### Discover Free MIT Online Courses on edX

**TL;DR:** edX provides a selection of [complimentary online courses](https://zdcs.link/3yZNM?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=online%20courses&object_type=article&object_uuid=01K1UAGmmxQvV8NPUGMxQUa&short_url=3yZNM&u=https%3A%2F%2Fmashable.com%2Ffeeds%2Frss%2Fall) from MIT. Delve into subjects like AI, machine learning, investing, and much more at no cost.

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Did you realize that edX hosts an extensive collection of [complimentary online courses](https://mashable.com/article/free-harvard-courses-may) from some of the globe’s most prestigious universities? Whether your interests lie in [artificial intelligence](https://mashable.com/category/artificial-intelligence), [Python programming](https://mashable.com/deals/sept-14-learn-to-code), or other disciplines, you can obtain top-notch education for free. Among these offerings, MIT is recognized as a premier institution with a broad array of courses.

To assist you in getting started, here is a handpicked collection of some of the finest free online courses from MIT available this month:

### Best Free MIT Courses on edX:
1. [Becoming an Entrepreneur](https://zdcs.link/aND6rd?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=Becoming%20an%20Entrepreneur&object_type=article&object_uuid=01K1UAGmmxQvV8NPUGMxQUa&short_url=aND6rd&u=https%3A%2F%2Fmashable.com%2Ffeeds%2Frss%2Fall)
2. [Cell Biology: Cell-Cell Interactions](https://zdcs.link/6X5lZ?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=Cell%20Biology%3A%20Cell-Cell%20Interactions&object_type=article&object_uuid=01K1UAGmmxQvV8NPUGMxQUa&short_url=6X5lZ&u=https%3A%2F%2Fmashable.com%2Ffeeds%2Frss%2Fall)
3. [Cell Biology: Transport and Signaling](https://zdcs.link/EvAdM?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=Cell%20Biology%3A%20Transport%20and%20Signaling&object_type=article&object_uuid=01K1UAGmmxQvV8NPUGMxQUa&short_url=EvAdM&u=https%3A%2F%2Fmashable.com%2Ffeeds%2Frss%2Fall)
4. [Circuits and Electronics 1: Basic Circuit Analysis](https://zdcs.link/dZyp2?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=Circuits%20and%20Electronics%201%3A%20Basic%20Circuit%20Analysis&object_type=article&object_uuid=01K1UAGmmxQvV8NPUGMxQUa&short_url=dZyp2&u=https%3A%2F%2Fmashable.com%2Ffeeds%2Frss%2Fall)
5. [Circuits and Electronics 2: Amplification, Speed, and Delay](https://zdcs.link/VbyEL?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=Circuits%20and%20Electronics%202%3A%20Amplification%2C%20Speed%2C%20and%20Delay&object_type=article&object_uuid=01K1UAGmmxQvV8NPUGMxQUa&short_url=VbyEL&u=https%3A%2F%2Fmashable.com%2Ffeeds%2Frss%2Fall)
6. [Circuits and Electronics 3: Applications](https://zdcs.link/vmy32?pageview_type=RSS&template=article&module=content_body&element=offer&item=text-link&element_label=Circuits%20and%20Electronics%203%3A%20Applications&object_type=article&