when using medical technology for diagnosis and treatment.

  1. Design of Medical Devices and Implants: Consider the construction of many of the technological devices we use in medicine.
  2. Population Medicine: Examine the impact of large populations and technology on how we experience and practice medicine.
  3. The Human Body: Harvard offers a good look at different parts of the body.
  4. Human Physiology: A study of how the body works. Helpful when considering diagnosis, and data and images from medical technology devices.
  5. Anatomy and Physiology: Learn how the body works, and how it is put together. Very helpful when looking at x-rays and MRIs.
  6. Human Biology Course: An inside look at the terminology of human biology, and of how the body works on a microscopic level.
  7. Genomic Medicine: Learn about genes, and how technology can be used to treat genetic problems, and track human development.
  8. Human Growth and Development: Learn about how we develop at each stage of life, offering insights that can be used in tandem with medical technology.

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