This is the Audio Podcast of the Fab Academy lectures, reviews and recitations. Fab Academy is the main educational program of the Fab Lab Network. In 2017 82 labs throughout the world offer the program. The Fab Academy provides instruction and supervises the investigation of mechanisms, applications and implications of digital fabrication through a five months course distributed via teleconferencing. The Fab Academy runs from Januar until June with a lecture and review every Wednesday and a recitation every Monday. If you want to participate in 2018 apply at a fablab near you.

Latest episodes of the podcast Fab Academy

• 2018_Lesson15: machine_design
• 2018_Lecture 14: Mods
• 2018_Lesson14: mechanical design
• 2018_Recitation 13: fabricademy
• 2018_Review13: networking_and_communications
• 2018_Review12: Interface_and_application_programming
• 2018_Lesson13: Networking_and_communications
• 2018_Recitation 12: xDesign(Gian Paolo Bassi, Shawn Liu, Manish Kumar)
• 2018_recitation 11: Machine Making Machines
• 2018_Lesson12: Interface_and_application_programming
• 2018_Review11: Output_devices
• 2018_Lesson11: Output devices
• 2018_Review10: Input Devices
• 2018_Recitation10: Circular_innovation_challenge
• 2018_Review09: Molding_and_casting
• 2018_Lesson10: Input_devices
• 2018_Lesson09: Molding_and_casting
• 2018_Review08: embedded_programming
• 2018_Recitation09: Safety and Security
• 2018_Lesson08: Embedded Programming
• 2018_Review07: Computer Controlled Machining
• 2018_Recitation08: Human Lab
• 2018_Lesson07: Computer Controlled Machining
• 2018_Review06: Electronics Design
• 2018_Recitation 07: Bio_academy
• 2018_Recitation 07: Bio_academy
• 2018_Recitation 07: Bio_academy
• 2018_Lesson 06: Electronics_design
• 2018_Lesson 06: Electronics_design
• 2018_Lesson 06: Electronics_design
• 2018_Review 05: 3D_scanning_and_printing
• 2018_Review 05: 3D_scanning_and_printing
• 2018_Review 05: 3D_scanning_and_printing
• 2019_Recitation06: Maker_education
• 2019_Recitation06: Maker_education
• 2019_Recitation06: Maker_education
• 2018_Lesson 05: 3D_scanning_and_printing
• 2018_Lesson 05: 3D_scanning_and_printing
• 2018_Lesson 05: 3D_scanning_and_printing
• 2018_Review 04: Electronics Production
• 2018_Review 04: Electronics Production
• 2018_Review 04: Electronics Production
• 2018_Recitation 05: Functional_representations
• 2018_Recitation 05: Functional_representations
• 2018_Recitation 05: Functional_representations
• 2018_Lesson 04 - Electronics Production
• 2018_Lesson 04 - Electronics Production
• 2018_Lesson 04 - Electronics Production
• 2018_Review 03: Computer - Controlled Cutting
• 2018_Review 03: Computer - Controlled Cutting
• 2018_Review 03: Computer - Controlled Cutting
• 2018_Lecture 3: Computer controlled cutting
• 2018_Lecture 3: Computer controlled cutting
• 2018_Lecture 3: Computer controlled cutting
• 2018_Recitation 03: How To Make (almost) Anything Usable
• 2018_Recitation 03: How To Make (almost) Anything Usable
• 2018_Recitation 03: How To Make (almost) Anything Usable
• 2018_Recitation 4: Fab City - Tomas Diez
• 2018_Recitation 4: Fab City - Tomas Diez
• 2018_Recitation 4: Fab City - Tomas Diez
• 2018_recitation 2: git lab
• 2018_recitation 2: git lab
• 2018_recitation 2: git lab
• 2018_Presentations And Introductions
• 2018_Presentations And Introductions
• 2018_Presentations And Introductions
• 2018_lecture 1: Principles And Practices
• 2018_lecture 1: Principles And Practices
• 2018_lecture 1: Principles And Practices
• 2018_Recitation 1: Version Control
• 2018_Recitation 1: Version Control
• 2018_Recitation 1: Version Control
• 2017_Final Presentations 04: June 19
• 2017_Final Presentations 04: June 19
• 2017_Final Presentations 04: June 19
• 2017_Final Presentations 03: June 16
• 2017_Final Presentations 03: June 16
• 2017_Final Presentations 03: June 16
• 2017_Final Presentations 02: June 16
• 2017_Final Presentations 02: June 16
• 2017_Final Presentations 02: June 16
• Recitation 17: Solidworks XDesign
• Recitation 17: Solidworks XDesign
• Recitation 17: Solidworks XDesign
• Lecture 19: Project Development
• Lecture 19: Project Development
• Lecture 19: Project Development
• Review 18: Invention, Intellectual Property, and Income
• Review 18: Invention, Intellectual Property, and Income
• Review 18: Invention, Intellectual Property, and Income
• 2017_Recitation 16: Accessible Automation
• 2017_Recitation 16: Accessible Automation
• 2017_Recitation 16: Accessible Automation
• 2017_Review 17: Applications and Implications
• 2017_Review 17: Applications and Implications
• 2017_Review 17: Applications and Implications
• 2017_Recitation: Fusion 360
• 2017_Recitation: Fusion 360
• 2017_Recitation: Fusion 360
• 2017_Lecture 17: Applications and Implications
• 2017_Lecture 17: Applications and Implications
• 2017_Lecture 17: Applications and Implications
• 2017_Review 16: Interface and Application Programming
• 2017_Review 16: Interface and Application Programming
• 2017_Review 16: Interface and Application Programming
• 2017_Recitation: Why to make almost anything
• 2017_Recitation: Why to make almost anything
• 2017_Recitation: Why to make almost anything
• 2017_Review 15: Networking and Communications
• 2017_Review 15: Networking and Communications
• 2017_Review 15: Networking and Communications
• 2017_Review 14: Composites
• 2017_Review 14: Composites
• 2017_Review 14: Composites
• 2017_Lecture 15: Networking & Communications
• 2017_Lecture 15: Networking & Communications
• 2017_Lecture 15: Networking & Communications
• 2017_Recitation 12: Fabricademy
• 2017_Recitation 12: Fabricademy
• 2017_Recitation 12: Fabricademy
• 2017_Lecture 14: Composites
• 2017_Lecture 14: Composites
• 2017_Lecture 14: Composites
• 2017_Review 13: Input Devices
• 2017_Review 13: Input Devices
• 2017_Review 13: Input Devices
• 2017_Recitation 11: How to grow (almost) anything
• 2017_Recitation 11: How to grow (almost) anything
• 2017_Recitation 11: How to grow (almost) anything
• 2017_Lecture 13: Input Devices
• 2017_Lecture 13: Input Devices
• 2017_Lecture 13: Input Devices
• 2017_Review 12: Molding and Casting
• 2017_Review 12: Molding and Casting
• 2017_Review 12: Molding and Casting
• 2017_ Recitation 10: Academany
• 2017_ Recitation 10: Academany
• 2017_ Recitation 10: Academany
• 2017_Lecture 12: Molding and Casting
• 2017_Lecture 12: Molding and Casting
• 2017_Lecture 12: Molding and Casting
• 2017_Review 11: Machine Design
• 2017_Review 11: Machine Design
• 2017_Review 11: Machine Design
• 2017_Recitation 09: How To Not Use (almost) Anything
• 2017_Recitation 09: How To Not Use (almost) Anything
• 2017_Recitation 09: How To Not Use (almost) Anything
• 2017_Lecture 11: Machine Design
• 2017_Lecture 11: Machine Design
• 2017_Lecture 11: Machine Design
• 2017_Review 10: Output Devices
• 2017_Review 10: Output Devices
• 2017_Review 10: Output Devices
• 2017_Introduction: Principles and Practices
• 2017_Introduction: Principles and Practices
• 2017_Introduction: Principles and Practices
• 2017_Lecture 01: Project management
• 2017_Lecture 01: Project management
• 2017_Lecture 01: Project management
• 2017_Review 01: Project management
• 2017_Review 01: Project management
• 2017_Review 01: Project management
• 2017_Review 02: Computer-Aided Design
• 2017_Review 02: Computer-Aided Design
• 2017_Review 02: Computer-Aided Design
• 2017_Lecture 03: Computer-Controlled Cutting
• 2017_Lecture 03: Computer-Controlled Cutting
• 2017_Lecture 03: Computer-Controlled Cutting
• 2017_Review 03: Computer-Controlled Cutting
• 2017_Review 03: Computer-Controlled Cutting
• 2017_Review 03: Computer-Controlled Cutting
• 2017_Lecture 04: Electronics Production
• 2017_Lecture 04: Electronics Production
• 2017_Lecture 04: Electronics Production
• 2017_Recitation 01: Global Humanitarian Lab
• 2017_Recitation 01: Global Humanitarian Lab
• 2017_Recitation 01: Global Humanitarian Lab
• 2017_Recitation 02: Fab Lab Organization(s)
• 2017_Recitation 02: Fab Lab Organization(s)
• 2017_Recitation 02: Fab Lab Organization(s)
• 2017_Review 04: Electronics Production
• 2017_Review 04: Electronics Production
• 2017_Review 04: Electronics Production
• 2017_Lecture 05: 3D Scanning and Printing
• 2017_Lecture 05: 3D Scanning and Printing
• 2017_Lecture 05: 3D Scanning and Printing
• 2017_Recitation 02: Onshape
• 2017_Recitation 02: Onshape
• 2017_Recitation 02: Onshape
• 2017_Review 05: 3D Scanning and Printing
• 2017_Review 05: 3D Scanning and Printing
• 2017_Review 05: 3D Scanning and Printing
• 2017_Lecture 06: Electronics Design
• 2017_Lecture 06: Electronics Design
• 2017_Lecture 06: Electronics Design
• 2017_Rectitation 06: Why Make (almost) Anything
• 2017_Rectitation 06: Why Make (almost) Anything
• 2017_Rectitation 06: Why Make (almost) Anything
• 2017_Lecture08: Embedded Programming
• 2017_Lecture08: Embedded Programming
• 2017_Lecture08: Embedded Programming
• 2017_Lecture 09: Mechanical Design
• 2017_Lecture 09: Mechanical Design
• 2017_Lecture 09: Mechanical Design
• 2017_Recitation 07: Tom Diez - Fab Cities
• 2017_Recitation 07: Tom Diez - Fab Cities
• 2017_Recitation 07: Tom Diez - Fab Cities
• 2017_Review09: Mechanical Design
• 2017_Review09: Mechanical Design
• 2017_Review09: Mechanical Design
• 2017_Recitation08: Olafur Eliasson - Why Make (almost) Anything
• 2017_Recitation08: Olafur Eliasson - Why Make (almost) Anything
• 2017_Recitation08: Olafur Eliasson - Why Make (almost) Anything
• 2017_Lecture10: Output Devices
• 2017_Lecture10: Output Devices
• 2017_Lecture10: Output Devices