ROŠA - Regional Open Science Hardware & Art, Indonesia

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ROSA gathering regional.jpg

As a continuation of various research and network activities within UROŠ - Ubiquitous Rural Open Science Hardware, we are happy to announce to have received the GOSH regional events grant (9900 USD, supported via Sloan Foundation) for more activities in Indonesia during 2022, under the name "ROŠA - Regional Open Science Hardware & Art". See the original application here.

"A regional event series combining a longer on-site residency, aswell as a research & production lab, local outreach and a gathering of interesting players from the region of South East Asia."

Schedule: under constant development

Preparations April - June - Yogyakarta, Indonesia

Call tba: Residency - Yogyakarta, Indonesia

Details will follow

Dates tba : ROŠA-on-Tour - Indonesia

Aiming at late September

Dates tba : Gathering - Yogyakarta, Indonesia

October

Get in contact

We have an open discussion thread on the forum here.

ROŠA Gathering organizing team:

Call for extending the team:

  • tbc at least 1 or
  • 2 more persons

ROŠA-on-Tour - Indonesia

Workshops and Sessions in Gudskul

GAPS poster web.jpg

September 23 - 26. Sep 22

Gudskul logos.jpg

See more about the Diy-CAD#Workshops, to be held on Monday, 26. September

Workshops

<<- Back to ROŠA - Regional Open Science Hardware & Art, Indonesia

GAPS spanduk web v1.jpg

GAPS | ɖǟռɢɖʊȶ ₣ⱤØ₥ ⱧɆⱠⱠ | gambar pisibi-mu sendiri - Creative PCB-design Workshop, Ruang MES56, Oktober 2022

GAPS MES56 instaSquare.jpg

Para sobat kreatif, desainer, pelukis pintu terbuka lebar! Pengetahuan mengenai elektronik dan desain sirkuit tidak diperlukan.

Tangal: Thursday, 20. October, starting at 17.00. Duration 2-3 hours and open end jam & nongkrong. Snacks and drinks will be provided, feel free to bring something too!

Jam: 5 Sore - Selesai

Terima kasih to our hosts MES56!

Lokasi: Ruang MES56, Jl. Mangkuyudan No.53 A, Mantrijeron, Kota Yogyakarta, 55143

Sebagai sebuah lokakarya desain/menggambar kreatif, kami ingin menjelajahi bagaimana pengetahuan dapat digunakan untuk menciptakan desain-desain unik dari sirkuit-sirkuit elektronik yang fungsional. Kami juga ingin membahas makna Open Hardware dan mengapa membagi instruksi yang detil dapat menjurus kepada sebuah keberagaman desain dan memperbesar aksesibilitas dalam lokakarya-lokakarya elektronik DIY.

Di dalam lokakarya menggambar kreatif, kita akan mempelajari pengenalan paling dasar bagaimana membaca skema sirkuit-sirkuit elektronik, dan bagaimana menerapkannya sebagai sebuah PCB yang fungsional di mana seluruh sambungan tergambar di atas tembaga. Kita akan mempelajari apa yang dimaksud dengan jejak kaki komponen dan apa yang dimaksud dengan “lapisan-lapisan” berbeda dalam menyiapkan sebuah desain PCB sebelum di produksi (di pabrik-pabrik di Cina untuk keperluan etsa rumahan) .

Lokakarya ini juga akan berperan dalam usaha untuk memikirkan ulang metodologi diy-CAD (do-it-yourself Children Aided Design) dan mengaplikasikannya pada Noise Touch Synthesizer, berbasis sirkuit amplifier LM386

Bagaimana sirkuit beroperasi?

Sirkuit contoh tersebut berbasis LM386, sirkuit amplifier 1W sederhana dan ia dapat digunakan untuk membuat desain touch noise synthesizer Anda sendiri!! Alat ini dapat bekerja sebagai sebuah amp distorsi bagi bunyi input Anda (seperti ɖǟռɢɖʊȶ), yang nantinya anda dapat *** dan menciptakan bunyi noise dan drone dari neraka. Dan alat ini menggunakan LED pink! Seluruh material akan tersedia di laman daring, termasuk bolpen dan kertas, spidol dan footprints.
Creatives, designers, painters welcome! No previous knowledge in electronics or circuit design is needed.

As a creative design / drawing workshop we want to explore how creativity can be use to make unique designs of fuctional electronic circuits. We also will discuss what means Open Hardware and why sharing detailed instructions can lead to a diversity of personal designs and improving the accessibility for DIY electronics workshops.

In this creative drawing workshop, we will learn the most basic introduction to read schematics of electronics circuits, and how to implement it as a functional PCB (Printer Circuit Board) where all the connections are drawn in copper. We will learn what are footprints of components and what are the different "layers" for preparing a PCB design for manufacturing (in China factory of DIY home etching).

This workshop also serves for re-thinking the diy-CAD methodology (do-it-yourself Children Aided Design) and applying it to Noise Touch Synthesizer, based on the LM386 Amplifier circuit.

What circuit will we do?

The example circuit is based on the LM386, simple 1W amplifier circiut and it can be used to make your own design of a touch noise synthesizer!! The device can act as a distortion amp for your input sound (such as ɖǟռɢɖʊȶ), which you can then f*.%-up and create noise and drone sounds from ⱧɆⱠⱠ. And it has a pink LED on it!

All the materials will be available on site, pen and paper, colors, footprints.

Examples of beautifully creative Touch Interfaces on PCB material Contoh-contoh Antarmuka Sentuh yang apik di atas material PCB:

This workshop is part of ROŠA - Regional Open Science Hardware & Art, Indonesia, a regional event series combining longer on-site group residency, aswell as a research & production lab, local outreach and a gathering of interesting players from the region of South East Asia. Supported by the GOSH regional events grant via Sloan Foundation)


GAPS | gambar pisibi-mu sendiri - Creative PCB-design Workshop, Gudskul, September 2022

GAPS poster web.jpg

Tangal: Monday, 26. September, starting at 15.00. Duration 2-3 hours and open end jam & nongkrong. Snacks will be provided, feel free to bring something too!

Jam: 3 Sore - Selesai

Lokasi: @ Gudskul, Jagakarsa, Jakarta Selatan

Jl. Durian No. 30A, RT.4 / RW.4, Jagakarsa, Kec. Jagakarsa, Kota Jakarta Selatan, Jakarta 12620

Registrasi: https://forms.gle/xRUVC9jPitv4vWCGA

Gudskul logos.jpg

Terima kasih to our hosts at gudskul!

Siapapun yang tertarik dapat mengikuti ini, tidak memerlukan pengetahuan dalam dunia elektroni maupun desain sirkuit.

Sebagai kegiatan pembelajaran. kami mau menjelajahi bagaimana kreativitas bisa digunakan untuk membuat desain sirkuit elektronik yang unik. Kita juga akan berdiskusi soal Open Hardware dan kenapa membagi instruksi yang terperinci dapat membawa desain sirkuit yang beragam dan mampu memperbaharui aksesibilitas yang baru untuk DIY Workshop Elektronik.

Impressions


Creatives, designers, painters welcome! No previous knowledge in electronics or circuit design is needed.

As a creative design / drawing workshop we want to explore how creativity can be use to make unique designs of fuctional electronic circuits. We also will discuss what means Open Hardware and why sharing detailed instructions can lead to a diversity of personal designs and improving the accessibility for DIY electronics workshops.

In this creative drawing workshop, we will learn the most basic introduction to read schematics of electronics circuits, and how to implement it as a functional PCB (Printer Circuit Board) where all the connections are drawn in copper. We will learn what are footprints of components and what are the different "layers" for preparing a PCB design for manufacturing (in China factory of DIY home etching).

This workshop also serves for re-thinking the diy-CAD methodology (do-it-yourself Children Aided Design) and applying it to the fork of the peepsy, based on the Continuity Tester by David Johnson-Davies. The peepsy circuit is based on the ATTINY85 functions as a continuity tester, the famouse "peeps" of every multimeter, that allows you to test if an electric connection is present, testing your aux cables, or debbugging other electronics. And it has a pink LED on it!

What circuit will we do?

The example circuit is based on the peepsy, by Michael Egger (a.n.y.m.a.) and it has even a practical function as a continuity tester, the most useful tool to test if a connection is present, in a cable or on a circuit. It's the "peep" that is one of the functions of all multimeters, and usually the one we use the most! The circuit is very simple, 1 capacitor, 2 resistors, 1 LED, a buzzer to make the "beep", a coin battery holder and an µ-controller (the Attiny85). Due to the special software on the attiny, it will "sleep" all the time, and only use a little electricity when testing, so the battery last almost forever!

All the materials will be available on site, pen and paper, colors, footprints.

GAPS - Creative PCB-design Workshop, Electronic Wonderland August 2022

The laminates to cut and MASK for etching are available on the peepsy github.

GAPS (GaPiSen) | gambar pisibi-mu sendiri - Creative PCB-design Workshop with Diy-CAD, Lifepatch 30. June 2022

<<- Back to ROŠA - Regional Open Science Hardware & Art, Indonesia#Preparatory_Activities

Schedule: Thursday, 30. June, starting at 17:30. Duration 2-3 hours. Snacks will be provided, feel free to bring something too!

Location: @ Rumah lifepatch, Yogyakarta

Re-thinking the diy-CAD methodology (do-it-yourself Children Aided Design) and applying it to the fork of the peepsy.

In this creative drawing workshop, we will learn the most basic introduction to read schematics of electronics circuits, and how to implement it as a functional PCB (Printer Circuit Board) where all the connections are drawn in copper. We will learn what are footprints of components and what are the different "layers" for preparing a PCB design for manufacturing (in China factory of DIY home etching).

As a creative design / drawing workshop we want to explore how creativity can be use to make unique designs of fuctional electronic circuits. We also will discuss what means Open Hardware and why sharing design instructions can lead to a diversity of personal designs and improving the accessibility for DIY electronics workshops. No previous knowledge is needed to participate successfully!!

All the materials will be available on site, pen and paper, colors, footprints.

What circuit will we do?

The example circuit is based on the peepsy, by Michael Egger (a.n.y.m.a.) and it has even a practical function as a continuity tester, the most useful tool to test if a connection is present, in a cable or on a circuit. It's the "peep" that is one of the functions of all multimeters, and usually the one we use the most! The circuit is very simple, 1 capacitor, 2 resistors, 1 LED, a buzzer to make the "beep", a coin battery holder and an µ-controller (the Attiny85). Due to the special software on the attiny, it will "sleep" all the time, and only use a little electricity when testing, so the battery last almost forever!

How was it?

GAPS-photoCollage.jpg

Workshop at GOSH2017, Santiago de Chile

See discussion on GOSH Forum.

diy-CAD Description

We have been developing and testing the new workshop for GOSH2017, called diy-CAD (do-it-yourself Children Aided Design), specifically for the Gär Lämpli project (fermentation lamp). The core idea of the workshop-kit is tool for creative designs of printed circuit boards, introducing basic concepts of Open Hardware being something to re-design for your own use. Going from an open/shared schematic and bill of materials to a manufacturable board, using SMD (surface mount devices) components. The design tool is mostly pen and paper, where the footprint of the parts are scaled 400% and can be freely rearranged, and then a copper layer can be painted to draw the functional board design by hand. This was the first time the kit was tested and i am very thankful for feedback if this is useful at all, or other uses of it.

說明: DIY 兒童輔助設計電路(DIY-CAD,do-it-yourself Children Aided Design) 是馬克(Marc Dusseiller Dusjagr)為發酵小燈Gär Lämpli 專案設計,也為了2017年的"開放科學硬體大會"The Gathering for Open Science Hardware (GOSH)發展與測試的DIY兒童輔助設計工具。主要核心概念以創意設計的列印電路紙板為工具,藉此讓大家認識開放硬體的基本概念,即利用已經開放的事物依自己所需重新設計,從開放/分享的工程圖與一堆材料中,SMD的電子元件,完成可製造的電路板設計。 主要的工具是紙跟筆,工具中的電子材料紙元件都已經被放大400%,元件相連接的電路可以用手自由地創造塗繪,這套工具還在測試當中,如果有人使用或是受益,馬克將會非常感謝您的回饋。

Prepare 400% scaled, printed, laminated and cut-out smd parts.

放大400% 的smd元件,列印,護貝,剪下,備用


Download the files from the github. 下載可列印smd元件圖案 github.

Information about these parts

coming soon...

Experience from the first workshop at Dimension Plus LAB, TW

首次工作坊實驗測試於台灣LAB By Dimension Plus!

Discuss the difference between the "schematic" representation and "physical" implementation

討論示意圖中符號的代表意義與實體物件的整合

Start layouting and drafting the correct connections with pencil

開始用鉛筆畫出正確的連接配置與草稿

we should add some sticky tape to fix them...
建議在smd紙元件的背後加上膠帶或黏土方便固定...

Overlay with a transparency sheet and draw the circuit traces and pads

放上透明膠片,描繪鉛筆的電路與元件連接點

Make sure you take some photo of your layout to refer to the part's position later.
記得幫你排好的元件位置拍照,以免元件不小心挪動位置。

Scan (or photo), scale it back down, print and etch the boards

掃描或拍照,縮小,列印,蝕刻電路板

Take a decent photo, check for reflections from lamps and stuff. Edit the photo in GIMP, to select all surrounding areas and invert the selection. Fill with FG (black), copy, create from clipboard -> new file. import in Inkscape, rescale to original size (some markings on the drawing would be great). Last edits can also be done in inkscape, like adding logos, version numbers, open source coconuts or defined drill holes, cut-layer etc...
如果使用拍照,注意膠片上的反光等,在GIMP影像處理軟體中,全選>反轉選取,填入黑色前景,複製。然後在Inkscape程式,新增一個檔案,從剪貼簿中貼過來之前複製的圖,改變尺寸至原來尺寸,在Inkscape做最後微調,例如增加logo,版本,開源椰子計畫或預計開孔位置,電路層等。

Etch the boards or send it for manufacturing

蝕刻電路板或送至工廠製作

Panel, Print and etch, or use pdf2gerber to send it for manufacturing. A version was imported to kiCAD and Gerber files produced. You can find it on kitnic.
板子,列印與蝕刻或使用pdf2gerber轉檔,送至工廠製作。 新版可輸入至kiCAD,製作出Gerber檔案,你可在此找到。 kitnic.

Workshop at GOSH2017, Santiago de Chile

See discussion on GOSH Forum.

Workshop at Take-Space, Fablab Hamamatsu, Japan

Designing and making the boards

Impressions from the diy-CAD creative PCB design workshop in Take-Space / Fabalab Hamamatsu

Preparing the files for Manufacturing

Unagi GärLämpli on Kitnic.jpg

Selected Take's Unagi Version of the GärLämpli (and thx to Nozomi for nice calligraphy!!) and prepared the file in Inkscape to get extra features and make Shenzhen Ready for manufacturing. See a how to here.

Uploaded the Gerber file and bom to another Github and shared in Kitnic.it

Making a Kit

See more about the Gär Lämpli and the Unagi.

IMG 20170408 142207.jpg

... and even a nice little box.

IMG 20170410 200334.jpgIMG 20170409 204334.jpg

Reflections

I hope more people are picking up the diy-CAD design tool, or also just the kits we developed using it. I think it can have it's special role in education (not as a starting point), fun for geeks/adults, aswell as complete newbies to open hardware & pcb design. The full process gives them an amazing experience from drawing and having first time a pcb made in their hands in one (long) day.

This educational workshop project, specifically with attiny85 audio prog bootloader, is maybe not the most suitable, if its just about creative pcb making, other sound toys, synths and blinke-shit might do the trick. But then on the other side, the audio programmable attiny, also called CocoNEO, is a very powerful low-cost µ-controller science/toy with much broader possible applications, similar to other data-loggers available by publiclab and many others.

Preparatory Activities

Visit to Widya Teknologi Hayati, 2022

Before after.jpg

Coconut Research at Pantai Nanddong, 2022

Geeking with openSCAD, Coconuts and IoT environmental sensors at the beach...

CoconutResearch nanngdong beach.jpg

Bonbontronix - Introduction DIY electronics workshops

Overview docu ebow.jpg

Experiments with Circular Chromatograms

YogyaChroma firstTests.jpg

Experiments with Bacterial Nano-Cellulose, formerly known as Nata de Coco

Dusjagrs frist harvest smile.jpg

Nata_de_Coco#New_Experiments_in_Lifepatch_2022

Presentation on local PCB making and other Coconut related activities in Yogyakarta - DIWO week - Dresden

Lecture with students of microbiology @ UGM

See more info about the lecture on the hackteria website.

Workshop Mikrokontroler Dasar @ lifepatch

Workshop Mikrokontroler Dasar19.jpeg

https://lifepatch.id/Workshop_Mikrokontroler_Dasar

Pura Pura Residency

Purapura residency bag.jpg

Sessions: openSCAD and 3d printing

OpenSCAD sessions.jpg

https://github.com/dusjagr/Ceker-HexDriver

https://github.com/dusjagr/becek-FishFeeder

Sessions: Reflow soldering SCD41 CO2 sensors

We finally got our hands on those new CO2 sensors SCD41, sponsored by Sensirion! Learning how to reflow solder them onto our beautiful little PCB. See more on CO2 Soil Respiration Chamber

Reflow soldering CO2-sensors.jpg

Sering Sering - Pakde Marcjona dan teman teman orang Cjaina @ gudskul, Jakarta

Seringsering gudskul.jpg

GAPS (GaPiSen) | gambar pisibi-mu sendiri - Creative PCB-design Workshop with Diy-CAD

Thursday, 30. June, starting at 17:30.

@ Rumah lifepatch, Yogyakarta

DSC04609.jpg

Re-thinking the diy-CAD methodology and applying it to the fork of the peepsy.

See more details about the workshop on the GAPS wiki-page on Diy-CAD.

DIY-CAD gambar pisibi-mu sendiri.jpg

Jurus Sulam Listrik workshop 2022

JurusSulamListrik WorkshopFlyer.jpg

Artist Talk: GG Babystepper

GG Henry guruCode.jpg

Original Application

See the original application here. During the planning phase April / May 2022, various things are due to change, developed and improved. Stay tuned...

Hackteria methodologies

Throughout the years the focus has shifted to more human interaction and physical formats of learning environments to share and experiment with DIY practices to allow anybody outside established research institutions to perform their own experiments in lifescience, environmental monitoring and artistic approaches involving biological mediums. We have always embraced a methodology of “radical transdisciplinarity” with the belief that the challenges of our times can only be tackled when all players of society globally are involved; crossing different cultural backgrounds, socio-economics situations and a large diversity of practices from art, hacking and engineering to cooking, anthropoloy and experimental electronic music.

See various articles that have been written about hackteria: Press Coverage

HackteriaLabs 2010-20xx

Hackteria has established a methodology of “temporary labs for collaborative production and transdisciplinary research”, which has been done several times over the last decade. Under the name “HackteriaLab” (Main_Page#HackteriaLabs) we have done such events in Switzerland 2010, 2011 & 2017, Bangalore 2013, Okinawa 2020 and also in Yogyakarta 2014, Indonesia. Especially the latter has been extremely fruitful in establishing long term collaborations, friendships and new projects that extended years beyond the events itself.

See the trailer and documentary film of HackteriaLab 2014 - Yogyakarta here: HLab14-Documentary

UROŠ - Ubiquitous Rural Open Science Hardware

In 2021 Hackteria has initiated a project “UROŠ - Ubiquitous Rural Open Science Hardware” with support from Slovenia and the European Union, with the goal to research the more “real world” application of various open science hardware projects in a rural setting and agricultural applications. The projects involved remote researchers in Argentina and Yogyakarta, aswell as a 3 weeks temporary autonomous lab (can also be described as a group residency / hackathon) in Maribor, Slovenia. We hope to continue and culminate this event series with a larger regional gathering in Yogyakarta and the support of the GOSH funding round 1.

https://www.hackteria.org/wiki/UROS

What is the event about, and what do you want to achieve with it?

Hackteria has been focussing in the process of long term collaboration by initiating many regional activities especially Indonesia. The connection between Hackteria with Indonesia has started since 2009, from small scale activities such as workshops, talks, lectures, labs, residencies and even a festival - scale event called HackteriaLab 2014 - Yogyakarta. This strong relationship is a fruit of a consistency in reaching out, developing ideas, making things, experimenting and/or even hanging out to talk about cultural differences.

In short:

“A regional event series combining a longer on-site residency, multi-geographical work connection local outreach tour, as-well as a research & production lab and a gathering of interesting players from the region of South East Asia.”

Residencies:

We will be happy to host and finance one person for a longer durational residency to work in the local context of Yogyakarta, aswell as exploring other regions of Indonesia together. The focus of the applicatants should cover the main topics of “rural open science hardware” in the newly eyplored regional context. The residency will be choosen through a call, by the organising team, and selected according the GOSH values and experiences to create valuable research.

(The second residency is Marc Dusseiller, mostly in the role of co-ordination and organzing the event series. His travel costs are covered privately.)

ROŠA workshop and outreach tour:

The local team and residence researchers will be invited for a tour through Java and Makkassar, Sulawesi to visit selected communities and learn and share experiences in open science hardware in the local context through workshops, expeditions and talks.

ROŠA temporary lab:

For 10 days we’ll inhabint a public venue in Yogyakarta to set up a temporary lab for developing and experimenting with our hardware projects, host local visitors and public events, promoting the collaborative and open source spirit of our activities. A small group of participants will be invitied to the ROŠA temporary lab. we are aiming at a focused group of 10-15 active participants, if travel restrictions are allowing it, 50% from South East Asia and the others from different local communities. More international guests are welcomed (2-3 persons), but will need to support their own travel and covid-19 related quarantine costs.

ROŠA gathering:

During a 3 days gathering we will share our practices to a wider audience of local researchers, students, activists and creatives. Various methodologies will be implemented, such as site-visits, working groups, skill-share sessions and talks.

Embedded ethnographic research:

We have collaborators locally who have an interest to study our transdisciplinary laboratory as an ethnographic - cultural anthropological field or how to establish quality observation and understanding of collective and interdisciplinary work in innovation laboratories. In short, how to observe, participate, learn and innovate collective work methods and how to use different methods of thinking (scientific, artistic, economic, everyday) and how to build (different examples from the world) bridges between science, art and industry.