Tag Archives: Education

Arduino is ready for Maker Faire Bay Area, and you?

via Arduino Blog

ArduinoRobot

The world’s most diverse showcase of creativity and innovation in technology, craft and science is starting tomorrow in San Mateo, California and the Arduino team will be there with more than a couple of new things to present.

First of all, finally and officially the Arduino Robot will be alive and running around the Arduino tent to bring you into the world of robotics. Designed with Complubot, the 4-time world champions in Robocup Junior robotics soccer, the robot allows for endless hours of experimentation and play. It is a self-contained platform allowing you to build interactive machines to explore the world. As all the other Arduino products you can use it as it is, modify its software and even add your own hardware on top of it: it is perfect for the novice but also for those looking for their next challenge.

As you may have read in the article published on MAKE some days ago, The Arduino Robot is the result of the collective effort from an international team looking at how science can be made fun to learn and we loved to share its story. Connected with this aim, David Cuartellies – head of Arduino Verkstad, the Arduino office in Malmö (Sweden) – during Maker Faire Bay Area will present the Castilla Education Project  aiming at evaluating the use of Arduino and other open source tools in the schools of Spain. He’ll especially focus on the way content was created and validated in an experiment involving 24 schools, 30 teachers, over 500 kids, and a 6-members design team.

On the topic of education also Michael Shiloh — Coordinator of Education materials for Arduino, will be on the Education stage on Sunday  at 4.30pm for a Q&A on how to use Arduino boards and how to prepare material for teaching.

 

Arduino tft - Esplora compatible

Then we’re happy to announce that Arduino is releasing the new version of the Arduino IDE and the new TFT screen. TCT LCD library relies on the Adafruit GFX and ST7735 libraries.   The Arduino specific library, named TFT, extends the Adafruit libraries to support more Processing-like methods. You can write text, draw shapes, and show bitmap images on the screen in a way that should be familiar to users of Processing.

If you want to hear all these news from the voice of Massimo Banzi, don’t miss the center stage of Maker Faire Bay Area, saturday 18th of May from 1.30 and come to visit us at the Arduino tent (see map below for directions).

MakerfaireMap

 

 

 

La tappa di Napoli dell’Arduino Tour: sperimentazioni su musica e internet delle cose

via Arduino Blog

Arduino Tour Napoli

Nel  weekend all’inizio di maggio  l’Arduino Tour ha fatto tappa a Napoli per una presentazione e un workshop di due giorni in cui i partecipanti hanno sperimentato principalmente su due fronti.

Nel primo, sfruttando della vernice conduttiva BareConductive, è stato creato un disegno su una tovaglia: uno pseudo logo di Riot, lo spazio che ospitava l’evento. Dopodichè questo circuito pitturato è stato collegato ad Arduino UNO, connesso a sua volta ad un pc su cui giravano il software di bridge Serial-Midi (già visto a Verona) e Ableton. In questo scenario, usando il disegno e il proprio corpo (e pure l’altrui!) come un unico circuito, è stato possibile generare una grande varietà di suoni.

A completare il tutto, un vecchio Stylophone hackerato a fare da sottofondo! Qui qualcuno si è dedicato alla progettazione e realizzazione della pittura, altri all’interfacciamento Arduino-Midi, altri alla musica, altri allo Stylophone.

sylophone

Il secondo fronte era dedicato al monitoraggio di consumi e all’Internet delle Cose. E’ stata realizzata una postazione per il monitoraggio di consumi, temperatura e luminosità e invio degli stessi a Emoncms (progetto OpenEnergyMonitor). In questo gruppo l’intenzione era di realizzare sensori di consumo a partire da materiale di recupero, anche se poi si è utilizzata una pinza amperometrica. Un altro gruppo ha invece utilizzato una nota centralina di monitoraggio wireless di consumi (CC-128), che debitamente hackerata è stata interfacciata ad Arduino. Anche in questo caso i dati recuperati venivano inviati a Emoncms Qui qualcuno si è dedicato al CC-128, altri alla configurazione standard, altri alla dashboard su Emoncms.

Iot

Qui sotto potete vedere alcune foto dal nostro profilo di Flickr e nel caso vi venga voglia di partecipare al prossimo workshop, prenotatevi per la tappa di Alessandria il prossimo 1 e 2 giugno!

Turning drawings into a music game

via Arduino Blog

musicink

Gilda Negrini and Riccardo Vendramin, two young product designers from Italy, wrote us to share their last work, designed during a course called Autoproduzioni at Politecnico of  Milano. It’s called MusicInk, it runs on an Arduino Duemilanove board, and  gives an alternative method to teach music to children. That’s how they describe it:

MusicInk makes drawings turning into real music, this magical process is due to a mashup of various eterogenous technologies: Conductive Ink  by Bare Conductive, MPR121 controller, Arduino (Duemilanove board), LiPo shield (removed on a second time), Bluetooth shield by Seedstudio, Android platform, Pure Data for Android (libido), Pure Data patch.
Our project was developed with the help of our friend Manh Luong Bui and has been a very hard work.
We started our project studying the possibilities to create new and cheap musical instruments, then we discovered studies about conductive ink and we decided to create something different with these two technologies.

Here you can see their experience in testing MusicInk in a kindergarten in Milano with children between 4 and 5 years old:

 

 

Equipping teens with hands-on approach to robots

via Arduino Blog

frank magazu

 

Hello, I am Frank Magazu. I am 16 years old and go to school in Pasco, Florida. I make robots with the Arduino and got interviewed by my school district. Here is a video of me. Thanks for helping me become proficient at robotics as well as electronics and programing in general.

Thank you Frank! You made our day with your email. Keep up with the great work you and your professor are doing to inspire more people in getting involved in diy robots.

 

Talking about hacking secondary school education in Spain at Coderdojo conference

via Arduino Blog

Dojo Conference 2013

Coderdojo is a global collaboration providing free and open learning to young people, especially in programming technology. Last weekend David Cuartielles from the Arduino team went to Slane Castle in Ireland  to make a brief presentation to the CoderDojo conference about the Castilla project and how we are hacking Secondary School education in Spain.

Here’s the blurb:

During the Spring term 2013, Arduino Verkstad, is working in analyzing how to bring open hardware and software as a way to transform education at secondary schools in the region of Castilla La Mancha, Spain. This talk will describe the way content is being created and validated in an experiment involving 24 schools, 30 teachers, over 500 kids, and a 6-members design team. There are many similarities between the ecosystem at a classroom and the one to be found at a typical CoderDojo group. The author will draw parallels and explain how the content generated for the above mentioned experiment can be applied to mentor in learning about electronics in one-to-one educational scenarios.

Dojo  Conference Castle

The room was packed and they had quite some fun listening to the stories from Dojos all around the world where kids are learning about technology supported by mentors. Specially touching was the presentation about Black Girls Code who started just a year ago with a series of summer camp sessions for over 650 kids across the US. Check the video below to know more about it:

 

Arduino goes to Shenzhen: the Hollywood of hardware products

via Arduino Blog

Shenzen 4/2013

Last week-end we just had a good time at the Maker Faire of Shenzhen, hosted in the wonderful OCT District.

We were invited by Eric Pan from Seeedstudio (thanks Eric for the good time!). The Maker Faire has been a priceless experience to get in touch with the chinese maker community, as well as networking with different Chinese and Chinese-based maker companies creating interesting contents & products.

Shenzen Mini Makerfaire

We finally inaugurated our very first official Weibo account, and shared chinese materials about Arduino. You could come and play with the Esplora as well as code your very own interface, Thanks to our friend Federico Musto and Anna Kao for the help. and Maling and Terry who volunteered for us in the booth giving Arduino goodies and pins to a ton of interested chinese makers and curious. Zack Smith, working now in the HAXLR8R, joined us for some help to test his chinese language. There has been many speeches and presentations (as well as an Arduino workshop held by Guo Haoyun, the chinese translator of Getting Started With Arduino), and all of a sudden I understood I have to learn chinese (!).
Shenzen 4/2013

The guys of Haxlr8r showed us their cool creations: Haxlr8r is a startup incubator taking cool ideas and startups from around the world and helping them developing and fine tuning their own product (solve all the puzzles in developing a project, 3 to 6 month) for production here in China. They are based closed to the world famous SEG Electronics Market, widely portrayed from Bunnie Wang in this post and from Evil Mad Scientist here.

Shenzen 4/2013

On Sunday (totally drained out from the previous day) we teamed up with the Trasfabric “Hacked Better” workshop, we visited Chaihuo Makerspace in OCT where Tom Igoe, Zack Hoeken Smith, Gao Lei, Eric Pan (Seeedstudio) talked about maker movement and DIY culture in China, with Silvia Lindtner (ISTC & Fudan University) and Anna Greenspan (NYU Shanghai), organizers of the workshop.

I had the cool opportunity to sit back and listen to many interesting facts and odd metaphors, joining the informal panel. The main idea which came out is looking at the city of Shenzen like the place to be for producing (open) hardware right now, perfectly represented in a cool metaphor of Eric:

Shenzen is the Hollywood of hardware products, where big companies are just like the big Majors: that’s where independent, low-budget movies come out. (movies = products, boards).

Zack and Eric, as well as Tom, talked about the the value of Brand, both as Market Identity and Responsibility. Zack: It looks a bit like a recipe. Hambuger. Everybody makes an hamburger. You can go to McDonald / Burger King or in the finest place. You can make it yourself. What are you hungry for? Basically open sour(c)e hardware can get everybody be the very personal cook of themselves, or at least acknowledges, with different tools and know-hows, the audience (maker movement, kids, any of us).

What are you hungry for?

P.S. please keep an eye on the Transfabric blog to a more comprehensive and less informal sum-up of the workshop, I’m just the one who loves Cinema, Hamburger and Open Source Hardware.

Bringing computing to rural Cameroon

via Raspberry Pi

Liz: I was going to post this tomorrow, but it’s so good I just couldn’t wait. We’ve just had some mail from Geert Maertens, from Anzegem in Belgium. He’s been working with a small group of volunteers to raise money to bring computing to a school in a remote area of Cameroon. I’ll quote him in full: what he’s got to tell us is fascinating, and makes us feel very, very proud. Thank you Geert, Kristel, Griet and Hans - please keep us posted!

I am a volunteer in a group that provides the funding to build a secondary school (Saint Marcellin Comprehensive College, or SAMACCOL) in a small village in Cameroon. The village is called Binshua and is located close to Nkambe in the Northwest region of Cameroon. This is a relatively poor region of the country, with no reliable water and electricity supply. Also, at present, the nearest internet connection is found in a town called Kumbo which is a three hour drive from Binshua, not so much because of the distance but rather because of the quality of the road.

Ever since we learned about the Raspberry Pi, we were dreaming of a computer lab equipped with these little wonders. And so we pursued this dream. For the necessary funds, we found a generous partner in Rotary International. Thanks to the efforts of the Rotarians in Waregem, Kortrijk and Kumbo and of the Rotary International Foundation, we have the money to provide the essential infrastructure for the school.

And so last month, we travelled with a group of four Pi enthusiasts (Kristel, Griet, Hans and myself) to Cameroon with 30 Pis in our suitcases. Also, we bought HDMI to VGA convertors here in Belgium because we knew it might be hard to find HDMI screens over there. Furthermore, the network equipment (router, switches, hard drive) and a small load of books all came along from Europe. The screens, keyboards and mice were bought in a local computer shop in Bamenda, Cameroon. Currently, it is not possible to connect the school to the public power network, so the class needs to be powered by a small generator of Chinese manufacture.

In the lab, we installed 25 Raspberry Pis. The remaining 5 RPis are currently unused. They certainly play a role in our plans for the future, but currently serve only as spare parts. All of the systems run on the Raspbian image from December, with LibreOffice and CUPS installed. The Pis are currently used to teach the children the basics of working with an Office suite. But we made sure that we gave the teacher a little introduction (and a good book) on programming in Scratch. So, now we are hoping that this will get Scratch introduced in the school curriculum as well.

The computers are all connected in a network. The central point of the network is a router that’s ready to be connected to a WAN modem. We hope to be able to provide a connection to the internet in the near future, which would certainly bring a small revolution into this rural area. Even without an internet connection, we believe that we created an advanced computer lab in this underdeveloped area. Giving the children in the area a chance to work their way to a better future. And that is our motivation.

Geert Maertens

Vi aspettiamo all’Arduino Day a Roma

via Arduino Blog

arduino day 2013

Sabato 6 aprile 2013 si tiene a Roma, l’Arduino Day – Think Make Share. Si tratta di una giornata interamente dedicata ad Arduino e alla prototipazione elettronica organizzata da DiScienza, un’associazione che dal 2009 si impegna nella divulgazione scientifica concentrando gran parte del suo lavoro sulla didattica della robotica.

Gli obiettivi principali della giornata sono di avvicinare un ampio pubblico alla prototipazione e all’open hardware basato su Arduino e quello di diventare una piattaforma di approfondimento e confronto per tutti quelli che già lo utilizzano.
Durante la giornata saremo presenti con uno stand ufficiale Arduino, lo store e con diversi laboratori organizzati da Officine Arduino,  base e avanzati, accessibili sia da chi è la prima volta che si avvicina a questo mondo, sia per chi già ne conosce le sue sfaccettature. Ecco alcuni esempi in programma:

Arduino 101
dalle ore 15:00 alle ore 18:00
Portate il vostro notebook!
da 14 a 99 anni
Partenza sprint con Arduino e TinkerKit. Un laboratorio per costruire oggetti interattivi plug and play!

Esplora + Processing
dalle ore 11:00 alle ore 13:00
Portate il vostro notebook!
da 16 a 99 anni
Programmazione di Processing con Arduino come controller. Grazie a Processing e ad Esplora tornerà in vita uno storico arcade!

Il mio primo sketch
dalle ore 11:30 alle ore 13:30
Portate il vostro notebook!
Partiamo dalle basi con Arduino. Colleghiamo tutto e diamo luce ai nostri led. Gli amici dell’Arduino User Group Roma ci aiuteranno a muovere i primi passi con Arduino.

°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°

E per chi si sta preparando alla Maker Faire Rome e ha voglia di essere coinvolto/a sin da ora, vi consigliamo di seguire questa presentazione:

La Maker Faire Rome
ore 18:00
1001 modi per farla insieme a noi! Roma ospiterà in ottobre un grande evento dedicato ai Makers. Conoscerete tutti i dettagli per partecipare come Makers ed essere coinvolti nel “Making of”!

Scoprite le altre attività e prenotate il vostro workshop consultando il sito dell’evento!

 

Meowser: a laptop and Arduino for a led mineral cabinet

via Arduino Blog

meowser

MEOWSER is a (M)ineral (E)lement Br(owser): a wooden display cabinet containing rocks and mineral samples with LED lighting controlled from a laptop computer.  The laptop can display either the periodic table or a layout of the cabinets.  When the user mouses over elements or minerals the appropriate lights in the wooden cabinet light up.  An Arduino microcontroller serves as the computer – LED interface.

Here’s the video explaining how it works:

 

Kids and parents discovering the wonders of 3d printing

via Arduino Blog

tinkercad codemotion

Last weekend Arduino and Officine Arduino participated to  the third edition of Codemotion Rome, the international event focused on the art of programming.

During the three-day event we organized presentations and lab sessions: Federico Vanzati gave a great talk on the Internet of Things world and the new Arduino Gsm Shield, plus a live coding session on how to use it; then Davide Gomba introduced Processing using the Arduino Esplora as a controller to code and play Pong videogame.

arduino gsm shield presentation

In this creative context the activity that left us with more intense memories has been the 3d printing workshop involving kids an parents into experimenting for the first time the excitement of transforming bits into atoms.

As you can see from the pictures below, kids (with the help of their geek parents) after understanding the basics of the cloud-based 3d app Tinkercad, started creating their virtual objects. Later on the Kentsrappers  team and mister Slic3r with their own 3d printers showed them how, layer by layer, any 3d file could be materialized into an object.

It’s a pity that a couple of days ago Tinkercad announced the closure of the platform, but we hope their new project is going to be as cool as this in involving newbies into the 3dprinting revolution!

Tinkering and coding with teens for a future of digital making

via Arduino Blog

one day digital Pic by Alan Richardson Dundee, Pix-AR.co.uk

At the beginning of march Christopher Martin, researcher in applied computer,  wrote us an email to tell us that he got involved in an ambitious plan taking place:  100 school pupils, 5 different digital-maker themes in 1 day for 4 subsequent weeks across Scotland.

The event called “One Day Digital” started on the 2nd of March at the Dundee University, where he is based,  and is organized by Nesta, supported by the Nominet Trust, O2 Think Big and the Scottish Government which created it as part of a wider programme called “Digital Makers” . It is especially aimed at:

encourage and enable a generation of young people to create, rather than simply consume, technology. Working closely with a consortium of partners, we are launching a campaign to highlight the benefits of learning digital skills and encourage innovation in digital education to equip young people with the skills they need to thrive in the digital world.

one day digital Pic by Alan Richardson Dundee, Pix-AR.co.uk

Chris  was running the Arduino session supporting  12 students (age 13/14) on their first steps with C programming and some bread boarding with Arduino UNO.  He wrote on his blog:

After a fairly intense 2 hours or so lights had flashed, dials had been turned and various coding techniques learned. It was really interesting to see how quickly the loose association of school pupils came together as a team, eagerly helping each other when they could. After a well earned lunch we moved on to some more output modes and looked at writing functions to control an RGB LED and used a bunch of variable resistors to make a colour mixer. I think the highlight was the getting the speaker to play different tones, controlling the pitch with one variable resistor and the timing with the other. Quite eerily the air was full of monotonic blips and beeps like a room of R2D2s.

The format of the Arduino session worked like this: a morning of coding and breadboarding and then an afternoon busy on building some “physicalApp” to make something they care about. The term physicalApp is a cool concept coined by Jon Rogers  and pulls together a multitude of physical computing project hackery.
one day digital - Pic Alan Richardson Dundee, Pix-AR.co.uk.
One of the neat app ideas that came up was a drawing machine based on what a knitting needle is doing: the prototype is just using random servo position (rather than accelerometer data) and you need to feed paper under it by hand.
one day digital Pic by Alan Richardson Dundee, Pix-AR.co.uk

It’s great to see teens getting involved and inspired by tinkering and coding. If you are interested in attending one of their two upcoming events (23rd and 30th of March) click here,  or keep receiving info about ongoing activities  from Facebook.

 

one day digital

 

Computer Science added to EBacc

via Raspberry Pi

If you’re at BETT this week, come over to Stand B240 to meet one of the Robs, Clive and a bunch of impaled Jelly Babies.

The Department for Education (DfE) has just announced that Computer Science is to be added to the new English Baccalaureate or EBacc. The EBacc is a series of new qualifications to replace the GCSEs that English kids take at 16, designed to be more rigorous than the existing standards.

This is an enormous curricular change for England, which has traditionally recognised only Physics, Biology and Chemistry as core science subjects. Computer Science is now on a level footing with those subjects, carrying the same weight and prestige, and having an equal impact on choices pupils can make later about A Levels and University courses. This is wonderful news.

Michael Gove, the Education Secretary, said today:

It is great news that Google is helping the brilliant Raspberry Pi project. We are replacing the old-fashioned ICT curriculum with a Computer Science curriculum. This will combine with the Raspberry Pi project to spread teaching of computer coding which is so educationally and economically vital.

The new Computer Science curriculum replaces the old ICT curriculum, discontinued last year. The old ICT courses did not prepare students for studying Computer Science at university (or for much else); we’re delighted to see their replacement being treated as a proper, exacting academic subject. There’s a statement from the DfE that you can read in full over at their website; it’s worth a look.

What specifics would you like to see included in a new CompSci curriculum?

15,000 Raspberry Pis for UK schools – thanks Google!

via Raspberry Pi

Today’s been a bit unlike most Tuesdays at the Raspberry Pi Foundation. Today we’re the recipients of a very generous grant from Google Giving, which will provide 15,000 Raspberry Pi Model Bs for schoolkids around the UK. Google’s Executive Chairman, Eric Schmidt, has just been to visit Cambridge, and he and Eben have been teaching a classroom of local kids to code all morning. Lucky kids.

(Usually on Tuesday mornings we eat biscuits and do engineering. This is a bit of a change of pace.)

We’re going to be working with Google and six UK educational partners to find the kids who we think will benefit from having their very own Raspberry Pi. CoderDojo, Code Club, Computing at Schools, Generating Genius, Teach First and OCR will each be helping us identify those kids, and will also be helping us work with them. You’ll already have seen the Raspberry Pi teaching materials from Computing at Schools; OCR will also be creating 15,000 free teaching and learning packs to go with the Raspberry Pis.

We’re absolutely made up over the news; this is a brilliant way for us to find kids all over the country whose aptitude for computing can now be explored properly. We believe that access to tools is a fundamental necessity in finding out who you are and what you’re good at. We want those tools to be within everybody’s grasp, right from the start.

The really good sign is that industry has a visible commitment now to trying to solve the problem of CS education in the UK. Grants like this show us that companies like Google aren’t prepared to wait for government or someone else to fix the problems we’re all discussing, but want to help tackle them themselves. We’re incredibly grateful for their help in something that we, like them, think is of vital importance. We think they deserve an enormous amount of credit for helping some of our future engineers and scientists find a way to a career they’re going to love.

Learning Game Programming with Esplora at the Iron Yard

via Arduino Blog

Anne Mahaffey is an engineer with Analog Devices and was one of the beta testers for the Arduino Due. Anne’s been an ardent advocate for Arduino at Analog, and recently contacted us about a workshop she was planning with the Iron Yard, an accelerator in her hometown of Greenville, South Carolina. The workshop was to introduce kids to programming in Scratch, and to let them build their own game controller with Arduino. She had plans to do it the way many Arduino workshops go: introduce the kids to a little electronics, then a little code, then get them building. She happened to reach us about the time we were putting the finishing touches on the new Esplora, and since we had a good reationship with her as a beta tester, we suggested that she try the Esplora instead. We had a good feeling about it, but no one had used it for a class yet. But Anne’s game for anything, so she said yes.

Anne Mahaffey teaching with the Esplora

Anne Mahaffey teaching with the Esplora. Photo: Chris Brank

 

When she got the boards in hand, she was a bit skeptical:

“I won’t lie. The Esplora was not at all what I had in mind… what about the breadboard? The wires? The hookup diagrams? Isn’t that the fun part? Is it possible likely certain that my perceptions/opinions are being colored by my extremely specialized professional experience as an Analog/RF-centric Electrical Engineer?”

But she gave it a try. The results were promising:

“My first class was last night. I had 17 kids, mostly aged 10-12, if I had to guess. Each child (or sometimes, pair of siblings) had a parent. I had 5 or so volunteers, as I anticipated the first class would be the most challenging.

“It only took about 10 minutes to hand out Esploras, connect them, select correct board and port, and upload EsploraBlink. We had two Windows machines that we had to work with b/c they had many COM ports, so we needed to investigate which COM port was associated with the Esplora.”"

“In an hour and a half, I was able to send everyone home with a known working Esplora, which had run EsploraBlink, EsploraAccelerometer, and EsploraMusic; knowledge of how to select board, port, open example, upload to board, and open serial port; my e-mail, and a link to my tumblr… with the ability to ask me questions via both…

“Everyone, including parents were very engaged. They were very attentive, and I think everyone had a really good time!”

The Iron Yard Arduino Class. Photo: Chris Brank

We’re excited about this because it bears out what we’d hoped would happen with the Esplora: sometimes you want to learn about microcontrollers only a little bit, without a lot of time spent on the electronics. After her second class, Anne notes:

“It’s interesting now, to look at the differences in the approach that I’m able to take with the Esplora, vs. the approach I would have to take with [other boards and an electronics kit]… when working with breadboards, wires, etc, what’s you’re teaching is the hookup, and then you’re just loading an example, and hitting upload.  [you don't] really go into much detail on the program, and how it works.

Alternatively, I’m teaching the Esplora class with minimal focus on the “electronics,” and am able to focus on the programming.  I think this is going to work out well in the end… when we move on from the Esplora, the kids will have a much stronger understanding of all the programming aspects, and can focus on the electronics.”

We’re thankful that Anne was willing to take a risk with a brand new product, and we’re eager to hear more about her classes as they go along. We’re hoping this opens the doors for teachers who want to get students thinking about the relationship between software, physical interface, and hardware without having to run an electronics class. Keep an eye on Anne’s blog posts on the Iron Yard blog for further updates.

Exceptionally Hard and Soft meeting at Berlin 28-30 December 2012 (Part2)

via Arduino Blog

Arduino at EHSM 2012

Arduino at EHSM 2012

We mentioned earlier about the very special geek way of entering new year 2013. So here is a first hand, un-altered account of Tricia Blickfeldt who participated in the Arduino workshop for kids held there. We now are richer by one more arduino user! Yay! :)

“Before I tell you about the conference, I have to say that I work in Special Education at an elementary school. I am surrounded by children all day every day. Many of them with disabilities. I am not an engineer. I am not a hacker. My gifts do not include technical things. I came to the conference as a friend of one of the presenters. Many of the presentations were foreign to me. I felt very welcomed though and learned a lot. The staff were all very helpful and kind.

I was excited and nervous to participate in the arduino workshop. My friend told me that the class was created for kids with no experience. This was comforting. Kid things are right up my alley. And I certainly had no experience. There had been some last minute changes in teachers for the class, but I was very impressed with the guys who presented the workshop. It was clear that they knew and were very experienced in what they were teaching. When we arrived and there were no kids and, much to my dismay, they changed up what/how they were going to teach. I was soon put at ease though as they began at the beginning and explained what arduino is, what it does, and why it is so amazing and useful. They adjusted to their audience without making it more complicated.

I got really anxious again as they started handing out several little parts for us to build on the arduino board. The directions however were clear and precise. Illustrations were shown and questions were welcomed and answered. I set up an LED light and programmed it to go! The programming was not difficult because we just had to look up the codes for the task we wanted and apply them to what built. To do this we had to name the light in the program so it knew where to apply the command.

Then we added a button and programmed that to make the light go when we pushed it! We had to make some modifications to the code to add the button. I was so excited. We had some time to add more lights and see what we could make them do. I lined them up and programmed them to flash in a row and then back! This was a little trickier to program because we had to name each light individually and tell it to go in sequence. Who knew that I was capable of that?

Finally, we added a knob to control the speed of the blinking. This was definitely the hardest for me to understand. We had to set a delay that corresponded to the position of the knob. I was so excited that I took pictures and videos to prove that I really did it and that it really worked!

I was very impressed at how professional the presentation was. It was given in a way that created meaning and understanding without being overwhelming. It allowed me to create things that I hadn’t ever imagined myself doing. I am motivated now to find a project to work on using what I learned in the arduino workshop.

The entire conference seemed to be a lot like the workshop. It was very pleasant and friendly to all who were there regardless of background or expertise. It was professional and the presenters were all very knowledgeable. I learned a lot and enjoyed my time at the conference.”

PS: Many many thanks Tomek and his friend, for filling in the last minute!