The Graphene Engineering Innovation Centre (GEIC) hosted the world’s first graphene hackathon, where teams were challenged to develop prototype produced using graphene inks.
The 24-hour event taking place 16 to 17 November was open to staff and students from The University of Manchester, as well as external applicants.
Competitors worked in teams of four to six, to design and prototype a product idea which uses conductive graphene inks. Teams then showcased their innovations in front of a panel of expert judges for the chance to win investment and cash prizes.
The judges were Prof Irina Grigorieva, from the National Graphene Institute (NGI), Dr Simon Howell, Head of Innovation at Graphene@Manchester, and Rob Whielden, Operations Director at Nixene Publishing.
The student team leader, Vincente Ortsmercadillo, a PhD student with the Advanced Nanomaterials Group, previously studied an undergraduate degree in Chemical Engineering at the University, and is now in the second year of a PhD working on graphene enhanced composite materials.
via manchester.ac.uk
Vincente said; “The scientific graphene community here at Manchester is among the largest and brightest. Our goal is to expand the impact we have by making graphene more accessible to communities outside the lab.”
“We want to encourage as diverse a skillset as possible to engage with the material, bringing fresh perspectives and ideas.”
A key aim of the hackathon is to make graphene innovation more accessible to all those looking to explore its potential.
The University says to meet this goal, the hackathon will not only provide access to graphene-based technology and screen printing facilities at the GEIC, but each team will be given a ‘hackathon kit’, containing more commonly found items, such as paints and brushes, as well as a Raspberry Pi microcomputer.
“Screen printing is a mainstream technique used widely in industry to pattern clothes and textiles,” says Vincente, adding; “By incorporating graphene inks you immediately have a scalable way of patterning conductive circuitry onto wearables. It’s a great example of advanced materials enhancing a tried and tested process.”
The event is being supported by industry and education sponsors including Versarien, Google, Mewburn Ellis, Manchester Nanomaterials, Graphene NOWNANO, UMIP, Masood Enterprise Centre, Novalia, and Potter Clarkson.