A 54-year-old man has been jailed for seven years following a multi-million pound scam in Edinburgh. Aasim Johar was sentenced at the High Court in Edinburgh today, Monday, 24 June, 2024.
He was previously found guilty on Friday, 24 May, 2024.
Johar defrauded the University of Edinburgh of over £3.3million between 2005 and 2015 through his role as a salesperson. The fraudulent scheme saw him earn commission through false and over-inflated invoices for cleaning products that were either not delivered or not required.
Detective Sergeant Gary Dalgleish, of the Financial Investigation Unit, said: “The sentence is the result of a long and complex investigation carried out by our officers. We have worked closely with the University and COPFS throughout the investigation and thank them greatly for their assistance.
“We recognise the significant and devastating impact that financial fraud can have on those that fall victim, which makes us all the more determined to identify and prosecute those responsible
“I’d like to take this opportunity to encourage the public to report fraud to us. We are committed to investigating all reports thoroughly and will bring those responsible to justice.”
You can find out more information and advice about fraud on our website here: https://www.scotland.police.uk/advice-and-information/scams-and-frauds/
Next Tuesday 28th of May at 1pm Pilton Community Health Project (PCHP) will be hosting a COPD workshop. If you have COPD, researchers from NHS Lothian and The University of Edinburgh, want to hear about your experience of having COPD, so they can design their research to meet you needs.
You can expect nice and welcoming atmosphere, a warm cup of tea and £20 voucher for you time.
If you are struggling to get to PCHP, transport can be provided too.
To sign up for workshop please fill in a form https://bit.ly/3WS3VCZ or use a QR code on a poster or Call Sammy Waite Patient and Community involvement in research officer 07385347040
~ Funding will support world-leading cardiovascular research at the university ~
The British Heart Foundation has awarded the University of Edinburgh £5 million funding to support its world-class cardiovascular disease research over the next five years, the charity has announced today.
Researchers at the University welcomed the announcement.
Professor David Newby, BHF Duke of Edinburgh Professor of Cardiology at the University of Edinburgh, said: “We are delighted to be the recipient of this prestigious award which will enable us to deliver a step-change in our research into heart and circulatory diseases, stroke, vascular dementia and diabetes.
“The award will accelerate our drive to identify new discoveries across disciplines and to establish the next generation of science and scientific researchers with the ultimate aim of improving the lives of our patients.”
The funding will support the University of Edinburgh to cultivate a world-class research environment that encourages collaboration, inclusion and innovation, and where visionary scientists can drive lifesaving breakthroughs.
The Edinburgh award is part of a much needed £35 million boost to UK cardiovascular disease research from the British Heart Foundation.
The funding comes from the charity’s highly competitive Research Excellence Awards funding scheme.
The £5 million award to the University of Edinburgh will support researchers to:
Investigate how hardening of the major arteries develops throughout the body to cause heart attacks, strokes and circulatory problems, and how this interacts with the body’s immune and nervous systems.
Discover how small blood vessel disease in the brain causes strokes and vascular dementia so that we can develop and test new ways to prevent and to treat these major health problems.
Accelerate our understanding of how the body’s metabolism in fat, immune and kidney tissue causes heart and circulatory problems throughout life: from the womb through to old age.
Deliver new ways of using routinely collected health data with DataLoch to identify those at risk of heart attacks or strokes, and to embed this into health records systems to prevent diseases before they occur.
Professor Bryan Williams, Chief Scientific and Medical Officer at the British Heart Foundation, said: “We’re delighted to continue to support research at the University of Edinburgh addressing the biggest challenges in cardiovascular disease. This funding recognises the incredible research happening at Edinburgh and will help to further its reputation as a global leader in the field.
“With generous donations from our supporters, this funding will attract the brightest talent, power cutting-edge science, and unlock lifesaving discoveries that can turn the tide on the devastation caused by heart and circulatory diseases.”
David McColgan, Head of BHF Scotland, said: “It is great news that the University of Edinburgh has once again been recognised as a centre of research excellence. Scotland has a strong tradition of leading the way in cardiovascular research and today’s announcement will further reinforce this for years to come.”
Research Excellence Awards offer researchers greater flexibility than traditional research funding, allowing scientists to quickly launch ambitious projects that can act as a springboard for larger, transformative funding applications.
The funding also aims to break down the silos that have traditionally existed in research, encouraging collaboration between experts from diverse fields.
From clinicians to data scientists, biologists to engineers, the funding will support universities to attract the brightest minds, nurture new talent and foster collaboration to tackle the biggest questions in heart and circulatory disease research.
First launched in 2008, the University of Edinburgh has previously received nearly £14 million funding through the BHF’s Research Excellence Awards funding scheme to date.
This funding has supported research that will lay the foundations for future breakthroughs, including:
A trial that showed that a simple scan could save thousands of lives every year by improving the diagnosis of people coming to hospital with chest pain. The scan is now recommended as a first-line diagnostic tool in NICE guidelines for people presenting at hospital with chest pain.
Development of an artificial intelligence tool that can improve diagnosis of acute heart failure. The tool uses AI to combine routinely collected patient information with results from a blood test for the protein NT-proBNP, which is made by the heart. The researchers are now investigating how it could be implemented into routine care.
Over the last 5 years, investing in the training and development of 12 doctors to become researchers who are increasing knowledge today and developing new life-saving treatments for tomorrow.
The Ripple Project is proud to announce a new Community Enhancement Partnership with the University of Edinburgh.
The pioneering new initiative has seen three University of Edinburgh Master of Architecture students work with The Ripple Project and its Restalrig residents to design and construct new social structures to enhance the wellbeing of the local community.
Made from recycled and sustainable materials, this year’s students created a new community noticeboard and seating area, as well as a set of hand-crafted stools, moulded with earth clay and decorated by local residents.
Tristan Green, Community Action Worker, at The Ripple, commented: ‘We’re excited to partner with the University of Edinburgh and are thankful for the support of the Edinburgh School of Architecture and Landscape Architecture (ESALA) at Edinburgh College of Art.
“Art and wellbeing are at the beating heart of The Ripple Project, and we’re excited to work together to give students valuable practical experience whilst enriching the local area with their fantastic creations.
“The hand-made ‘storage stools’ were made with clay earth and designed with local residents, whilst the community noticeboard has enhanced our ability to inform local residents of our new refillery, key social activities and lifeline services including foodbanks and councillor surgeries.”
Dr Simone Ferracina from the University of Edinburgh commented: ‘Our partnership with The Ripple focuses reflects on our ambition to turn architectural design into a form of resource stewardship and care, and to help Edinburgh become a more sustainable and equitable city.
‘The Ripple was identified as an ideal partner as it is a pioneering local charity, with a progressive and sustainable vision for the city. The partnership has offered our students valuable practical experience to enhance their coursework and future employability, whilst benefitting the local community.’
See the comments from the students about their own projects:
“This structure was designed and built by hand using locally sourced ’waste materials’ from various spaces across and outside of Edinburgh.
“Using recycled scaffolding boards and retired climbing ropes, ’Noticing: The Ripple Project’ was specifically designed following time spent at the project – gaining an understanding of what they do and building connections with those who work and visit here – in order to better advertise the amazing work, space and groups that they offer to the local community.
“This structure aims to provide space for advertising of local events & activities. I hope to have provided a necessary space and structure for this purpose and look forward to seeing it in use”.
“Modular Earth: Co-Designing Through Surfaces is the result of a year-long immersive collaboration interaction with the ongoing activities, integrating with volunteers, and visitors at The Ripple Project.
“It culminates in a modular system that addresses the client’s need for additional storage as well as seating, and this design response provides punctual interventions which can act independently and aggregate to form larger social and functional installations.
“The design is comprised of a timber frame, which was adapted from locally sourced and dismantled pallets, faced with light earth (a mixture of subsoil and fibres), and earth plaster with glazed finishes made from natural vegetable pigments.
“The project aims to create moments of ownership and interaction, through easy-to-learn plastering techniques, with finishes serving as tactile, stimulating interfaces for sharing memories and ideas.
“Community members participated in the finishing of the modules through hands-on workshop sessions, fostering a sense of ownership and pride, embedding the participants’ identities within the work.”
The University of Edinburgh’s globally renowned AI Accelerator programme has announced it is now seeking innovative, technology-driven scale-ups to be part of its eighth cohort.
Aimed at Scottish as well as international companies, the programme supports emerging businesses whose proposition is built on Artificial Intelligence (AI) helping develop and fully maximise their commercial potential.
Applications for this year’s AI Accelerator, open to scalable, incorporated businesses with high growth potential, must be submitted by 19 May.
Prior to the deadline, the University will stage an online information session for potential applicants on 23 April followed by an in-person session on 3 May.
A cohort of up to 16 companies, all of which place a strong focus on ‘AI for good’ to deliver societal benefits in key areas including health and wellbeing, social care, and the climate challenge will then be selected with the programme running from September until March 2025.
Participants will benefit from support aimed at helping them achieve global growth for their companies with discussions on investment strategy development and direct engagement with potential investors.
Along with some generous financial support, newly accepted cohort companies will also be given the opportunity to scale their business through workshops covering a range of commercialisation issues from product pricing to leadership.
Now celebrating its fifth year, the AI Accelerator has supported a wide range of world-leading companies to develop from start-ups to globally focused businesses. These include climate monitoring solution provider, Space Intelligence; Inicio.AI, a technology-driven start-up which makes debt management processes more efficient and accessible for businesses.; and Edinburgh-based cancer research business Carcinotech, which raised over £4m in January to further develop its 3D-printed micro-tumour technology,
Since the inception of the AI Accelerator in 2018, these and other participant companies have gone on to secure over £67m through a combination of external investment and grant funding awards.
University of Edinburgh in the UK Top 5 for Data Science in the current QS World University Rankings and is also the top-rated UK institution for informatics research, according to the 2021 Research Excellence Framework rankings. As home to the largest centres for computing science and informatics in Europe, the University’s academic expertise and links into the Data-Driven Innovation hubs provides further value for the companies participating in the AI Accelerator.
The 2024 programme will be once again delivered both digitally and in-person by University of Edinburgh’s world-leading Innovation Hub for Data Science and Artificial Intelligence, the Bayes Centre, and in partnership with Edinburgh Innovations, the University of Edinburgh’s commercialisation service. The programme is delivered on behalf of all the university’s Data-Driven Innovation Hubs.
Among the cohort companies which participated in the most recent AI Accelerator were MySmash Media, a disruptive platform which connects film and TV content creators with commissioning decision-makers; Bennu.ai, developers of the world’s smartest bin which sorts waste automatically for a net zero circular economy; and Dyneval, a life sciences business focused on improving male reproductive health.
Fiona Gillies, CEO and co-founder of MySmash Media, said: “The six months we spent with the AI Accelerator programme made a significant impact on our company by helping us identify and further develop commercial opportunities to reach new markets.
“Along with high calibre mentoring and guidance, the programme was also instrumental in opening doors to potential investors and grant funding channels which are key in helping scale an AI-driven business like ours.”
Professor Ruth King, Director of the University of Edinburgh’s Bayes Centre, said: “We’re delighted to be marking the fifth year of our AI Accelerator programme which supports AI-driven businesses to further commercialise their proposition and become world leaders in their field.
“We are proud to have supported over 80 companies in their growth journey by offering mentoring and guidance while opening access to new networks to help them secure funding and investment.
“AI has become increasingly prominent as a disruptive technology impacting all aspects of our lives. The University of Edinburgh has been recognised as a world leader in AI research for more than 60 years.
“We understand the importance of utilising this technology in an ethical and trustworthy manner to deliver social and economic benefits. We now look forward to receiving applications from innovative and ambitious scaleups from within Scotland and across the globe which use AI to tackle key societal challenges.”
The SCONe project, run by optometrists, ophthalmologists, and researchers from the University of Edinburgh, and funded by Sight Scotland, is appealing for participants to take part in a Patient and Public Involvement (PPI) group focused on revolutionising the detection and management of Age-Related Macular Degeneration (AMD).
AMD is the most common vision impairment in the older population and impacts an estimated 60,000 people in Scotland. SCONe research is seeking to find the early signs of AMD, so people can receive support earlier and adjust to living with AMD sooner.
SCONe is inviting anybody with lived experience of AMD, caregivers, friends or family of people with AMD, and regular visitors to optometry practices, to come along to take part in its PPI group.
Participants could help transform how AMD is detected and make a real difference for future generations.
SCONe, the Scottish Collaborative Optometry-Ophthalmology Network e-research, is a new collaborative venture aiming to build a Scotland-wide retinal image resource for innovation in eye research, healthcare, and education.
SCONe is taking two complementary approaches to try and speed up the detection of AMD at an early stage. Firstly, the team is meticulously analysing the SCONe dataset to extract crucial structural information about the retina.
This involves quantifying various parameters, including the total area of drusen, fatty deposits beneath the retina that can sometimes indicate an elevated risk of AMD.
Furthermore, the team is harnessing the power of modern machine learning and artificial intelligence (AI) to develop a groundbreaking predictive model.
Unlike traditional methods that rely on manual measurements, this AI-driven approach uses raw retinal images to assess a patient’s risk of developing AMD. By automating the analysis process, this model promises to streamline screening procedures and facilitate early intervention.
Professor Baljean Dhillon, Professor of Clinical Ophthalmology, Centre for Clinical Brain Sciences, The University of Edinburgh, explains: “The PPI group offers a unique opportunity for participants to contribute directly to the development of new strategies and technologies aimed at combating AMD.
“Our research represents a significant step forward in the fight against AMD. By combining cutting-edge technology with comprehensive data analysis, we aim to transform how we detect and manage this debilitating condition.”
Craig Spalding, Chief Executive of Sight Scotland, and Sight Scotland Veterans, adds: “”As advocates for the visually impaired, we understand the profound impact that AMD can have on individuals and their families.
“By investing in research focused on early detection, we aim to empower healthcare professionals with the tools and knowledge needed to intervene swiftly so hopefully less people have to suffer.”
SCONe’s Patient and Public Involvement group focused on AMD and the impacts of AMD is taking place on 03 May 2024 at Surgeons Hall in Edinburgh.
For more information or to register to join please contact arubio@ed.ac.uk or call 07876647083. Participants in the group will be compensated for their time.
SCONe is funded by Sight Scotland, RS MacDonald Trust and the Royal College of Surgeons Edinburgh.
£11 million grant funding confirmed for public sector bodies
Leisure centres, schools and university campuses will be transformed by a government fund designed to accelerate the decarbonisation of public sector properties, the Scottish Government announced yesterday.
The University of Edinburgh, Fife Council and Edinburgh Napier University are among the first seven projects to share grants for clean heating and energy efficiency improvements totalling £11 million from the £20 million Public Sector Heat Decarbonisation Fund.
The funding, to support the ambition to reach net zero by 2045, is the first time direct grant awards have been made to public sector bodies instead of loans.
A recent Scottish Government consultation on proposals for a Heat in Buildings Bill asked for views on a possible requirement for all buildings owned by a Scottish public authority to move to clean heating systems by the end of 2038. There are currently around 23,000 buildings in public ownership.
Zero Carbon Buildings Minister Patrick Harvie (well, he was until this morning, anyway – Ed.) said: “Heat from our homes and buildings is responsible for around a fifth of Scotland’s overall emissions so there is no route to delivering Net Zero by 2045 without tackling this.
“Not just our homes but our schools, universities, offices, hospitals and libraries also need to improve their energy efficiency and make the move to clean heating.
“We are absolutely committed to addressing Scotland’s reliance on direct emission heating systems that produce greenhouse gas emissions when we use them, which is why we have consulted on ambitious proposals for a Heat in Buildings Bill which we intend to bring forward during the current Parliament.
“We have made clear that we want all public sector buildings to have moved to clean heat by the end of 2038. We expect the public sector to demonstrate leadership in this area and I am therefore very pleased to be able to confirm these first awards from the Fund. Further awards will be confirmed shortly.”
The funding is part of £200 million already committed to the public sector for energy efficiency and renewable heating over the next five years – part of the wider plan to spend £1.8 billion during the current parliamentary session on decarbonising Scotland’s buildings.
The University of Edinburgh will receive £2.08m to support the reduction of heat demand at its King’s Buildings campus, home to the College of Science and Engineering, including through fabric insulation and pipework insulation upgrades.
The project will also take steps towards the decarbonisation of heat supply. A heat recovery pump will recycle waste heat from one of the University’s data centres and upgrade it for use within a local district heating network.
Catherine Martin, Vice Principal Corporate Services, University of Edinburgh said: “The climate crisis is one of the greatest challenges we are facing.
“The University of Edinburgh has a clear commitment to take positive action to address our impact on the climate and ultimately reach our institutional goal of being net zero by 2040.
“We need a coordinated approach to these activities and the funding from the Scottish Government will support our efforts to generate solutions and sustainably adapt the way we operate.”
Grants have been confirmed for the following projects:
Recipient
Grant awarded
Project
University of Edinburgh
£2,079,459
King’s Buildings campus – to support the reduction of heat demand and take steps towards decarbonisation of heat
Fife Council
£2,404,911
St Andrew’s RC High School and Beacon Leisure Centre – installation of a combination of air-to-water heat pumps and water source heat pumps as the primary heat source for both, plus heat demand reductions at St Andrew’s RC High School
Scotland’s Rural College
£387,130
Barony Campus, Dumfries – retrofitting insulation including on the grade II listed Kirkmichael House
Perth & Kinross Council
£324,546
Auchtergaven Primary School, Bankfoot – upgrading the existing heating supply via the installation of two air source heat pumps and the installation of a building management system
North Lanarkshire Council
£2,345,176.00
Strathclyde Park Watersports Centre – whole building retrofit, redesign and extension as part of revelopment into Net Zero Health Hub
Edinburgh Napier University
£1,241,966.00
BE-ST A Lab – Removal of gas-based fossil fuel heating system as part of retrofit including Mechanical ventilation and heat recovery, a sustainable innovative curtain wall system, a solar PV integrated roof system and a sustainable LED ready lighting control system
Dumfries and Galloway Council
£2,500,000
Dumfries Ice Bowl – replacement of the mains gas system with a low emission water source heat pump with heat recapture technology to allow heat generated from the refrigeration system to be recovered, plus energy efficiency measures
University of Edinburgh Statement on the death of Professor Peter Higgs
It has been confirmed that Professor Peter Higgs has died at the age of 94. He passed away peacefully at home on Monday 8 April following a short illness.
Peter is renowned the world over for his prediction of the existence of a new particle – the so-called Higgs boson – which he first proposed in 1964.
It would be almost 50 years before the particle’s existence could be confirmed, with experiments at the Large Hadron Collider at Cern finally confirming Higgs’ theory in 2012. He was jointly awarded the Nobel Prize in Physics for this work in 2013, along with Francois Englert.
Peter was also a great teacher and mentor, inspiring generations of young scientists.
“Peter Higgs was a remarkable individual – a truly gifted scientist whose vision and imagination have enriched our knowledge of the world that surrounds us.
“His pioneering work has motivated thousands of scientists, and his legacy will continue to inspire many more for generations to come.” – Professor Sir Peter Mathieson, Principal and Vice Chancellor of the University of Edinburgh
Creative Informatics events at Edinburgh Science Festival
Creative Informatics, the research and development programme established to bring together Edinburgh’s world-class creative industries and tech sector, has partnered with Edinburgh Science Festival to celebrate the end of its funded programme and showcase the brilliantly wide-ranging community that has been built.
Since 2018, Creative Informatics has supported individuals and organisations working in the creative industries in Edinburgh and Southeast Scotland to do inspiring things with data and digital technologies.
Events and activities inspired by the project come together in a festival programme packed with creative experiences, demonstrations, and debates at the National Museum of Scotland and Summerhall.
A new interactive exhibition ‘Unleashing the Power of Data’ runs throughout the two weeks of the festival at the National Museum of Scotland, and showcases some of the incredible artworks, objects, and innovations developed by Creative Informatics community. VR and AI tools combine with light, sound, and music across a series of immersive installations.
Exhibits include a VR obstacle course through digital landscapes traversing forests, valleys and cliffs from game designers Bear Hammer; a collaborative music making app that transforms phones into magic wands, allowing audiences to make music together in real time, created by Ray Interactive; an interactive light-box from artist Dominka Jackowska combining art, sound, and animation allowing users to manipulate sounds through drawing and movement; an AI-driven, Lego-powered DJ centre which allows visitors to create their own music using building-blocks, designed by Playable Technology; data-inspired art and sculpture from artists Rebecca Kaye, Mella Shaw, Caitlin Macdonald and Inge Panneels; and a digital exploration into Edinburgh’s fabled ‘lost’ Empire Palace Theatre.
Other events include ‘Creative AI for Creative Work’, a talk at the National Museum of Scotland exploring the burgeoning world of AI and its positive potential for use across the creative sectors, as Chair Frauke Zeller – Professor of Human-Computer Interaction and Creative Informatics at Napier University – is joined by creative professionals working with AI to enhance their projects – from developing playful innovations to creating new revenue streams for sound and audio production.
Lastly, experience why Scotland has a global reputation in the video game, film and TV industries at Let’s Play, a data-driven evening for adult audiences at Summerhall, part of the festival’s ‘Nights Out’ programme. This playful evening features interactive experiences, short talks from industry creatives and researchers, and AI-generated beats creating a live soundtrack to the event.
Festival-goers are invited to immerse themselves in a new world of data-driven inspiration and discover more about the programme behind the creative innovations.
Creative Informatics is led by director Melissa Terras, Professor of Digital Cultural Heritage at the University of Edinburgh’s Design Informatics in Edinburgh College of Art, and since 2018, has supported creative professionals in Edinburgh and Southeast Scotland to develop new and innovative work by providing funding and development opportunities that explore how data can drive ground-breaking new products, business, and experiences.
Over the last five years the programme has engaged with almost 3000 businesses and individuals, with 683 benefitting from training and new skills programmes, and 136 SMEs supported to explore data-driven business opportunities.
This work has sustained 429 jobs and created 210 new products, services, and experiences, in turn generating over £7.5 million in further funding and investment. As the funded programme draws to a close, Creative Informatics now looks to the future and legacy support for the community created in the past five years.
Professor Melissa Terras, Professor of Digital Cultural Heritage at the University of Edinburgh:‘We’re really excited to be celebrating the achievements of the Creative Informatics programme at this year’s Edinburgh Science Festival.
“Our events have been specially curated to highlight some of the extraordinary work developed through our programme – from innovations in gaming and audio production to artistic creations that push the boundaries of how we think, feel and interact with the world around us.
“These events and exhibits showcase the incredible Creative Informatics community that has been built over the last five years, whose practice, products and networks will form a lasting and supportive legacy for creative professionals across Edinburgh and South East Scotland’.
Creative Informatics is a partnership across four organisations: the University of Edinburgh, Edinburgh Napier University, Codebase and Creative Edinburgh, funded by the Arts and Humanities Research Council, Department of Culture, Media & Sport, the Data Driven Innovation programme and the Scottish Funding Council.
Creative Informatics: Unleashing the Power of Data | Hawthornden Court, National Museum of Scotland | 30 March – 7 April
Explore some of the innovative products, new experiences and groundbreaking creative work that has been developed through funding and support from Edinburgh’s Creative Informatics programme.
As the innovation programme draws to a close, this interactive showcase celebrates the achievements of its creative community. Stop by to experience virtual reality worlds, discover new data-driven artworks and use building blocks to create your own music.
Exhibitors
Bear Hammer | Venture’s Gauntlet | Explore vast and stunning environments such as open highlands, caves, cliff edges and a castle; each jam-packed with its own unique puzzles and challenges.
Dominika Jackowska | Interactive Light Box | Interactive, fun, and playful electronic installation for an audience of all ages, combining drawing, sound, and animation.
Ray Interactive | IMP | IMP is a fun, interactive, collaborative music making app that transforms phones into magic wands, allowing you to make music with your friends. Simply scan the QR code and you get to control a layer of sound and create music together.
Tinderbox | Tinderbox Games Club Expo | Using different forms of technology to make games. Together we play, research and make games, as well as design our own artwork, audio & code needed for them.
Ice Cream at the Interval | Reimagining the Empire Palace | A combination of physical modelling and digital innovation to explore and reimagine Edinburgh’s ‘Lost’ Empire Palace Theatre
Yaldi Games | Wholesome Out and About | A factual life simulator that broadens your horizons. Learn about foraging, healthy cooking & creative crafts while playing and then recreate them in real life
Mahsa Nikoufar | Creative Gradient | Creative Gradient uses GIS geospatial data and Python programming to turn raw data into contemporary pixel art, communicating the use of data to different age groups in fun and colourful ways.
Kate Ives | To the Core | To the core is a tactile Jesmonite sculpture carved with geometric patterns that reflet data relating to the decline of native British species and explores what we can do to support biodiversity in our communities
Ailie Finlay | My Kind of Book | Creative ways to ensure that children with complex additional needs, including PMLD (profound and multiple learning disabilities) have books and sensory stories to enjoy
Playable Technology | Beat Blocks Live | A new app for iOS that enables you to build music in real-time with traditional children’s building blocks
Ploterre | Naturally Curious | Ploterre uses environmental data to create artwork from processes and discoveries within the natural world. Combining principles from the fields of mathematics and design, it describes data via colour and form, making it more accessible, and beautiful in the process.
Mella Shaw | Sounding Line | A short film showcasing how Mella created Sounding Line – a award-winning large-scale ceramic installation addressing the devastating effect of marine sonar on whales and other cetaceans.
Cloud Quilting | Reul-iùil – guiding star | A personalised quilt pattern creator that allows makers to embed meaning in these significant handmade decorative and functional objects through the use of data-driven design.
Caitlin Macdonald & Inge Panneels | Picture Your Poisons |Picture Your Poisons is an intimate portrait of a cancer treatment journey through the specific lens of one patient’s course of treatment.
Creative AI for Creative Work | National Museum of Scotland | Wednesday 10 April, 6pm
The rapid rise of Artificial Intelligence is creating challenges for the creative industries around human creativity, originality, intellectual property, and ethics. However, AI has incredible potential as a tool for creative work – for experimentation or as part of an ideation process.
Hear from creative professionals working with AI to enhance their projects – from developing playful innovations to creating new revenue streams for sound and audio production. Chaired by Dr Frauke Zeller, Professor of Human Computer-Interaction and Creative Informatics at Edinburgh Napier University.
Let’s Play | Summerhall, Dissection Room | Friday 12 April, 7pm
Get your game face on and extend your reality as we explore how creative technologies and on-screen innovation are changing how we play and experience the world around us – and worlds we can only imagine.
Virtual production is one of the most exciting new technology areas and Scotland has a global reputation for game, film and TV production.
Join us for a playful evening with interactive experiences and short talks from industry creatives and researchers.
Try out some new creative tech or relax with a drink from the bar and some AI-generated beats.
