fabacademy.org

What It Is

Fab Academy is a five-month intensive program focused on digital fabrication and rapid prototyping, followed by an additional assessment period of about one month. It is not a traditional MOOC, but a form of “globally distributed education”: students learn at a local Fab Lab node alongside peers, mentors, and fabrication equipment, while also joining global online lectures and shared course content. The program requires students to plan and execute a new project each week, ultimately building a personal technical portfolio and an integrated final project.

Core Curriculum and Teaching Format

The curriculum is broad, covering project management, computer-aided design, computer-controlled cutting, electronics production and design, CNC machining, embedded programming, 3D scanning and printing, input/output devices, networking and communications, mechanical and machine design, intellectual property, and more. Delivery is hybrid: a global interactive video lecture is held every Wednesday from 9:00–12:00 EST and is recorded; local nodes typically schedule 2–3 days of lab time each week, providing access to digital fabrication equipment and project guidance. Compared with a fully online course, this model places much greater emphasis on real fabrication, debugging, and documentation.

Certification, Instructors, and Pricing

The Fab Diploma is awarded by Fab Academy and is assessed based on a set of certificate requirements, the student’s individual portfolio, and completion of the final project, rather than simply on classroom hours or credits. Evaluation is jointly handled by local instructors, regional mentors, and global evaluators. Some host institutions may offer additional recognition such as ECTS credits, professional diplomas, or university course credentials. In terms of instruction, the program is led by Neil Gershenfeld, and its content draws on the teaching tradition of MIT How To Make (almost) Anything. However, the official materials clearly state that Fab Academy has no institutional affiliation with MIT. The page includes sections such as Tuition Fees and Scholarships, but does not provide specific pricing or payment methods.

Pros, Cons, and Who It’s For

Its strengths are a high level of hands-on practice, a comprehensive curriculum, a strong global Fab Lab network, and the opportunity to build a presentable portfolio. It may be useful for employment, further study, or project incubation. The downsides are the heavy workload—around 20–30 hours per week—the fact that instruction is in English, and the strong dependence on equipment at the local node. It is not suitable for people who only want to watch videos at low cost. Fab Academy is better suited to makers, engineering/design students, product prototype developers, educators, and anyone who wants to systematically learn digital fabrication.

Access from China and Alternatives

The main text does not clarify availability in mainland China, payment options, or access to local nodes. The captured content mentions that Shenzhen University Litchee Lab is in the process of certification, but this is not enough to determine its current enrollment or accessibility status. If network access or local nodes are limited, alternatives include the public resources from MIT How To Make (almost) Anything, Fabricademy, Grow with Fab, or digital fabrication courses offered by universities and maker spaces in China.