IDIT | Universidad Iberoamericana Puebla, México
FAB Academy 2024
Fab lab Puebla is located within the 91 500+ sq ft of the Institute for Design and Technology located at Iberoamericana University at the Mexican city of Puebla.
Like other FabLabs, we aim to provide a place for meeting and sharing knowledge about digital manufacturing technologies, while providing workspace and tools. We are open to all, to experiment, learn, build and share.
Fablab Puebla is an innovation ecosystem that is focused on giving assistance to students, entrepreneurs, small, medium, and large enterprises; Developing research in a multi-disciplinary environment, creating digital fabrication, and teaching courses in different levels of complexity and for a very open range of public.
We have 3d printers, laser cutters, milling machines, 3d scanners, electronics production, prototyping tools and others digital fabrication machines.
Machine Assignment:
Group 1: Ceraprint
Students: Carlos Emilio Cruz, Cristobal Lopez, Emmanuel del Villar, Eric Garcia, Maria Juarez, Salvador Castro, Valeria Arellano, Yesenhia Parra
Group 2: Gomu Gomu 3D
Students: Daniela Monterrubio, Santiago Cuautle, Gala Ocampo, Andrea Robredo, Angel De los Santos, Maria Jose Rivas, Jose Miguel, Jorge Limon
Group 3: CNC Tiny Switch
Students: Angel Dominguez, Juan Carlos Chavez, Isaac Perez, Raul Babines, Isaac Antonion, Victor Montaño, Jose Antonio Espinosa, Ruben Martinez
Group 4: CNC Sewing
Students: Brenda Pastrana, Ximena Cisneros, Gabriela Tamanis, Erick Guevara, Alejandro Bulas, Jose Alvarez, Augusto Mantilla, Olaf Garcia
Group 5: DuneDreamer
Students: Alejandro Alvarez, Ximena Mendieta, Andrea Sofia, David Gonzalez, Valeria Barroso, Fernanda Capetillo, Rodrigo Gomez, Luis Islas
Group 6: Paintball Extravaganza
Students: Bernardo Lamuno, Andrea Hortega, Guillermo Michel, David Bojalil, Alejandro Manrique, Hector Cornejo, Daniel Perez, Gianfranco Carrasco
Group Assignments:
Week 3: Computer Controlled Cutting
Task: Characterize your lasercutter's focus, power, speed, rate, kerf, joint clearance and types
Week 4: Electronic Production
Task: Characterize the design rules for your in-house PCB production process send a PCB out to a board house
Week 5: 3D Scanning and printing
Task: Test the design rules for your 3D printer(s)
Week 6: Embedded Programming
Task: browse through the data sheet for your microcontroller compare the performance and development workflows for other architectures
Week 7: Computer Controlled Machining
Tasks: do your lab's safety training, test runout, alignment, fixturing, speeds, feeds, materials, and toolpaths for your machine
Week 8: Electronics Design
Task: Use the test equipment in your lab to observe the operation of a microcontroller circuit board
Week 9: Output Devices
Task: Add an output device to a microcontroller board you've designed, and program it to do something
Week 12: Input Devices
Task: Probe an input device's analog levels and digital signals
Week 13: Molding and Casting
Task: review the safety data sheets for each of your molding and casting materials, then make and compare test casts with each of them compare printing vs milling molds
Students:
Alejandro Alvarez
Alejandro Manrique
Andrea Hortega
Andrea Robredo
Andrea Sofia Velarde
Angel De los Santos
Angel Dominguez
Augusto Mantilla
Bernardo Lamuño
Brenda Pastrana
Emilio Cruz
Cristobal Lopez
Daniela Monterrubio
David Bojalil
David Gonzalez
Eric Gonzalez
Eric Guevara
Fernanda Capetillo
Gabriela Tamanis
Gala Ocampo
Gianfranco Carrasco
Guillermo Michel
Hector Cornejo
Isaac Antonio Perez
Jorge Limon
Jose Manuel Alvarez
Jose Antonio Espinoza
Emmanuel del Villar
Jose Miguel Prieto
Raul Babines
Juan Carlos Chavez
Luis Bulas
Luis Islas
Santiago Cuautle
Maria Juarez
Maria Jose Rivas
Olaf Garcia
Rodrigo Revilla
Isaac Perez
Ruben Martinez
Salvador Castro
Valeria Arellano
Valeria Barroso
Victor Montaño
Ximena Cisneros
Ximena Mendieta
Yesenhia Parra
Instructors:
Oliver Ochoa
Aristarco Cortes
Huber Giron
Rafael Perez
Alberto Blanco
Maricruz Chavez
Carlos Perez
Luis Camacho
