From the basement of MIT’s Constructing 35 to Monterrey, Mexico, and now past. That’s the journey of FrED, a low-cost desktop fiber (Fr) extrusion (E) system (D), designed and assembled by college students in an academic manufacturing facility at MIT.
That manufacturing facility is reworking how manufacturing is taught — changing textbook studying with hands-on expertise in an area the place tinkering is inspired and knowledge flows constantly. By means of a collaboration between MIT and Tecnológico de Monterrey (Tec) managed by MIT.nano, FrED has been refined throughout dozens of graduate theses and undergraduate analysis stays. It’s used to check manufacturing methods in tutorial {and professional} programs, and at FrED factories, first established at MIT and now at Tec’s campuses in Monterrey and Mexico Metropolis.
“What does it imply to carry the manufacturing facility to the learner?” requested Brian W. Anthony, MIT.nano affiliate director and principal analysis scientist within the MIT Division of Mechanical Engineering (MechE) on the second annual FrED summit in Mexico Metropolis. “We have now FrED as a course of that manufactures a fiber, and we even have the FrED manufacturing facility that’s an schooling and apply manufacturing facility the place we’re manufacturing an actual product. It’s not only a studying manufacturing facility the place we tear aside the product once we’re accomplished. We actually ship FrEDs to our on-line learners, to educators at MIT and Tec, and shortly, to new companions world wide.”
Designed from the beginning for multi-node group scaling, FrED and the FrED manufacturing facility have created a thriving, collaborative ecosystem for present and future manufacturing engineers. The following step is to increase that ecosystem globally. Introduced on the FrED summit by Tec professor Pedro Ponce Cruz, a brand new FrED manufacturing facility at Tec’s Saltillo campus shall be opening within the subsequent tutorial 12 months. After that, the workforce plans to increase to different campuses throughout the USA and Mexico.
“Collectively, we’re serving to construct a worldwide engineering expertise pipeline,” says Adriana Vargas Martinez, government director of analysis technique at Tec. “By means of the FrED and FrED manufacturing facility initiative, practically 500 college students have already been skilled in superior manufacturing automation, shifting from Tec lecture rooms into analysis laboratories and collaborative tasks with MIT.”
Discussing FrED and FrED manufacturing facility’s analysis impression, she notes 25 publications and 7 papers in growth. “Worldwide mobility has additionally been an essential dimension of this partnership,” she says.
A shift towards fashionable manufacturing deep-tech themes
FrED’s enlargement comes at a time when manufacturing at MIT and throughout business is shifting towards good manufacturing, or Business 4.0, integrating automation, machine studying, and synthetic intelligence. One among MIT’s strategic priorities, the MIT Initiative for New Manufacturing (INM), is working to assist new manufacturing analysis, growth of recent programs and workforce coaching, and constructing of shared services to pilot manufacturing traces and immersive manufacturing experiences. FrED and the FrED manufacturing facility are already designed to assist these efforts, and at a world scale.
“FrED and the FrED manufacturing facility is de facto, I feel, fixing no less than one drawback: how we give actual, bodily significant bodily context and production-level information, production-level issues in an instructional atmosphere that’s straight transferable to the data that you just want on the manufacturing facility flooring,” says Anthony. It’s troublesome to get information out of an actual manufacturing facility, he provides; what FrED presents is bodily context crossed with information science, offering an open platform and open information for studying and experimenting.
FrED naturally generates the multi-modal information required for digital twins, analytics, and AI-driven course of enchancment, turning summary AI/manufacturing integration into hands-on apply. The following set of analysis goals within the FrED manufacturing facility will give attention to growing a sensible and interactive digital twin of the manufacturing facility, immersive know-how for collaborative studying, integrating agentic controllers. They’ll embrace new downstream manufacturing processes and machines that take as enter the fiber from FrED — all to reinforce good manufacturing schooling.
These objectives shall be labored on by MIT and Tecnológico de Monterrey college students as a part of a FrED manufacturing facility analysis keep. This program brings Tec undergraduates to MIT to work side-by-side with MIT college students — not observing, however totally built-in into the analysis workforce. The scholars then take what they’ve discovered again to Mexico, to reinforce FrED factories at their dwelling establishment.
“Past the technical aspect, FrED gave me recollections, friendships, and much more confidence in myself than I knew I had,” says Naomi Najera, a Tec undergraduate pupil who accomplished a analysis keep at MIT in 2025. “It additionally gave me an area the place I may make errors and be taught from them. And likewise to understand how a lot I can obtain with my workforce. That human aspect of this venture actually modified my entire expertise.”
A current outcome from this change, introduced June 23 by the American Society for Engineering Training (ASEE), a paper entitled “Arms-On Predictive Upkeep Equipment for Manufacturing Training: An Accessible Experiential Studying Method,” written by Tec and MIT college students, acquired the 2026 ASEE Manufacturing Division Greatest Paper Award.
Shifting classroom studying to manufacturing facility operations
At MIT’s campus in Cambridge, Massachusetts, passersby can look down into the Constructing 35 basement home windows to see a continuing circulate of exercise, supplies, and data within the MIT FrED manufacturing facility. In Mexico, seven cohorts of scholars over 4 years every designed a customized model of FrED and constructed and operated an automatic FrED manufacturing facility manufacturing line. Certainly, FrED has restructured how Tec teaches mechatronics and manufacturing methods. “This collaboration integrates analysis straight into schooling,” says Vargas Martinez, “combining studying factories and our manufacturing environments with student-centered analysis.”
The Tec college students’ enthusiasm has led to the launch of an Undergraduate Analysis Alternatives Program-like curriculum (FRAME: Manufacturing unit-based Analysis for All in Mechatronics Training) in Mexico, the place first-year undergraduates are working alongside graduate degree college students within the FrED manufacturing facility.
“Becoming a member of FrED as a first-semester college pupil has been an incredible alternative for me to get hands-on expertise in real-world tasks in areas reminiscent of coding, manufacturing, and robotics,” says Katherine Lucia McLean. “It’s helped me develop quite a bit as an engineering pupil.”
The FrED manufacturing facility mannequin forces actual management behaviors: coordinating multi-station methods, managing bottlenecks, constructing upkeep logic into the coed expertise, imposing high quality measurement, and iterating system design 12 months after 12 months. As every class graduates and a brand new one begins, data is transferred, a few of it misplaced, most of it constructed upon. On this approach, FrED by no means turns into outdated, as every cohort is reimagining manufacturing applied sciences and methods for a wiser, extra productive manufacturing facility.
FrED and the FrED manufacturing facility have momentum. Anthony taught the worldwide capstone course on the Monterrey campus final 12 months, and can increase to show in any respect 5 worldwide Tec campuses in 2027. The FrED Manufacturing unit Convention will happen at MIT in 2027.
