Tag Archives: Maker Faire

Snapshots from Maker Faire Rome 2014!

via Arduino Blog


Last weekend the second edition of Maker Faire Rome – The European Edition,  hosted 90,000 people (15,000 young boys and girls!) at the Auditorium Parco della Musica, discovering more than 600 maker projects, participated to workshops and attended the conferences and many light-talks.

Take a look at some snapshots on our Flickr account: we took them during the faire at the Arduino Booth and Store (also behind the scene),  the Arduino Activities and the presentations announcing  the State of Arduino and CasaJasmina – the open source connected home – curated by Bruce Sterling. During the long and intense weekend Arduino participated also to the press conference and vernissage of the exhibition 50 years of italian inventions, from Programma 101 to the first 3d printed car, a project by Make in Italy CDB foundation.


In the next weeks we are going to share some  videos of the presentations and the events of those amazing days! Thanks for participating to Maker Faire Rome! Stay tuned…

Do you have any picture to share about the event? Post the link in the comments!

Workshops, demos, presentations: everything Arduino at Maker Faire Rome

via Arduino Blog



From the 3rd to the 5th of October all the Arduino crew will be staying in Rome for the European Maker Faire hosting more than 500 makers from all over the world! You can come and visit us in one of the 3 main areas (Arduino  booth, Arduino Store, Arduino Activities) of the fair dedicated to Arduino:


Visit the Arduino booth and explore a showcase of projects and Arduino boards:

  • SPECIAL Installation – Arduino TRE Photobooth
    A 3D anaglyph photobooth uses two cameras to capture a 3D picture. Each picture is processed using the new Arduino TRE board. It separates the red channel from one camera and the cyan channel from the other, and overlays them together. The result is then printed out on a large photostrip.

  • Arduino Starter Kit – Demos

The Kit walks you through the basics of using the Arduino in a hands-on way. The kit includes a selection of the most common and useful electronic components with a book of 15 projects.

  • Arduino At Heart – Showcase

Learn more about the Arduino AtHeart program, designed for makers and companies wanting to make their products easily recognizable as based on the Arduino technology. Fea

Bhoreal – OpenTracker v2 Board – JubeBox with littleBits Arduino Module – Cromatica – Smart Citizen Kit – Apollo

  • Creative Technology in the Classroom (CTC)

Kit Demo for Teachers & Schools




The official Arduino Store will be open during the 3 days of the Maker Faire and is your chance to purchase boards, materials, kits, for all your tinkering skills.  Come check us out to discover more than 300 products.





Creative Technology in the Classroom
Activity: 4 Kit Demos for Teachers & Schools

  • Tickle Robot A regular ticklish robot in a rocking chair. Come to think of it, that doesn’t sound very regular at all. Tickle the robot on its heart and it will start wiggle like crazy.
  • Open Box An open source box that contains open source electronics. Oh, and it automatically opens when you knock on it.
  • Binary  LP This sort of works as an LP player. The difference is that instead of using a needle on a plastic disc, we use three IR sensors in a row to read a pattern from a paper disc. If you are both musically and digitally inclined, you will have lots of fun creating melodies with this.
  • Drawdio You might think that this pen is magic, and it might just be. Drawdio turns (almost) everything that is conductive into an instrument. You can either make music by drawing a picture or by touching the tip of it to different conductive things around you.


Arduino and Makers activities
Activity: Presentation for Teachers & Schools

Overview of workshops and activities for kid and teens at school


Arduino TRE and Web IDE
Activity: Board Demo

Come try out the new Arduino Software (IDE) we are designing for the Arduino TRE, give us your feedback to guide the development in the right direction!



Svante’s catapult and claw
Activity: Kid-friendly Workshop (over 6 year-old)
You can remote control our robot Svante: grab objects with a claw, or make him use the catapult to launch balls to specific targets.

Do you want to participate? Add your name to the schedule (on paper) in the Arduino Activity area and be there at your scheduled time.




Activity: Kid-friendly Workshop (over 7 year-old) – 4 slots

Make sound while you draw. Learn about conductivity and sound by drawing on a piece of paper.

Do you want to participate? Add your name to the schedule (on paper) in the Arduino Activity area and be there at your scheduled time.


Binary LP
Activity: Kid-friendly Workshop (over 7 year-old) – 4 slots

Draw your own binary patterns to play music in our nice Binary LP player. Learn about sound, melody, binary reading and sensors.

Do you want to participate? Add your name to the schedule (on paper) in the Arduino Activity area and be there at your scheduled time.


Conductive dough cakes and animals
Activity: Drop-in Workshop (20 min – over 6 year-old)

Make an animal, a cake with candles or an emitting light object with conductive dough and learn the basics on conductivity.


Lasercut Race
Activity: Workshop

Build something is usually pretty fun, but if we’re talking about lasercut race cars, it’s impossible to not enjoy it! what could be better? tune them after all and challange the other racer!

Do you want to participate? Add your name to the schedule (on paper) in the Arduino Activity area and be there at your scheduled time.


LED necklace
Activity: Drop-in Workshop (15 min)

Build a cool and simple necklace! Power an LED with a small battery and put it inside a designed paper box. You will be able to decorate it with hole patterns and hang it from your neck.


Arduino TRE and Web IDE
Activity: Board Demo

Come try out the new Arduino Software (IDE) we are designing for the Arduino TRE, give us your feedback to guide the development in the right direction!


Activity: Kid-friendly Workshop (over 6 year-old)

A workshop to learn by playing the basics of robotics. Using little motors, lasercut pieces and little plastic parts, kids will build their (first) small robot!

Do you want to participate? Add your name to the schedule (on paper) in the Arduino Activity area and be there at your scheduled time.




Svante’s catapult and claw
Activity: Robotics Demo

You can remote control our robot Svante: grab objects with a claw, or make him use the catapult to launch balls to specific targets.


Conductive dough cakes and animals
Activity: Drop-in Workshop (15 min – over 6 year-old)

Make an animal, a cake with candles or an emitting light object with conductive dough and learn the basics on conductivity.


LED necklace
Activity: Drop-in Workshop (15 min)

Build a cool and simple necklace! Power an LED with a small battery and put it inside a designed paper box. You will be able to decorate it with hole patterns and hang it from your neck.


Activity: Workshop

Jewels are not just for girls and electronics not just for boys. During this brief workshop you will learn how to solder and make your first electronic jewel. This workshop is perfect for mum/dad+son/daughter

Do you want to participate? Buy your E-Jewel kit in the Arduino Store (10 euro) before the workshop starts r name on the paper in the Arduino Activity  area and be there at the scheduled time.


Arduino TRE and Web IDE
Activity: Board Demo

Come try out the new Arduino Software (IDE) we are designing for the Arduino TRE, give us your feedback to guide the development in the right direction!

Apollo, the Everything Board

via Hackaday » » hardware

The best projects have a great story behind them, and the Apollo from Carbon Origins is no exception. A few years ago, the people at Carbon Origins were in school, working on a high power rocketry project.

Rocketry, of course, requires a ton of sensors in a very small and light package. The team built the precursor to Apollo, a board with a 9-axis IMU, GPS, temperature, pressure, humidity, light (UV and IR) sensors, WiFi, Bluetooth, SD card logging, a microphone, an OLED, and a trackball. This board understandably turned out to be really cool, and now it’s become the main focus of Carbon Origins.

There are more than a few ways to put together an ARM board with a bunch of sensors, and the Apollo is extremely well designed; all the LEDs are on PWM pins, as they should be, and there was a significant amount of time spent with thermal design. See that plated edge on the board? That’s for keeping the sensors cool.

The Apollo will eventually make its way to one of the crowdfunding sites, but we have no idea when that will happen. Carbon Origins is presenting at CES at the beginning of the year, so it’ll probably hit the Internet sometime around the beginning of next year. The retail price is expected to be somewhere around $200 – a little expensive, but not for what you’re getting.

Filed under: hardware, Microcontrollers

Bluetooth Thingies at Maker Faire

via Hackaday » » hardware

In case you haven’t noticed, one of the more popular themes for new dev boards is Bluetooth. Slap a Bluetooth 4.0 module on a board, and you really have something: just about every phone out there has it, and the Low Energy label is great for battery-powered Internets of Things.

Most of these boards fall a little short. It’s one thing to throw a Bluetooth module on a board, but building the software to interact with this board is another matter entirely. Revealing Hour Creations is bucking that trend with their Tah board. Basically, it’s your standard Arduino compatible board with a btle module. What they’ve done is add the software for iOS and Android that makes building stuff easy.

Putting Bluetooth on a single board is one thing, but how about putting Bluetooth on everything. SAM Labs showed off their system of things at Maker Faire with LEDs, buttons, fans, motors, sensors, and just about every electrical component you can imagine.

All of these little boards come with a Bluetooth module and a battery. The software for the system is a graphical interface that allows you to draw virtual wires between everything. Connect a button to a LED in the software, and the LED will light up when the button is pressed. Move your mouse around the computer, and the button will turn on a motor when it’s pressed.

There are a few APIs that also come packaged into the programming environment – at the booth, you could open a fridge (filled with cool drinks that didn’t cost five dollars, a surprise for the faire) and it would post a tweet.

Filed under: hardware

World Maker Faire and PyConUK

via Raspberry Pi

It’s been quiet around Pi Towers lately. Quiet and disquieting, rather like standing in your nan’s best front room when you were a kid and really needing a wee but were too afraid to break the silence. But we have good and exciting reasons for our quietude: we’ve all been busy preparing for two of our biggest events of the year. This weekend the education team is spreading it’s feelers of learning goodness around the world, from the Midlands to East Coast America.


Carrie Anne, Dave and Ben are at PyConUK while Rachel and I, along with James (our Director of Hardware), were beaten with a sock full of oranges until we sobbingly agreed to go to World Maker Faire New York.

The Maker Faire contingent will be joining our friends on the Pimoroni stand, demoing all sorts of goodies both new and old; selling shiny swag; giving out freebies; and talking and talking until we cough our larynxes into our fifteenth cup of Joe (as my American-English dictionary tells me I should call coffee if I want to be street).

2014-09-19 10.31.31

New swag bags! Grab ‘em while they’re hot

Our director of hardware engineering James Adams will be there – he’s giving a talk on What’s next at Raspberry Pi? on [Saturday at 2.30pm according to this / Sunday 2pm according to this] in the NYSCI Auditorium – and Rachel and I will be speaking about digital creativity (details TBA). If you are at Maker Faire do come and visit us. At Maker Faire Bay Area earlier this year it was great to see so many educators and I hope to speak to at least as many in New York. But whatever your interests in Raspberry Pi – from digital creativity to hardware to making stuff (of course!) – we would love to see you.

If you can’t make it to New York, here’s a Q&A Make’s Matt Richardson conducted with James:

Meanwhile in Coventry Carrie Anne, Ben, Dave and Alex are running Python workshops, giving talks about Raspberry Pi in education and chatting to teachers, educators and developers in the Python community.



Raspberry Pi team hard at work

Bus stop Pac Man

via Raspberry Pi

Last week saw Trondheim in Norway host a Maker Faire. Rather than go with the usual stale old poster advertisement, the folks at Norwegian CreationsHK-reklame and Trondheim Makers hacked a piece of civic infrastructure with a Pi, a modded MaKey MaKey and some aluminium strips, ending up with a bus stop you can play Pac Man on.

You can read all about the build – which involved hacking the power supply to the bus stop so it provided 230V of AC for the monitor – over at Norwegian Creations.

bus stop

We love Maker Faires, and we love the way that this sort of bus stop hacking project has become – well, if not exactly mainstream, something culturally recognisable. If you want to meet the team at a Maker Faire this month, Rachel Clive and James will be with the folks from Pimoroni, demonstrating what happens when art, education and science come together in the form of a tiny computer at the gargantuan World Maker Faire in New York on Sept 20-21.

(It’s the first World Maker Faire Eben and I have ever missed, but we have a great excuse; it clashes with the vacation we’ve been planning all year for our tenth wedding anniversary.) Say hi to the giant motorised cupcakes for us!

Raspberry Pi projects at the Maker Faire Bay Area

via Raspberry Pi

Recently a number of us were lucky enough to fly over to the Bay Area Maker Faire to represent Raspberry Pi at the event. For those who haven’t managed to make it to one before, these are festivals on a grand scale of all things craft, electronics, tech, and general making with the Bay Area Maker Faire being one of the largest. It had quadcopter fighting, a fire breathing metal octopus (yes, really), cupcake cars, robotics and cool projects from every corner of the maker community. Clive, Carrie Anne, myself, and the folks from Pimoroni spent a lot of time at the stand talking to Raspberry Pi fans one on one though in this post we’re highlighting some of the awesome Pi-based projects we managed to see on our visit. Our stand proved very popular not least because of the super fashionable Raspberry Pi branded tote bags and tradable resource cards we brought along to give out.

The calm before the storm

The calm before the storm

For a taste of what a Maker Faire is like, look no further than Carrie Anne’s montage for Geek Gurl Diaries:

One of my personal favourite projects was Mugbot, a social robotics creation from Seita Koike at Tokyo City University. It’s amazing how emotive this little fellow can be with just a few servos and some LEDs to express itself. It quite convincingly pulls off sad, happy, and angry among other emotions.

The translucent body represents imperfection as a humanoid

The translucent body represents imperfection as a humanoid

Another exciting project was the Argus geodesic 3D scanner by Shannon Hoover. This is a dome which features 35 Raspberry Pi, using a Raspberry Pi and a Pi camera on each hub along with a custom board for LED lighting. Argus is used to take a picture of someone from all angles which can then be stitched into a full 3D model. You can see it in action in Carrie Anne’s montage. Right now the metal bars need to be bent, though the project creator is looking at using custom hubs (either 3d printed or eventually injection moulded) so that standard low cost metal tubes can be used.

Argus Scanner

1 of 28 images taken simultaneously by Argus

Although Raspberry Pi was created with educational goals, it always pleases us to see it used as a prototyping platform or embedded in commercial products. One such project was Cultivar, which uses a Raspberry Pi, a high quality moisture sensor (capacitive as opposed to resistive), a USB WiFi dongle, a solenoid, and a whole bunch of neat software to enable your to observe and automate plant irrigation through a pretty web UI. The project aims to offer intelligent algorithms for water control to, for instance, give different amounts of water at different stages in the plant’s lifecycle while also taking environmental conditions into account.

Cultivar's spindly spider-like legs may be problematic for arachnophobes

Cultivar’s spindly spider-like legs may be problematic for arachnophobes

We were pleased to see such a large number of young makers at the event (in fact, there was a whole hall dedicated just to Young Makers and their projects). We met some inspiring young people there – I’m tempted to pick up electric guitar playing just so I can use QV’s modular guitar design. Julian, Zach, Will, Cameran, Arjun, Mark and Dylan from Pleasanton, California told me all about their ‘Robot Pi’ project which consists of a Raspberry Pi-powered robot, the maze they had constructed, and a Python-based web server which allows you to control the robot through the maze and view the maze from the perspective of the robot’s camera. In the picture below the robot is tethered to its remote, though this is just as the team found there was too much interference in this electrically noisy environment. The Robot Pi team are a bunch of friends who wanted to pursue electronics in their free time, and were able to put on their stand thanks to a successful crowdfunding effort.

RobotPi navigates its maze

RobotPi navigates its maze

Another young maker project we really enjoyed was the Cootie Catcher Choir by Zander Roe and Brian Roe pictured below. Carrie Anne interviewed Zander about his work, who explained to us how he uses an Adafruit 16-channel servo driver breakout board to drive the servos connected to gears at the back of the cootie catcher wall. It may not be clear from the pictures, but it works by pressing a button on the project’s web interface to cause one of the mouths to open and emit a note of a certain pitch.

Cootie Choir

Cootie Catcher Choir by Zander Roe

We were excited to see so many awesome projects using the Raspberry Pi in some way at the Maker Faire and really enjoyed speaking to all the makers about their work. I know there are many, many more we either didn’t see or didn’t manage to write about. If you know of any, please leave a note in the comments.

Transform your Pi

Transform your Raspberry Pi

‘Educating with Raspberry Pi’ at Maker Faire

via Raspberry Pi

You may have noticed on Twitter (or from their absence) that some of our team were away in San Francisco last week for Maker Faire. Clive, Carrie Anne and Alex Bradbury joined forces with Pimoroni and ran a stall promoting Raspberry Pi and its use in education.

Here’s a video MAKE put out, featuring Clive talking about some of our recent developments such as the free educational material for everyone to teachlearn and make with Raspberry Pi:

The team spoke to a lot of people at Maker Faire, gave talks, visited hackspaces and crammed a lot of outreach in to the trip – so once they’ve recovered we’ll be sharing their experiences and adventures in further blog posts.

I’ve just booked a trip to America myself – I’ll be doing a tour of the States this summer, from 4th – 21st August starting and ending in New York City. We’ll put out a post about this later, but I’ll be looking to visit as many hackspaces, schools and communities as possible while I’m out there – particularly areas the team hasn’t covered before (I quite fancy a taste of Albuquerque for some reason…) – so watch this space for the call for visit requests! Or whet my appetite in the comments below.

MakerBot Academy | Will You Make It to the White House

via MakerBot


MakerBot Academy and the White House have been encouraging innovation among American youths in an effort to create Makers out of the next generation, with a focus on STEM-based curriculums. MakerBot’s mission to put a MakerBot Desktop 3D Printer in every school in the U.S. is well aligned with the White House’s interests in seeing more designers, inventors, and artists emerge from our nation’s educational system.

The spirit of creativity was evident at the White House Maker Faire, an exhibition of remarkable stories of Makers like last year’s winner Joey Hudy, the 16-year old inventor whose homemade air-powered marshmallow launcher landed him an internship with Dell.

Click here to view the embedded video.

Submit You Own Invention
This year, the White House Maker Faire is back and looking for your contributions to the Maker movement. Fill out the official form, send pictures and videos of your projects to maker@ostp.gov, or use #IMadeThis on Twitter. From students, to entrepreneurs, to first time inventors, anyone can submit their creations or projects for consideration.

Need Some Inspiration?
MakerBot has been providing the tools to students and entrepreneurs to create amazing things. Life changing inventions like Robohand have opened up a world of affordable prosthetics that was previously unimaginable, while startups like Kisi have used 3D printing as tenet of their success.

Now you too can share the story of how you’ve been innovating with your MakerBot 3D Printer. Click here to submit your application to have your MakerBot 3D printed innovation showcased at the White House. Like Joey Hudy says, “don’t be bored, make something!”


Making is Best When it’s Done Together

via Arduino Blog


(originally posted on Makezine)


This month I’d like to talk about the idea of making together and what it means for Arduino. The whole idea of being a maker involves concepts of collaboration, community, and working with other people. It’s very hard to be a maker and be by yourself locked in a room or even in a lab. It’s really something that involves a lot of collaborations at different levels.

Many people today know what Arduino is, but very few know about two projects I did before Arduino. They were my first attempts to solve the problems my students had in prototyping with electronics. I consider them “creative failures.” As makers, we welcome failure as a way to understand how to do it better the next time.

Those initial projects I prototyped were not working so well because the technology was not really good but mostly because when I developed these things I did them by myself. I didn’t involve other people and I was very inefficient in trying to get them to work properly. They solved a number of problems my students had, but they didn’t really get a lot of momentum.

Ten years ago I started teaching at Interaction Design Institute in Ivrea (unfortunately it doesn’t exist anymore) where the Olivetti company used to be. In the picture below you can see their building and it’s not hard to notice it was created with a “design” approach. Olivetti was one of the first companies in the world to really apply design to everything: from their typewriters, to their buildings and to their posters, etc. Mr. Olivetti had that idea factories should have paintings on the walls because workers should be surrounded by beauty and knowledge. It was part of a bigger approach putting people at the center. It was in this context at the institute where we developed a number of projects before we came out with Arduino in the shape you know it now.


If you peel back the surface, underneath Arduino project you can find a lot of collaboration. On one side you can see a selection of pretty amazing open source software contributing to what Arduino has become. I’m talking about GCC, processing, wiring, AVR, and all the other contributions from the community. On the other side, I started to involve specific people.

I met David Cuartielles when he was researching in Ivrea and we started to talk about things we wanted to see in the platform to help our students getting started with electronics. Slowly we also got in touch with other people: Tom Igoe, a professor at ITP in New York with great experience; David Mellis, an amazing software developer who joined Ivrea from MIT; and Gianluca Martino, an electronics engineer who knows every company involved in electronics in the area. He’s now taking care of the manufacturing.

I gathered all these people one-by-one because we wanted to make an open project based on collaboration. All the founders brought their own experience into Arduino and later what became really important was the Arduino community. At the moment there is a community much larger than number of official Arduino boards we have sold. There are more than 180,000 people subscribed to the forum and more than 4 million monthly page views to the website with visitors spending about five minutes on each visit.

Arduino was born out of different contributions and it taught us to follow this path with most of our products. We started collaborating with other people and companies of the open source community, extending our role as makers into ideas and projects becoming products. Recently, we told you the story of the Arduino robot and an example of collaboration.

For example, some years ago, with Adafruit we developed the Arduino Micro packing all of the power of the Arduino Leonardo in a smaller board. We met with Limor and Phil sharing a lot of ideas and more projects are coming up in the next months.

At some point we also worked with Telefonica, a global mobile operator, to make the Arduino Gsm Shield. The technology of the shield is basic but we worked really hard to develop the API to use the module very easily. What’s important about these collaborations is not the technology but other things like lowering the barriers to access a sim card and allowing people to activate it very simply, just with a credit card. The value we created was about opening up a collaboration and making a big company like Telefonica aware of the impact of a product like this in the maker community.

A similar thing, but with a smaller company, happened for Arduino Yún. DogHunter, based in Taiwan, designed the board together with us. The factory we usually work with in Europe didn’t have the experience to work with wi-fi technology so we teamed up with a factory in Taiwan which had an experience with millions of access points. Arduino Yún became the first official board made in Asia.

In the first half of 2014 we are going to release the Arduino TRE. It’s a combination of a Beaglebone and an Arduino plus a number of things designed to make it very convenient for people to get started. We worked with Texas Instruments and especially Beagleboard, which shares with us a series of commitments to open source hardware and similar goals and ideas, like the desire for simplicity and ease of use.

Once again we realized how easier it is to find someone who can give you a cheaper piece of hardware, but in the long run, even if it’s harder to find someone who shares the same set of values, it’s well worth it.

We believe in the open source movement and everyone should be really aware that it can develop successfully if everyone takes from it, but especially if people and companies contribute back. That’s why it’s important to highlight who creates a positive loop and nurture knowledge sharing and collaboration.


Even if there is the perception the maker movement is much more U.S.-centric, with a lot of visibility for American makers, events, and companies, we believed that we could do something to improve the relations among the movement here in Europe and activate more positive loops.

We realized that one of the issues was about language. Many European makers are very active in their local community, but they don’t Speak English. That’s why we decided to invest time and resources to create an European Maker Faire in Rome, inviting people from all over the continent. It was not easy to organize it, but I can say that it was an incredible success with more than 35,000 participants. It proved that in Europe people want to get together, know each other and cross the boundaries of the over 27 countries with different languages.

Maker Faire is not an event that has to do strictly with people making hardware. For me it’s much more important because it opens up channels of communication between makers and the concept of making together. We are happy to show what makers can do and how they could collaborate toward a future of great open source projects and, later, bringing benefit to communities around the world.

Wooden tablet: Michael Castor’s PiPad

via Raspberry Pi

I’ve actually held this project in my very own sweaty little hands: Michael showed it to me at Maker Faire in NY last September. I’m glad he’s written the project up, because it’s a gorgeous build which really deserves sharing.


In his day job, Michael works for MAKE, and has a heavy workload around each big Maker Faire dealing with Maker Shed setup, making things run smoothly in the Shed, keeping on top of inventory (yes, they sell the Raspberry Pi), and organising a large team of people. He doesn’t usually get time to build his own project for the Faire because he’s so busy, but this year he decided to change that, and make his ultimate tablet. He gave himself two weeks, from conception to finished build.

Michael particularly wanted a device he could use on an aeroplane, and wanted it to look smooth and professional so it didn’t freak out the TSA or whoever ended up sitting next to him as he used it. (Some people are oddly sensitive about home-made electronics on aeroplanes.) He arrived at Maker Faire having used his PiPad on the aeroplane on the way over to watch movies.

 Michael’s aesthetic is minimal and classy: the finish and design of this project is one of the best hand-built efforts I’ve seen. He was lucky enough to find a large, smooth piece of carbon fibre, which he used to back the birch case he made, and so did Eben, who Michael asked to sign it. Eben was hesitant to spoil the gorgeous finish with his scrawl, but went ahead anyway – you can see his scribble in the pictures on Michael’s website.

If you’d like to make your own version of this build, Michael has made a parts list, instructions, shopping suggestions, CAD designs and lots and lots of photos available on his website, right down to pictures of the fiddly details like this scalpel-work on the ply, which he used to make room for the PiPad’s ports. It’s a great build, a great write-up and a really lovely device: thanks Michael!

Follow Maker Faire Rome conference live streaming

via Arduino Blog

Maker Faire Streaming

Starting  this morning at the “How to ReMake the World” opening conference,  Maker Faire Rome starts inspiring us with a series of talks you can watch from home following the streaming at this link. (Italian and english language available)

10:00 Morning Session
Stefano Venditti and Dale Dougherty – Welcome to Rome and to Maker Faire

Joey Hudy – Do not Be Bored

David Gauntlett – Making is Connecting

Mark Frauenfelder – Making Makers: News Tools and Technologies Driving a Movement

Leah Buechley – Art, Craft, and Technology: Five years of High-Low Tech

Josef Prusa – RepRap and its community

Enrico Dini – Think Big Print Big

Bruce Sterling – From da Vinci to Banzi

Alice Taylor – Taking 3D-Printed Consumer Goods to the Mainstream: Tales from the Frontline

Jennifer Turliuk – How to ReMake the World by Making with Kids

Stefan Hechenberger – Lasersaur – Your 3D printer needs a friend, a laser cutter

Peter Troxler – Fab Labs in Europe: Personal Fabrication vs. Social Experiment

Surprise chat con Massimo Banzi e Brian Krzanich ispirata da Dale Dougherty

Maurizio Capone – Performance

13:00 End of Morning Session

15:00 Afternoon Session

Jack Andraka – My 3 cents on pancreatic cancer

Nina Maria Tandon – Body 3.0

Marco Astorri – Bio plastica elettroconduttiva: dagli scarti agricoli ai devices elettronici del futuro

Nurit Bar-Shai – Socializing with Bacteria

Massimo Menichinelli – The emergence of Open Design

Giorgio Sancristoforo – Performance

Raffaello D’Andrea – Pure Engineering: Decoupling Technical Innovation from Utility

Filippo Sala – Ferrari solare

Luciano Belviso

Ionut Budisteanu – Using Artificial Intelligence to create a low cost self-driving car

Carlo De Micheli – Open Source Vehicle, what it takes to make it real

Tomas Diez – From Fab Labs to Fab Cities

Emiliano Cecchini – A Total Off Grid way of living in a Box

Sam Muirhead – Zero to Maker in One Year: A Year of living Open Source

Marco Zoppi – Performance


MinnowBoard Raises the Bar on Embedded Computing

via MAKE » Tag: open source hardware

minnowboardMinnowboard is a new Open Source microcontroller board that is going after the Raspberry Pi market not by emulating the popular RasPi, but by blowing it out of the water with a four-inch $200 mini PC running Ångström Linux on an Intel Atom CPU.

Read more on MAKE

LinuxCon keynote, Maker Faire NYC, Cambridge GCSE Computing news

via Raspberry Pi

You’ll notice I’m posting quite late today: it’s because I’m in the US for LinuxCon, so I’m out by a few time zones. (Thanks to Clive for looking after the blog yesterday.) Eben gave a keynote yesterday, immediately after Gabe Newell (who didn’t give any hints about Half Life 3 – sorry, Ryan). The talk should be put online shortly, and we’ll be here in New Orleans at LinuxCon for the rest of the week – if you see either of us, please come and say hi. You can read a bit more about what Eben had to say at LinuxCon’s conference blog.

Later this week, we’ll be heading up to New York City for World Maker Faire. We’ll be based at Pimoroni’s stand in the tent (where a limited number of $40 Raspberry Pi/8GB NOOBS SD card bundles will be for sale – they’re a great deal and we’ll sign them if you ask us to), we will have Pi goodies for sale and a few special items to give away, and Eben will be giving a talk on Saturday at 4pm. As usual, we’d love to see and chat with any of you who decide to attend: come and grab us if you see us.

Back in Blighty, Cambridge GCSE Computing Online, the MOOC (Massive Open Online Course) we are working on with OCR, the UK examination board, and Cambridge University Press, has just released its first newsletter. If you’re interested in how things are progressing, you should head straight over and have a look. We are intending on having between 30 and 40 of the teaching videos we’ve promised available by the end of the month, with more scheduled for December and April. We’re very excited to be able to share some of the educational materials we’ve been working on with you: we’re looking forward to hearing your feedback at the end of September.

I’m off to listen to a LinuxCon talk by Planetary Resources about deep-space data centres. More tomorrow!