Open Source Computer Aided Modeling and Design

Fritzing - the past, the present and the future

Restarting with 1100 technical issues, and a few legal ones
H.2213
Kjell Morgenstern
Making electronics accessible to the broad public was mainly made possible by Arduino, Raspberry PI and last but not least Fritzing. Back in 2009, it was a pain to get from a loose wiring on a breadboard to a PCB. Fritzing came up first with a unique breadboard view and a simple to use PCB layout. Fast forward 10 years to Fosdem 2019, Fritzing was in a major crisis. Despite well over 200.000 users, thousands of downloads per day and an enthusiastic community, development had stalled. It has now been rebooted, and the project is back to gaining momentum. So what has happened between last year and this year? This talk will give a rough introduction to Fritzing and its ecosystem, including how we overcame the problems, learned from our mistakes and how we plan to keep improving Fritzing in the future.

Additional information

Type devroom

More sessions

2/1/20
Open Source Computer Aided Modeling and Design
Tsvetan Usunov
H.2213
We have possibility to setup small electronic assembly/production "factory" at our house for less than EUR 1000. I will try to explain every step from the design to final product:
2/1/20
Open Source Computer Aided Modeling and Design
Urban Bruhin
H.2213
An overview about what's new in LibrePCB since the last presentation at FOSDEM 2018, and a short live demonstration to see LibrePCB in action.
2/1/20
Open Source Computer Aided Modeling and Design
H.2213
A walk through the different ways in which people from different areas and backgrounds use a same application (FreeCAD), and the impact this has on their workflows, and even on FreeCAD development
2/1/20
Open Source Computer Aided Modeling and Design
Holger Vogt
H.2213
An update of the development activities will be presented leading to ngspice-32. Its interface to KiCad has been extended, PSPICE device model compatibility and OpAmp convergence are improved, several bugs have been fixed. The VBIC bipolar model and the VDMOS power MOS model now incorporate the self heating effect. This will lead to the second part of the talk: ngspice may be very well used to simulate thermal device behavior. Heat generation, transport and temperatures are translated into ...
2/1/20
Open Source Computer Aided Modeling and Design
Adam Urbanczyk
H.2213
CadQuery (CQ) [1] is a Python library for building of parametric 3D models. The overarching design goal is to be extremely fluent and as close as possible to the design intent. CQ is based on the open source CAD kernel from OpenCascade and therefor offers industry standard B-Rep modeling capabilities and allows exporting to lossless formats such as STEP as well as lossy ones such as STL. Originally it used Python bindings based on FreeCAD [2] but recently we switched to PythonOCC [3] to be more ...
2/1/20
Open Source Computer Aided Modeling and Design
Wayne Stambaugh
H.2213
I will talk about KiCad's role in the Open Hardware design movement and how it is remarkably similar to the early days of the Free, Libre, Open Source Software (FLOSS) movement and what it means for the future of Open Hardware.
2/1/20
Open Source Computer Aided Modeling and Design
Mario Behling
H.2213
In this talk we will cover the development path of the Pocket Science Lab (PSLab) board from version one in 2014 to today and outline how we use tools like KiCad to bring the device to large scale production. We will also share some major issues that we solved to get the device manufacturing ready and challenges that lie ahead of us like ensuring thorough device testing at production.