Tag Archives: raspberrypi

Mesa-Video: 800×600 digital video for Arduinos over 2-wire serial Mesa-Bus

via Dangerous Prototypes

img_1174

kevinhub88 writes:

This post describes Mesa-Video, a low cost, low power, small size and fully Open Source Hardware and Software solution for providing 800×600 digital video for Arduino ( and other ) microcontrollers.  Mesa-Video makes it quick and easy to display text and 24bit color graphics from any MCU using a single UART serial port pin. Applications for Mesa-Video are embedded projects requiring video output and embedded developers wanting real time visibility into their system operation. Mesa-Video is the 1st of multiple Mesa-Modules planned.

More details at Black Mesa Labs site.

Teaching (Teaching with LilyPad, Raspberry Pi in education, MzTEK)

via OSHUG

The thirty-fourth OSHUG meeting will feature three talks that each explore approaches to teaching electronics and programming.

Teaching with the LilyPad Arduino

In this talk we will hear about experiences of teaching basic electronics and coding principles via wearable technology and e-textiles, using the LilyPad Arduino — a sewable microcontroller — in workshops with people of all ages at universities, schools at hackspaces.

Rain Ashford designs and constructs wearable technology, e-textiles and interactive artworks. A PhD candidate at Goldsmiths, where she is investigating the possibility that wearable technology can be used to augment new forms of non-verbal communication, particularly in the areas of body language and emotion, by the amplifying and visualising of physiological data. She has studied Fine Art, Multimedia, and Electronics Engineering, which has led to her work developing as a convergence of art, programming and electronics.

Raspberry Pi in education

Challenges, benefits and experiences with the Raspberry Pi as an educational tool.

Matt Venn has run hundreds of creative science workshops for thousands of children and adults around the world. For the last year, he has been working with teachers in preparation for the computer science curriculum changes; creating and leading courses, workshops and projects.

When he's not inventing new ways of getting people excited about science, Matthew plays music, invents puzzle boxes, practices martial arts and maintains bikes.

MzTEK: festivals, workshops and take away technologies

MzTEK is a non-profit organisation that aims to redress the imbalance of women artists working in the fields of new media, computer arts, electronics and technology. Based in London and supported by Hackney arts institution [ space ], and Centre for Creative Collaboration in Kings Cross, and hosting a range of workshops, talks and self-initiated tinker sessions.

In collaboration with partner organisations, MzTEK develop interesting, accessible and curiosity igniting workshops that can be delivered in short time frames and engage a wide audience with varying skills. Working with open source technologies and tools to help ensure that participants continue making and tinkering with the technologies they encounter long after workshops. Furthermore, doing this at festivals and events where the hope is to encounter a broad range of participants and unpredictable work environments! This talk will discuss some previous projects such as the Hacked Human Orchestra, a wearable electronics project devised in collaboration with Guerrilla Science, and suggest ways that thematic focus, together with a well balanced combination of skill acquisition, creativity and fun can enhance workshop delivery.

Shauna Concannon is an interdisciplinary researcher interested in communication spaces and constructive disagreement. She has been working with MzTEK for the past few years, developing and facilitating workshops in Processing, Arduino and wearable electronics. She is currently undertaking a PhD in Media and Arts Technology at Queen Mary University of London.

Note: Please aim to by 18:15 as the first talk will start at 18:30 prompt.

Sponsored by:

Open Source Hardware Camp 2012

via OSHUG

Open Source Hardware Camp 2012 will take place place in the north of England in the Pennine town of Hebden Bridge. Building on the success of last year's OSHCamp, it will be a weekend long event with ten talks on the Saturday and four parallel workshops on the Sunday.

Hebden Bridge is approximately 1 hour by rail from Leeds and Manchester. Budget accommodation is available at the Hebden Bridge Hostel which adjoins the venue, with private rooms available and discounts for group bookings. Details of other local accommodation can be found at www.hebdenbridge.co.uk.

There will be a social event on the Saturday evening from 8PM, and those interested in pre-event drinks on the Friday should join the discussion list.

Practical Experiences with the Google Android Accessory Development Kit (ADK)

The ADK is an exciting development platform that makes it possible to easily combine Android applications with custom hardware built around Arduino. Such combinations have the best of both worlds by enabling the creation of a mobile phone application with access to peripheral devices that is only limited by your imagination.

This talk will cover two projects that extend what the phone can do by integrating both input and output devices. And will cover some of the dos and don'ts of using the ADK and associated IDEs. If time permits there will also be a demonstration with a quick run through of the code.

Paul Tanner is a consultant, developer and maker in wood, metal, plastic, electronics and software. His day job is IT-based business improvement for SMEs. By night he turns energy nut, creating tools to optimise energy use. Paul graduated in electronics and was responsible for hardware and software product development and customer services in several product and service start-ups, switching to consulting in 2000.

If you can't wait to get your hands on the ADK software browse to http://developer.android.com/tools/adk.

The Internet of Things and Arduino

As connecting hardware to the network becomes cheaper and cheaper we're seeing the rise of what is being called the Internet of Things, or “IoT” for short.

This talk will give an introduction to the Internet of Things and explain how open hardware platforms such as Arduino are helping it grow. With plenty of examples of IoT projects, from using sensors to map global radiation levels to bakeries that tweet when the bread is fresh out of the oven.

Adrian McEwen has been connecting odd things to the Internet since the mid-90s. Starting with cash registers, and then as part of the team who were first to put a web browser onto a mobile phone. As the mobile phone and set-top box work became more mainstream he dropped down a level to Arduino which led to Internet-enabled bubble machines and chicken-food silos...

Adrian has been working with Arduino since 2008 — which is when Bubblino, the aforementioned bubble machine which watches twitter, was created — and is charge of the Arduino Ethernet library. He is based in Liverpool, where he runs MCQN Ltd, a company that builds IoT devices and products.

Developing Linux on Embedded Devices

This talk will provide an introduction to developing Linux on embedded devices. Firstly we will look at the capabilities of popular boards such as the BeagleBone and the Raspberry Pi. Then using the example of a BeagleBone controller for a 3D printer the talk with explain how to develop for an embedded device. It will consider what comprises an embedded Linux software stack. The talk will discuss boot loaders, kernels and root filesystems. We will discuss what are the minimum software packages required in a root file system. The talk will then go on to consider the tools required to develop for an embedded target. It will look at what tools are available to help the embedded developer and speed up this development process. Once you have developed your software you need to debug it. The talk will look at what debugging tools are available for debugging embedded devices.

Melanie Rhianna Lewis started a life long love of electronics as a child when her Dad helped her make a "crystal" radio with an ear piece, a coil of wire, a diode and a radiator! At the same time the home computer revolution started and she would lust after the "build your own computers" advertised in the electronics magazines of the time. She never got one but did end up the proud owner of a BBC Micro. Melanie learnt everything she could about the machine and including assembler, operating systems, drivers, interrupt, and, thanks to the circuit diagram in the Advanced User Guide, digital electronics. After the BBC Micro came the Acorn Archimedes and so started a long relationship with ARM processors. In the 90s Melanie became interested in Linux and then developed one of the first ARM Linux distributions running on an Acorn RISC PC. The hobby became a job and Melanie currently works for an embedded device consultancy near Bradford where a lot of her work is still with ARM processors.

Interfacing the Raspberry Pi to the World — Everything you need to know about P1

You've received your Pi, set up a web server on it and maybe played a few rounds of Quake. You're looking for a new challenge and suddenly the header on the corner of the board catches your eye. A quick Google search for "P1 Raspbery Pi" gets you to the eLinux wiki page on Low level peripherals, and you suddenly realise that you can do all sorts of fun stuff by adding extra bits to your Raspberry Pi using this magical expansion port. Where do you start? Is it safe to connect a motor directly to the pins? What sort of interesting components are out there?

In this talk we will look at the ways we can communicate with the outside world using the GPIO pins on the Raspberry Pi. We will explore the mechanical, electrical and software side of things and talk about a few example projects you can try at home, and the hardware limitations will be covered and workarounds provided.

Omer Kilic is theoretically still a research student at the University of Kent, although he intends to submit his thesis (which is about a reconfigurable heterogeneous computing framework) pretty soon. He likes tiny computers, things that 'just work' and beer. He currently works for Erlang Solutions in London, exploring the use of Erlang programming language in the Embedded Systems domain and develops tools and support material to help the adoption of this technology.

This talk will also serve as an introduction for the Raspberry Pi workshop on the Sunday, where we will explore the example projects covered in more detail.

Sensing Wearable Technology

An introduction to wearable technology that will include examples which incorporate sensors, plus work which makes use of the LilyPad Arduino, an open source, sewable microcontroller.

Rain Ashford creates wearable technology & electronic art, her most recent work involves investigating physiological sensing technologies and how they can be applied to wearable artworks to measure and interpret moods, health and lifestyle data. Rain also creates fun, interactive and aesthetically pleasing works that include gaming and musical elements. She is keen to demonstrate that electronics, components and circuitry doesn't have to be regarded as cold, boring, hard and boxy and instead can be fun, colourful and elegant, plus be integrated into an overall design of a work.

Rain’s background is in developing online activities for the BBC as a Senior Producer at BBC Learning and also as Technologist at BBC R&D, co-running BBC Backstage. She currently works as a freelance consultant for the Open University and for Technocamps designing and leading workshops in coding and electronics in the form of wearable technology for 11-19 year-olds, plus is a PhD researcher, peering into wearable electronics & art.

Running OpenBTS in the Real World

This talk will explore the OpenBTS project and describe how it uses software-defined radio and open source Internet telephony to create a small but complete GSM mobile phone network.

Experiences of operating OpenBTS installations on the Pacific island of Niue and at the Burning Man festival in the Nevada desert will be covered, along with how OpenBTS has been integrated with other systems for use in disaster relief. Licensing permitting there will also be a live demonstration.

Tim Panton is a software engineer with a particular interest in projects that blend web applications and person-to-person speech into an integrated user experience. He has many years hands-on experience with the OpenBTS project, working closely with the core development team on numerous installations.

Tim is currently working on the Phono.com, Tropo.com and Rayo.org products at VoxeoLabs, producing web developer-friendly APIs by using XMPP protocols to drive innovative telephony applications that can be used anywhere by anyone.

Developing a Heavy Lift UAV — Pitfalls, Problems and Opportunities

Unmanned aerial vehicles (UAV) are suitable for replacing dull, dirty and dangerous airborne tasks. The next future developments in UAV use are in heavy lift and vertical take-off and landing (VTOL). The ability to place a useful load in a geographic location of choice becomes pressing in many applications. The problems are that helicopters are excellent heavy lift machines but are limited by range and payload. Aeroplanes don’t provide the VTOL unless heavy engines and complex gearboxes are utilised.

The development of the conventional take-off and landing (CTOL) UAV is the beginning of a utilitarian UAV which is modular and low cost. The future will involve VTOL and higher payloads (Euro-pallet sized). This presentation will show a path of development from CTOL, through to VTOL Olecopter and ultimately a heavy lift (pallet container) UAV.

Edward Strickland is a Chartered Engineer with a background in aerospace and a degree in Aeronautical Engineering. He was the project manager for the Empire Test Pilot School, has lived and worked in Tanzania as a VSO volunteer, and has produced a CTOL airframe for the OpenRelief project which has been designed so that it can be constructed in developing countries using local resources.

The 3D Printed Revolution

Over recent years Open Source 3D printers have quickly developed alongside their commercial counterparts offering affordable and accessible alternatives. This talk will cover experiences using commercial printers and how the speaker's interests have moved to open source designs and how the two compare. Examples will be shown of projects using these technologies, such as "Fable", a clock manufactured by Selective Laser Sintering, and a wrist watch designed to be printed on a RepRap. There will also be a run through of the design considerations and how files were created, fixed and sliced in preparation to print on a RepRap.

Mark Gilbert graduated in 2000 from Sheffield Hallam University with a degree in Industrial Design Innovation. After several years working as a design engineer, Mark started working as a freelance industrial designer for several companies in the Northwest. Over the last 6 years he has also worked closely with the Bolton Science and Technology Centre as the "Designer in Residence" where he has developed workshops around the centre's 3D printing and CAD facilities.

In 2008 Mark set up the design studio Gilbert13 with his wife Angela where they design and develop products inspired by experimentation into digital manufacturing processes, 3D printing and additive manufacturing. Recent projects have taken their experience from rapid prototyping to use 3D printing as a manufacturing tool that can change the way people design, co create and distribute objects.

The Bots are Coming

In the last two decades we have seen software and data change the fabric of economics, and the advent of personal computing and the Internet enable many new business models. However, the next two decades will be even more radical as that wave of innovation shifts from the virtual domain to a physical manifestation. Atoms are the new bits and the open sourcing and democratisation of bot technology is allowing us to enter into an era of personal production. And this talk will explore how 3D printing and additive manufacturing are revolutionising production as we know it.

Alan Wood originally trained in systems engineering, got lost in software engineering and open source for a decade, before returning back to his hardware roots via the open source hardware and makers movement that has gathered momentum over the last few years.

DIYBIO - The Next Frontier

DIYBIOMCR is an public group based at MadLab dedicated to making biology an accessible pursuit for citizen scientists, amateur biologists and biological engineers who value openness and safety. This talk will give an overview of the movement, and what is going on at MadLab involving not only biology but also diverse fields such as hardware-hackers, artists, journalists and the open-source movement.

Hwa Young Jung is a co-founder and a director of MadLab, a community centre for creative, tech and science based the Manchester. Over 50 user groups meet once a month, including DIYBIOMCR, initially a joint funded project with MMU and the Wellcome Trust.

Sunday Workshops

Workshops will be reasonably informal and shaped by the participants, and details are subject to change depending upon the level of interest expressed.

Please feel free to bring along equipment and components provided that you are able to take full responsibility for your own personal safety and that of others. Common sense should be exercised!

Practical IoT Applications with the Google ADK and Arduino

Hands on IoT building sessions that follow on from Saturday's ADK and Arduino talks.

Run by: Paul Tanner & Adrian McEwen.

Bring an Arduino with Ethernet and/or a Google ADK if you have one, along with sensors, LEDs and displays etc.

Interfacing the Raspberry Pi to the World

Here you will learn how to connect a selection of devices to your Raspberry Pi utilising the methods discussed during Saturday's talk.

Run by: Omer Kilic & Melanie Rhianna Lewis.

We will have a few Raspberry Pi boards available for the workshop but please bring your own if you were one of the lucky ones to have received one, along with breadboard and any useful components if you have these.

Building GSM Networks with Open Source

A look at the practical steps involved in creating a low power GSM network using open source technology.

Run by: Tim Panton & Andrew Back.

Note: this workshop will be subject to a spectrum licence being granted.

Practical 3D Printing

In this workshop we will work with simple models that will be printed out using a RepRap.

Run by: Alan Wood, Mark Gilbert & Mike Beardmore.

Note:

  • Please aim to arrive for 09:00 on the Saturday as the event will start at 09:30 prompt.
  • A light lunch and refreshments will be provided on the Saturday. Please ensure that you make any dietary requirements clear when registering.

Sponsored by:

OSHCamp kit bags provided by:

Open Source Hardware Camp 2012

via OSHUG

Open Source Hardware Camp 2012 will take place place in the north of England in the Pennine town of Hebden Bridge. Building on the success of last year's OSHCamp, it will be a weekend long event with ten talks on the Saturday and four parallel workshops on the Sunday.

Hebden Bridge is approximately 1 hour by rail from Leeds and Manchester. Budget accommodation is available at the Hebden Bridge Hostel which adjoins the venue, with private rooms available and discounts for group bookings. Details of other local accommodation can be found at www.hebdenbridge.co.uk.

There will be a social event on the Saturday evening from 8PM, and those interested in pre-event drinks on the Friday should join the discussion list.

Practical Experiences with the Google Android Accessory Development Kit (ADK)

The ADK is an exciting development platform that makes it possible to easily combine Android applications with custom hardware built around Arduino. Such combinations have the best of both worlds by enabling the creation of a mobile phone application with access to peripheral devices that is only limited by your imagination.

This talk will cover two projects that extend what the phone can do by integrating both input and output devices. And will cover some of the dos and don'ts of using the ADK and associated IDEs. If time permits there will also be a demonstration with a quick run through of the code.

Paul Tanner is a consultant, developer and maker in wood, metal, plastic, electronics and software. His day job is IT-based business improvement for SMEs. By night he turns energy nut, creating tools to optimise energy use. Paul graduated in electronics and was responsible for hardware and software product development and customer services in several product and service start-ups, switching to consulting in 2000.

If you can't wait to get your hands on the ADK software browse to http://developer.android.com/tools/adk.

The Internet of Things and Arduino

As connecting hardware to the network becomes cheaper and cheaper we're seeing the rise of what is being called the Internet of Things, or “IoT” for short.

This talk will give an introduction to the Internet of Things and explain how open hardware platforms such as Arduino are helping it grow. With plenty of examples of IoT projects, from using sensors to map global radiation levels to bakeries that tweet when the bread is fresh out of the oven.

Adrian McEwen has been connecting odd things to the Internet since the mid-90s. Starting with cash registers, and then as part of the team who were first to put a web browser onto a mobile phone. As the mobile phone and set-top box work became more mainstream he dropped down a level to Arduino which led to Internet-enabled bubble machines and chicken-food silos...

Adrian has been working with Arduino since 2008 — which is when Bubblino, the aforementioned bubble machine which watches twitter, was created — and is charge of the Arduino Ethernet library. He is based in Liverpool, where he runs MCQN Ltd, a company that builds IoT devices and products.

Developing Linux on Embedded Devices

This talk will provide an introduction to developing Linux on embedded devices. Firstly we will look at the capabilities of popular boards such as the BeagleBone and the Raspberry Pi. Then using the example of a BeagleBone controller for a 3D printer the talk with explain how to develop for an embedded device. It will consider what comprises an embedded Linux software stack. The talk will discuss boot loaders, kernels and root filesystems. We will discuss what are the minimum software packages required in a root file system. The talk will then go on to consider the tools required to develop for an embedded target. It will look at what tools are available to help the embedded developer and speed up this development process. Once you have developed your software you need to debug it. The talk will look at what debugging tools are available for debugging embedded devices.

Melanie Rhianna Lewis started a life long love of electronics as a child when her Dad helped her make a "crystal" radio with an ear piece, a coil of wire, a diode and a radiator! At the same time the home computer revolution started and she would lust after the "build your own computers" advertised in the electronics magazines of the time. She never got one but did end up the proud owner of a BBC Micro. Melanie learnt everything she could about the machine and including assembler, operating systems, drivers, interrupt, and, thanks to the circuit diagram in the Advanced User Guide, digital electronics. After the BBC Micro came the Acorn Archimedes and so started a long relationship with ARM processors. In the 90s Melanie became interested in Linux and then developed one of the first ARM Linux distributions running on an Acorn RISC PC. The hobby became a job and Melanie currently works for an embedded device consultancy near Bradford where a lot of her work is still with ARM processors.

Interfacing the Raspberry Pi to the World — Everything you need to know about P1

You've received your Pi, set up a web server on it and maybe played a few rounds of Quake. You're looking for a new challenge and suddenly the header on the corner of the board catches your eye. A quick Google search for "P1 Raspbery Pi" gets you to the eLinux wiki page on Low level peripherals, and you suddenly realise that you can do all sorts of fun stuff by adding extra bits to your Raspberry Pi using this magical expansion port. Where do you start? Is it safe to connect a motor directly to the pins? What sort of interesting components are out there?

In this talk we will look at the ways we can communicate with the outside world using the GPIO pins on the Raspberry Pi. We will explore the mechanical, electrical and software side of things and talk about a few example projects you can try at home, and the hardware limitations will be covered and workarounds provided.

Omer Kilic is theoretically still a research student at the University of Kent, although he intends to submit his thesis (which is about a reconfigurable heterogeneous computing framework) pretty soon. He likes tiny computers, things that 'just work' and beer. He currently works for Erlang Solutions in London, exploring the use of Erlang programming language in the Embedded Systems domain and develops tools and support material to help the adoption of this technology.

This talk will also serve as an introduction for the Raspberry Pi workshop on the Sunday, where we will explore the example projects covered in more detail.

Sensing Wearable Technology

An introduction to wearable technology that will include examples which incorporate sensors, plus work which makes use of the LilyPad Arduino, an open source, sewable microcontroller.

Rain Ashford creates wearable technology & electronic art, her most recent work involves investigating physiological sensing technologies and how they can be applied to wearable artworks to measure and interpret moods, health and lifestyle data. Rain also creates fun, interactive and aesthetically pleasing works that include gaming and musical elements. She is keen to demonstrate that electronics, components and circuitry doesn't have to be regarded as cold, boring, hard and boxy and instead can be fun, colourful and elegant, plus be integrated into an overall design of a work.

Rain’s background is in developing online activities for the BBC as a Senior Producer at BBC Learning and also as Technologist at BBC R&D, co-running BBC Backstage. She currently works as a freelance consultant for the Open University and for Technocamps designing and leading workshops in coding and electronics in the form of wearable technology for 11-19 year-olds, plus is a PhD researcher, peering into wearable electronics & art.

Running OpenBTS in the Real World

This talk will explore the OpenBTS project and describe how it uses software-defined radio and open source Internet telephony to create a small but complete GSM mobile phone network.

Experiences of operating OpenBTS installations on the Pacific island of Niue and at the Burning Man festival in the Nevada desert will be covered, along with how OpenBTS has been integrated with other systems for use in disaster relief. Licensing permitting there will also be a live demonstration.

Tim Panton is a software engineer with a particular interest in projects that blend web applications and person-to-person speech into an integrated user experience. He has many years hands-on experience with the OpenBTS project, working closely with the core development team on numerous installations.

Tim is currently working on the Phono.com, Tropo.com and Rayo.org products at VoxeoLabs, producing web developer-friendly APIs by using XMPP protocols to drive innovative telephony applications that can be used anywhere by anyone.

Developing a Heavy Lift UAV — Pitfalls, Problems and Opportunities

Unmanned aerial vehicles (UAV) are suitable for replacing dull, dirty and dangerous airborne tasks. The next future developments in UAV use are in heavy lift and vertical take-off and landing (VTOL). The ability to place a useful load in a geographic location of choice becomes pressing in many applications. The problems are that helicopters are excellent heavy lift machines but are limited by range and payload. Aeroplanes don’t provide the VTOL unless heavy engines and complex gearboxes are utilised.

The development of the conventional take-off and landing (CTOL) UAV is the beginning of a utilitarian UAV which is modular and low cost. The future will involve VTOL and higher payloads (Euro-pallet sized). This presentation will show a path of development from CTOL, through to VTOL Olecopter and ultimately a heavy lift (pallet container) UAV.

Edward Strickland is a Chartered Engineer with a background in aerospace and a degree in Aeronautical Engineering. He was the project manager for the Empire Test Pilot School, has lived and worked in Tanzania as a VSO volunteer, and has produced a CTOL airframe for the OpenRelief project which has been designed so that it can be constructed in developing countries using local resources.

The 3D Printed Revolution

Over recent years Open Source 3D printers have quickly developed alongside their commercial counterparts offering affordable and accessible alternatives. This talk will cover experiences using commercial printers and how the speaker's interests have moved to open source designs and how the two compare. Examples will be shown of projects using these technologies, such as "Fable", a clock manufactured by Selective Laser Sintering, and a wrist watch designed to be printed on a RepRap. There will also be a run through of the design considerations and how files were created, fixed and sliced in preparation to print on a RepRap.

Mark Gilbert graduated in 2000 from Sheffield Hallam University with a degree in Industrial Design Innovation. After several years working as a design engineer, Mark started working as a freelance industrial designer for several companies in the Northwest. Over the last 6 years he has also worked closely with the Bolton Science and Technology Centre as the "Designer in Residence" where he has developed workshops around the centre's 3D printing and CAD facilities.

In 2008 Mark set up the design studio Gilbert13 with his wife Angela where they design and develop products inspired by experimentation into digital manufacturing processes, 3D printing and additive manufacturing. Recent projects have taken their experience from rapid prototyping to use 3D printing as a manufacturing tool that can change the way people design, co create and distribute objects.

The Bots are Coming

In the last two decades we have seen software and data change the fabric of economics, and the advent of personal computing and the Internet enable many new business models. However, the next two decades will be even more radical as that wave of innovation shifts from the virtual domain to a physical manifestation. Atoms are the new bits and the open sourcing and democratisation of bot technology is allowing us to enter into an era of personal production. And this talk will explore how 3D printing and additive manufacturing are revolutionising production as we know it.

Alan Wood originally trained in systems engineering, got lost in software engineering and open source for a decade, before returning back to his hardware roots via the open source hardware and makers movement that has gathered momentum over the last few years.

DIYBIO - The Next Frontier

DIYBIOMCR is an public group based at MadLab dedicated to making biology an accessible pursuit for citizen scientists, amateur biologists and biological engineers who value openness and safety. This talk will give an overview of the movement, and what is going on at MadLab involving not only biology but also diverse fields such as hardware-hackers, artists, journalists and the open-source movement.

Hwa Young Jung is a co-founder and a director of MadLab, a community centre for creative, tech and science based the Manchester. Over 50 user groups meet once a month, including DIYBIOMCR, initially a joint funded project with MMU and the Wellcome Trust.

Sunday Workshops

Workshops will be reasonably informal and shaped by the participants, and details are subject to change depending upon the level of interest expressed.

Please feel free to bring along equipment and components provided that you are able to take full responsibility for your own personal safety and that of others. Common sense should be exercised!

Practical IoT Applications with the Google ADK and Arduino

Hands on IoT building sessions that follow on from Saturday's ADK and Arduino talks.

Run by: Paul Tanner & Adrian McEwen.

Bring an Arduino with Ethernet and/or a Google ADK if you have one, along with sensors, LEDs and displays etc.

Interfacing the Raspberry Pi to the World

Here you will learn how to connect a selection of devices to your Raspberry Pi utilising the methods discussed during Saturday's talk.

Run by: Omer Kilic & Melanie Rhianna Lewis.

We will have a few Raspberry Pi boards available for the workshop but please bring your own if you were one of the lucky ones to have received one, along with breadboard and any useful components if you have these.

Building GSM Networks with Open Source

A look at the practical steps involved in creating a low power GSM network using open source technology.

Run by: Tim Panton & Andrew Back.

Note: this workshop will be subject to a spectrum licence being granted.

Practical 3D Printing

In this workshop we will work with simple models that will be printed out using a RepRap.

Run by: Alan Wood, Mark Gilbert & Mike Beardmore.

Note:

  • Please aim to arrive for 09:00 on the Saturday as the event will start at 09:30 prompt.
  • A light lunch and refreshments will be provided on the Saturday. Please ensure that you make any dietary requirements clear when registering.

Sponsored by:

OSHCamp kit bags provided by:

Kits (Homesense, Quick2Wire)

via OSHUG

For those that are new to hardware development it can prove a daunting prospect, and kits that address the needs of those with little or no experience in this area have a vital role to play. At the nineteenth OSHUG meeting we will be hearing about two such kits, one that was designed to support user-led smart home innovation and that was based around the Arduino platform, and an experimenters kit for the Raspberry Pi that is currently in development.

The Homesense Project

The Homesense project was a European user-led, smart-home development project employing open source hardware. The project was led by Tinker London and EDF and engaged households supported by local experts in the design and development of smart home concepts.

The project was developed as a reaction to top-down design approaches commonly observed in technological development and home building. Most early research viewed smart homes as a single complex system that is designed and constructed from the ground up, and assumes that most aspects (physical building, digital infrastructure, furniture, appliances) are under the control of a single smart-home developer. (Kortuem et al. 2010)

In the contrasting reality however of multi-vendor development and retrofitting this is rarely the case. Inspired also by an argument that smart homes are developed by experts in a top down approach subsequently living with a smart home is acknowledged to be problematic to non-experts who lack control over respective technologies.

The Homesense project was therefore designed to enable user-led innovation within the home environment, building alongside existing environmental and social conditions allowing end-users to address their own concerns in their physical and ‘lived in’ space. Homesense sought to bring the open collaboration methods of online communities to physical infrastructures in the home. Designing a toolkit to support this approach is explored as a topic of this presentation.

Natasha Carolan is a PhD student at HighWire Doctoral Training Centre, Lancaster University where her research considers commodification of design and production processes in the digital economy. A product designer by background, her research explores open and user innovation, service design and value co-creation in areas of NPD and manufacturing. Natasha co-designed the Homesense toolkit by situating the toolkit as a cultural probe a strategy that Natasha believes is important in placing open source hardware in a democratic system as a tool for learning and empowerment.

Quick2Wire

Quick2Wire Limited is a start-up that is developing a range of OSH/OSS add-on products for the Raspberry Pi. The first product is an experimenter's kit, contaning an expansion board, a set of components with which to experiment, software to drive the Pi, and an instruction manual. This will be followed by a series of expansion kits, using I2C and SPI to add capabilities like ADC, DAC, PWM and stepper motor drivers.

All the hardware and software will be released under open source licences.

The presentation will conclude with a demonstration using hardware prototypes driven by a Raspberry Pi.

Romilly Cocking spent the ten years before his 'retirement' as an agile software developer, coach and trainer. He spent the first two years of retirement experimenting with robotics. Then Raspberry Pi came along, and now Romilly works full-time running Quick2Wire.

Note: Please aim to arrive for 18:00 - 18:20 as the event will start at 18:30 prompt.

Sponsored by:

Kits (Homesense, Quick2Wire)

via OSHUG

For those that are new to hardware development it can prove a daunting prospect, and kits that address the needs of those with little or no experience in this area have a vital role to play. At the nineteenth OSHUG meeting we will be hearing about two such kits, one that was designed to support user-led smart home innovation and that was based around the Arduino platform, and an experimenters kit for the Raspberry Pi that is currently in development.

The Homesense Project

The Homesense project was a European user-led, smart-home development project employing open source hardware. The project was led by Tinker London and EDF and engaged households supported by local experts in the design and development of smart home concepts.

The project was developed as a reaction to top-down design approaches commonly observed in technological development and home building. Most early research viewed smart homes as a single complex system that is designed and constructed from the ground up, and assumes that most aspects (physical building, digital infrastructure, furniture, appliances) are under the control of a single smart-home developer. (Kortuem et al. 2010)

In the contrasting reality however of multi-vendor development and retrofitting this is rarely the case. Inspired also by an argument that smart homes are developed by experts in a top down approach subsequently living with a smart home is acknowledged to be problematic to non-experts who lack control over respective technologies.

The Homesense project was therefore designed to enable user-led innovation within the home environment, building alongside existing environmental and social conditions allowing end-users to address their own concerns in their physical and ‘lived in’ space. Homesense sought to bring the open collaboration methods of online communities to physical infrastructures in the home. Designing a toolkit to support this approach is explored as a topic of this presentation.

Natasha Carolan is a PhD student at HighWire Doctoral Training Centre, Lancaster University where her research considers commodification of design and production processes in the digital economy. A product designer by background, her research explores open and user innovation, service design and value co-creation in areas of NPD and manufacturing. Natasha co-designed the Homesense toolkit by situating the toolkit as a cultural probe a strategy that Natasha believes is important in placing open source hardware in a democratic system as a tool for learning and empowerment.

Quick2Wire

Quick2Wire Limited is a start-up that is developing a range of OSH/OSS add-on products for the Raspberry Pi. The first product is an experimenter's kit, contaning an expansion board, a set of components with which to experiment, software to drive the Pi, and an instruction manual. This will be followed by a series of expansion kits, using I2C and SPI to add capabilities like ADC, DAC, PWM and stepper motor drivers.

All the hardware and software will be released under open source licences.

The presentation will conclude with a demonstration using hardware prototypes driven by a Raspberry Pi.

Romilly Cocking spent the ten years before his 'retirement' as an agile software developer, coach and trainer. He spent the first two years of retirement experimenting with robotics. Then Raspberry Pi came along, and now Romilly works full-time running Quick2Wire.

Note: Please aim to arrive for 18:00 - 18:20 as the event will start at 18:30 prompt.

Sponsored by: