OSE Immersion Program: Difference between revisions
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==OSE Boot Camp== | ==OSE Boot Camp== | ||
A one week immersion, hands-on course where you learn about OSE's collaborative, open source development and extreme manufacturing process, with the open source desktop microfactory as the focus. You will be exposed to the full toolchain of crowd design from idea to build, where both the hardware and software are open source. We will do rapid prototyping using: FreeCAD and part libraries, 3D scanning, 3D printing, CNC circuit milling, laser cutting, and making 3D printing filament from scrap plastic - where all of the associate tools are completely open source. We will teach you how to operate a closed loop materials cycle as we recycle scrap plastic into virgin 3D printing filament. You will learn how to design a 3D printer according to our 3D Printer Design Guide and Construction Set approach using our Universal Axis motion system. We will also cover how the same Universal Axis system can be used to build the CNC Circuit Mill and small laser cutter as derivative machines. We will also cover how you can set up an online, on-demand 3D printing store using a Raspberry Pi-based server for your home microfactory. We will show you how you can get involved with OSE's open source product development effort for household consumer goods that can potentially put an open source dent in the existing $20T household consumer goods market. Finally, you will build your own 3D printer in one day to take home with you. The goal is to equip you with all the skills and open source equipment that enables you to design and build larger and smaller versions of the 3D printer and derivative machines, so you can bring open source production and culture back to your neighborhood. | A one week immersion, hands-on course where you learn about OSE's collaborative, open source development and extreme manufacturing process, with the open source desktop microfactory as the focus. You will be exposed to the full toolchain of crowd design from idea to build, where both the hardware and software are open source. We will do rapid prototyping using: FreeCAD and part libraries, 3D scanning, 3D printing, CNC circuit milling, laser cutting, and making 3D printing filament from scrap plastic - where all of the associate tools are completely open source. We will teach you how to operate a closed loop materials cycle as we recycle scrap plastic into virgin 3D printing filament. You will learn how to design a 3D printer according to our 3D Printer Design Guide and Construction Set approach using our Universal Axis motion system. We will also cover how the same Universal Axis system can be used to build the CNC Circuit Mill and small laser cutter as derivative machines. We will also cover how you can set up an online, on-demand 3D printing store using a Raspberry Pi-based server for your home microfactory. We will show you how you can get involved with OSE's open source product development effort for household consumer goods that can potentially put an open source dent in the existing $20T household consumer goods market. Finally, you will build your own 3D printer in one day to take home with you. The goal is to equip you with all the skills and open source equipment that enables you to design and build larger and smaller versions of the 3D printer and derivative machines, so you can bring open source production and culture back to your neighborhood. See more details of the [[OSE Boot Camp]] | ||
=Cost= | =Cost= | ||
The cost for the program is | The cost for the program is | ||
Revision as of 19:29, 7 May 2018
Attend the First Ever Immersion Program and Qualify for the OSE Fellowship
Application
OSE Fellowship - August 25-September 30, 2018
OSE Boot Camp
A one week immersion, hands-on course where you learn about OSE's collaborative, open source development and extreme manufacturing process, with the open source desktop microfactory as the focus. You will be exposed to the full toolchain of crowd design from idea to build, where both the hardware and software are open source. We will do rapid prototyping using: FreeCAD and part libraries, 3D scanning, 3D printing, CNC circuit milling, laser cutting, and making 3D printing filament from scrap plastic - where all of the associate tools are completely open source. We will teach you how to operate a closed loop materials cycle as we recycle scrap plastic into virgin 3D printing filament. You will learn how to design a 3D printer according to our 3D Printer Design Guide and Construction Set approach using our Universal Axis motion system. We will also cover how the same Universal Axis system can be used to build the CNC Circuit Mill and small laser cutter as derivative machines. We will also cover how you can set up an online, on-demand 3D printing store using a Raspberry Pi-based server for your home microfactory. We will show you how you can get involved with OSE's open source product development effort for household consumer goods that can potentially put an open source dent in the existing $20T household consumer goods market. Finally, you will build your own 3D printer in one day to take home with you. The goal is to equip you with all the skills and open source equipment that enables you to design and build larger and smaller versions of the 3D printer and derivative machines, so you can bring open source production and culture back to your neighborhood. See more details of the OSE Boot Camp
Cost
The cost for the program is