Nineteen-year-old Freesia Gaul built an award-winning virtual reality prototype by teaching herself with free online resources from MIT OpenCourseWare, showing what self-driven learning can achieve when barriers to education fall away, tells MIT News. Gaul first found OpenCourseWare at age 14 while living in small towns in Australia and Canada, where school resources varied widely. Moving between 13 different schools made a consistent education difficult, so she turned to the web to explore topics that fascinated her, from circuits and electronics to computation. MIT’s OpenCourseWare provided structured classes on circuits and electrical engineering that she says gave her “a solid foundation of knowledge and problem-solving abilities.”
OpenCourseWare is part of MIT Open Learning and offers free access to materials from more than 2,500 undergraduate and graduate courses, including lecture notes and assignments. For Gaul, courses such as 6.002 (Circuits and Electronics) and 6.01SC (Introduction to Electrical Engineering and Computer Science) helped her understand how hardware and software interact in real systems. That grounding let her take on projects that go far beyond school science fair presentations.
Gaul didn’t stop at studying theory. With access to tools like a 3D printer, she prototyped things she imagined, including a full-sized working kart inspired by her love of hands-on invention. The VR prototype that won recognition combines her skills in electronics, coding, and design. She credits not only the course content but the openness of these materials for giving her unrestricted access to top-tier learning without formal enrollment.
Her story highlights the potential of open educational resources to democratize learning in fields historically limited by cost and access. By the time she completed her first OpenCourseWare class, Gaul had mapped a clear path from curiosity to capability. She says that without the free courses, the prototype and her growing tech career wouldn’t have been possible.