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Learn more about building refined and robust prototypes more quickly and easily!

We invite anyone interested in producing electronic device prototypes as part of their work to join our 3-day, hands-on summer school from the 10th to 12th of July 2024 at Lancaster University.

⚙️ Ideal for anyone with an interest in low-volume digital device creation including makers, visionaries, and researchers from any discipline.

⚙️ Open to all levels of experience and all career stages – from student to established professional.

⚙️ Learn from global experts in electronic device production and access to state-of-the-art university labs.

⚙️ Up to thirty sponsored places available – free food and accommodation!

⚙️ Up to £4,000 in prizes available to help the most promising prototype ideas move towards production.

Led by Professors Steve Hodges and Joe Finney, hosted by Lancaster University’s Devices Lab, and supported by the EPSRC-funded pro² network+. Apply by 24th May 2024, see below for details.

Topics 

Topics covered during the workshop will be drawn from: 

⚙️ electronic printed circuit board (PCB) design and manufacture

⚙️ component selection and sourcing

⚙️ reliable firmware

⚙️ moving from your first prototype to tens, hundreds and thousands

⚙️ enclosures for electronic devices

⚙️ design for manufacture (DfM) and for test (DfT)

⚙️ surface mount (SMT) assembly

⚙️ testing and test jigs

⚙️ regulatory compliance

⚙️ working with overseas manufacturing partners

A detailed programme will be available nearer the time. 

Prizes 

Up to £4,000 of prizes are up for grabs! The projects with the most potential for impact, based on the assessment criteria below, will each be awarded either £1,000 or £200 which is to be used to aid prototype development. The summer school organisers will work with awardees after the event to help them spend the money in the most effective way, to suit their prototyping goals. 

Sponsored places 

Up to thirty sponsored places will be awarded based on the assessment criteria below. The most highly-ranked applications will be prioritised for sponsored places which include accommodation and meals from the evening of Tuesday 9th until 4pm on Friday 12th July. Sponsorship awardees need only pay a £50 registration fee, by credit or debit card.

All attendees must be 18 or over and will have to cover their own travel costs. Attendees from overseas will be responsible for arranging any necessary visas.  

Format 

The three-day workshop will be a lively and dynamic event, leveraging a variety of formats including presentations, demos, hands-on lab-based tutorials, panels and discussions. 

The summer school starts at 9:30am on Wednesday 10th July and runs until 4pm on Friday 12th July. The event includes dinner and socialising on Wednesday and Thursday evenings. 

Instructors 

Black and white photo of Steve Hodges

Steve Hodges is an internationally recognised leader in interactive and embedded device creation. He has built and deployed prototypes at all scales, and many of these have transitioned to volume production resulting in millions of devices in market globally.   

 

Black and white photo of Joe Finney

Joe Finney is a global figure in empowering non-experts to innovate with technology, in particular helping them to learn about and build lightweight embedded systems. His work has also led to millions of embedded devices that are in daily use around the world. 

Examples of devices made in the hundreds, thousands and millions that Steve and Joe have worked on include the Active Bat indoor location system, the SenseCam wearable camera, several IoT development boards and modules, the Microsoft Touch Mouse, i-String Lite outdoor lighting, Microsoft Adaptive Accessories, several Jacdac modules and kits, .NET Gadgeteer modules and kits, and the BBC micro:bit 

Additional speakers from industry and academia to be confirmed. 

Application process 

Applying to take part is easy! Please complete the application form and submit a short paper to admin@prosquared.org containing a description of your prototype or idea for a prototype along with any pictures, sketches or designs of your prototype by the end of the day, midnight AOE on 24th May 2024. Instructions for writing and submitting the short paper can be found in the application form (view a PDF version of the form for reference ahead of submitting).

For your short paper, please use our Summer School paper template. You may find it useful to check out the example application we created to give a flavour of the kinds of information you might include. We will archive the short papers of successful applicants on the pro² website.

We will accept papers with multiple authors. In this instance, please provide information about each author and their contribution to the work in the bio section. Should your paper be accepted, please note that we may not have capacity to offer places at the summer school to all authors. 

Assessment criteria for prizes and sponsored places 

The summer school organisers will assess applications based on the content of the application form. Assessment criteria will be based on: well-explained and adventurous but realistic concepts, the impact potential of the ideas, consideration of relevant related work, prior relevant experience of the applicant, and responsible innovation. 

Additional Information 

Applicants will be notified of the outcome of their application by email.  

Further information regarding the accessibility of Lancaster University facilities can be found on the AccessAble website. Please inform of us of any accessibility or dietary requirements in your application form. You can get in touch with us at admin@prosquared.org with any queries you may have. 

About pro² and the Devices Lab  

pro² is an EPSRC-funded Network+ with the mission to ease the transition from PROtotyping to PROduction for digital devices. pro² is kindly covering accommodation and catering costs for up to thirty places!  

The Devices Lab at Lancaster University’s School of Computing and Communications works with collaborators from different disciplines and different institutions to design and scale-up electronic devices that help answer all manner of research questions.

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