FabAcademy 2019
Chen hao's personal page
Chen hao's personal page
We are a team called Fanpu (凡朴) from Chengdu, China. Our team has been working on Farm-based educational program for five years. We have built a community including organic farm, homestay/farm hostel, and nature school in the rural area of Chengdu, China. Our mission is to promote the holistic growth of Chinese kids through creative tinkering Play based education and garden based learning, and also the sustainable development of rural area of China. This year, we are planning to build an interactive Children’s discovery museum. We have already gotten the permit for construction from the government, and the design of the building/architecture has been underway. we call the museum Fankids exploratorium. In this museum, we will build up a R&D center to develop the interactive exhibits for the museum, and the R&D center will be called Fankids fablab after being accepted as a fablab node.This year I will be participating in the FabAcademy2019 and my progress will be documented on this website. Besides weekly assignments, all obtained skills will be combined in a final project. Feel free to look around, check out my assignments or contact me via the about page if you have any questions.
Work throught a git tutorial and build a personal site in the class archive describing my work on assaignments and my idea about final project.
Model different 2D designs, designing objects in 3D, difference between subtractive and additive manufacturing. .
Designing objects in 3D, difference between subtractive and additive manufacturing.
This week's assignment is about manufacturing an electronic circuit board, soldering components to it and programming it. In the end we should end up with an ISP programmer.
Print your 3D designs and try scanning 3D objects.
Design a PCB in a software and build it.
Making something BIG
Program a board using different programming languages and environments.
Design a 3D mold, mill it, and use it to cast parts.
Add an input device to a micro controller board, read the input.
Add an output device to a micro controller board, program the output.
Design and build a network connection.
Develop an application that interfaces with I/O device.
Design and produce a machine that includes mechanism, action and automation
Design and produce something with a digital fabrication process not covered in another assignment.
Plan your final project.
Dissemination of your final Project