Digimakers and Robofest at the Barton Hill micro-campus

On Saturday 26 June, we hosted Bristol Robofest at our Barton Hill Micro-campus at Wellspring Settlement. In collaboration with researchers from Bristol Robotics Lab and DETI Inspire at UWE Bristol the Digimakers team delivered a series of exciting, free Robotics workshops.

24 enthusiastic 10-14 year olds from the local area took the opportunity to explore and play with MicroBit BitBots and Thymio Robots. They learnt about cutting edge research in the field of Swarm Robotics, while honing their skills in programming and problem solving.


Lucy aged 10 said “it was the most fun I’ve had in ages and I learnt about how little robots can swarm and work together”.

Bristol Robofest is an annual city-wide initiative, delivered by teams from STEM Ambassadors, DETI Inspire at UWE Bristol, Bristol Robotics Lab, and the University of Bristol’s Digimakers.

Digimakers is part of  the University of Bristol’s Engineering engagement programme, delivering a range of free technology inspired activities for young people aged between 6 and 18, in the community, online and in schools.

For more information go to bristol.ac.uk/engineering/outreach and www.digimakers.co.uk.

Bristol’s pioneering role in quantum and deep tech research and commercialisation.

A Q&A with Mustafa Rampuri, Director of Enterprise Services, University of Bristol.

1. For those that don’t know much about you, what is your role and what is your background?

My role is to help the University of Bristol deliver on its vision to support our partners, students and staff to achieve their enterprise and entrepreneurial aspirations. This means ensuring our innovation and enterprise assets like Engine Shed, SETsquared Bristol and QTIC+ are fully enabled to help achieve extraordinary outcomes within our region.

2. What does QTIC+ do?

QTIC+ is an innovation centre which supports businesses to take deep and emergent technology to market. Our core specialisms are quantum enhanced businesses, but we also have a great track record in cybersecurity and future networks. We provide business and technical support, as well as office, meeting and breakout spaces, high quality laboratories, a hackspace for prototyping and building device technologies, and of course, great coffee.

3. Why is quantum technology so important?

Quantum technologies work in ways that are very different to classical technologies. By harnessing the properties of single particles of light or single atoms, engineers and scientists have developed a new class of technology that goes far beyond the limitations of classical physics. This allows us to measure with greater precision, sense with greater certainty, provide communication secured by the laws of physics, simulate ultra-complex interactions, and solve problems using quantum computers that would be forever out of the reach of classical machines.

4. How are quantum technologies already influencing our lives and which sectors in your view will see the biggest growth looking forwards?

The advent of quantum technology has set in motion a chain of events that are already changing technologies that we rely on. For instance, cryptography, used to secure our online lives, is moving towards being “quantum safe” to mitigate that quantum computers are becoming so powerful they will render our current encryption schemes vulnerable to attack.  Looking forwards, the applications will be incredibly broad and exciting, from pharmaceuticals to the energy sector. Specific examples could be faster drug discovery through simulation and analysis of more complex molecules or helping to reduce our carbon footprint through optimisations of complex interactions such as autonomous transportation.

5. Why is the UK one of the world’s major investors in quantum research?

The UK has invested in quantum for decades, however in 2014 the UK National Quantum Technologies Programme launched which has invested over £500m in research and technology development. The West of England Combined Authority had the foresight to coinvest and awarded the University of Bristol £35m to establish QTIC+.  The University of Bristol is today one of the world’s leading quantum centres, boasting three Nobel prize winners.

6. QTIC+ is due to move to the new Temple Quarter Enterprise Campus (TQEC) in 2023. What will this mean for QTIC+?

As we transition to the Temple Quarter Campus we will take the keys to new state of the art labs, a Design Factory for rapid prototyping and a suite of offices, breakout and meeting spaces. All under the same roof with University industrial partners, academics and students, creating a vibrant and creative atmosphere that will attract talented people and make a great venue for supply chain development, building new networks and drawing investors to the region.

7. How can we attract more diversity and inclusion into the quantum and deep tech sectors?

This starts by breaking out of conventional modes of working to encourage people from diverse backgrounds and from all walks of life to engage with these types of activities in a way and a format that works for them, and together with community organisations who know best how to do this for the groups they represent.  It also needs visible role models and leaders from diverse backgrounds who people can take inspiration from and who can use their influence to help level the playing field. This is not easy and establishment organisations need to do more to help address the imbalance. Importantly this isn’t just a nice thing to do, it’s a real business imperative. Organisations with a diverse workforce are more resilient and can attract a broader customer base. Bristol, as a city, is a great example, with over 90 languages spoken. This represents more than 90 potential export markets; it means employees who have different relationships with technology are included in the product definition allowing more versatile technologies to be created that have broader appeal.

8. How would you describe Engine Shed?

Engine Shed is one of the region’s leading organisations that support enterprise and entrepreneurship. It has a formidable track record and has consistently set the standard for support for a variety of organisations to drive inclusive economic growth in the region.

9. How is QTIC working with Engine Shed and SETsquared Bristol to support entrepreneurship and innovation in the region?

The new Enterprise Services remit brings together the University’s internationally recognised enterprise and innovation assets and programmes covering a broad range of support, networks and facilities for a wonderful mix of companies. Drawing this together enables the whole region to benefit from the investments made by regional and national government, our partners and the University over many years.  For me, I’m thrilled to be working with these extraordinary teams and I’m looking forward to creating even better services and support then before.

10. To what extent can Bristol do more for entrepreneurs?

Bristol as a region values entrepreneurship highly, however through focussed action to bring about a collective voice for the region then it will enable lines of investment to be opened. Through increased promotion of the region’s businesses and entrepreneurial talent, including better coordination of networks, increased capacity for training and skills and investment to address key market failures, the region will be well placed to thrive over the coming years.

11. How do you see the future role that universities need to have in a city economy?

Universities as anchor institutions play a vital role in regional economies; they act as attractors and producers of talent, investment and knowledge. During the pandemic, the University of Bristol has refocused on its civic mission proving that it has a role to play in supporting stimulus and economic renewal, particularly with communities in the region who would normally be overlooked, remaining in the productive margins.  The University will of course need to adapt and change continuously and its ability to do this will be the mark of success.

12. If someone is interested in exploring opportunities in quantum, who should they talk to?

If you are a high technology business looking for technical space and support we’d love to talk to you. Please visit the QTIC website and get in touch, or talk to our colleagues at Engine Shed or SETsquared who can help make an introduction.

This article was originally published by Engine Shed, as part of the Let’s Chat series. 

Working with the LV=GI team: the heart of data science

Originally published on Engineering blog

We live in a world of big data, with all the questions that raises around privacy and how our data is used. Data scientists and data engineers are helping answer those questions and a team from LV=GI is embedded within the School of Computer Science, Electrical and Electronic Engineering, and Engineering Maths.


Chloe Young works as a data engineer in LV=GI’s data science team. They make, build and deploy the machine learning models that are used by call handlers while speaking to customers. They check the models meet the necessary standards and that they’re working properly and they raise alerts if they don’t.

Tell us a bit about your work

Our data science team has three locations, and I’m lucky enough to be based at the University as part of our collaborative partnership, so I split my time between LV=GI projects and university projects. This means I sometimes work with groups like the Smart Internet Lab, supporting our co-designed and co-delivered master’s degree programme – or with student societies giving talks and holding events like the Datathon with the Data Science Society.

The Datathon event

Educating and guiding the next generation is one of the key partnership goals. We’re in a unique position: we get access to academics and students, and have an input into some of their amazing research. We love the highly energised environment – it makes for a really interesting workday!

Both the University and LV=GI share a knowledge base that goes beyond simple project engagements. LV=GI gain access to a large pool of potential team members, as well as academic colleagues who enable us to be at the forefront of research. Our colleagues from the University are able to demonstrate real-world applications of their work.

What did you study and why?

I took physics at the University of Kent and then a master’s by research in marine geology and geophysics at the University of Southampton. For my undergraduate degree I was torn between engineering, physical geography and physics. I chose physics for its flexibility; I could continue to improve on my maths and problem solving skills so they would be of use in any future studies. My master’s let me apply what I’d learnt to some problems I loved and was fascinated by. I didn’t know it at the time, but it gave me the coding skills to get me started with a career in tech.

What did you do after your degree?

Before joining the data science team here, I worked at a data consultancy as a DevOps Engineer. During my two years there I went from having only a brief knowledge of cloud technology to becoming a certified Amazon Web Services Solutions Architect.

What was your favourite toy as a child?

I loved anything crafty, those stained glass window gel paints, any sort of cross stitch or sewing project, anything where I could make something totally new.

This year’s theme for International Women in Engineering Day is ‘Shape the World’ – how do you think engineers will do that in the next 10 years?

With the rate everything is moving now, we’ll definitely see massive changes. In my job you have to keep learning all the time to keep your skills relevant; new technologies emerge that can improve or totally change the best way to do something. New tech will improve how we use data science; we’ve really only just began to scratch the surface. In the future I think it will continue to make our daily lives easier, and I think we’ll see it used more widely to make intelligent business decisions. Most importantly, I think as the number of people with these skills grows across all academic disciplines, it will be used much more widely to enhance our research and drive us towards new discoveries.

Chloe Young