Paul Mason

Paul Mason is Director of Innovation Policy at Innovate UK, the UK’s innovation agency. The role gives him a key role in determining the future of technology across the nation.

It could have been different. An enthusiastic jazz player in his teens, he almost became a professional musician. But decided instead to study chemistry. The income prospects for a scientist were more reliable than for a freelance jazz player, he says. “Career choice has to be a compromise between what you love, what you do well and what people are prepared to pay for.”

Paul acknowledges the huge educational opportunities he has experienced, first at his local comprehensive then at Balliol College, Oxford. “The quality of staff at school and university, and the time they invested in their students’ education, was huge,” he says.

Graduating in 1984, he rejected merchant banking and took up a full-time job at Courtaulds, which had sponsored his degree. It was there that he first used a networked computer, which the company had installed for its researchers to share their work and exchange reports.

During 25 years in the chemical industry, Paul worked on a wide range of technologies and markets. At Courtaulds, he worked on industrial and apparel fibres, high-tech and packaging films, separation technologies, polymers for a range of applications including LCD polarising filters and sunglasses frames, dyeing technologies, anti-fouling coatings for shipping, and in many other areas including spells in Europe, the US and Japan. He went on to hold change management, manufacturing, and commercial roles in Akzo Nobel and CVC/Acordis.

In 2007, Paul became Head of Development at the newly-formed Technology Strategy Board, which later morphed into Innovate UK. He is responsible for corporate strategy and the programmes that support its development and implementation.

Over the years, Paul has set up and launched national innovation programmes in areas such as agriculture and food, stratified medicine, disease diagnosis and creative industries. In many of these, the UK is world-leading, he says.

Not every idea that gains funding can be expected to succeed. “We’ve invested in some individual projects that went nowhere, but that would happen in industry and with venture capital too – but the programmes overall have been successful.” In innovation the UK is punching well above its weight in many areas, he says, including in offshore renewable energy, creative and digital industries, automotive, aerospace, advanced manufacturing and service industries, and in pharmaceutical and medical industries. For instance, in advanced therapies “about 38% of all European clinical trials are being conducted in the UK.”

Mischa Dohler

Mischa Dohler is now Chief Architect in Ericsson Inc. in Silicon Valley, USA, having previously been Professor in Wireless Communications at King’s College London.

He was born in Germany, into a family of scientific academics, who were also talented in music and business.  He has continued the family tradition, as academic, entrepreneur and musician.  Mischa brings all those skills and interests to bear on his approach to technology, speaking eloquently of its relevance to diverse aspects of our lives; industrial, personal and cultural.

He demonstrated the power of 5G communications to enable collaboration over the Internet in a real time duet with his daughter 1000 km away and looks forward to medicine, industry and culture developing with 6G and the Internet of Things, Skills and beyond.

Professor Sir Ian Diamond

Professor Sir Ian Diamond first encountered a computer as a student at the London School of Economics the mid-1970s. He learnt Fortran and submitted programs on punched cards. “But we never actually used computers to analyse data,” he says.

Computers are now crucial to Sir Ian’s role as the UK’s national statistician, and principal adviser to the UK Statistics Authority and the Government. The task involves using the latest AI, machine learning and textual analysis to tackle some of the thorniest current social and economic challenges.

From the beginning, Sir Ian was interested in the application of statistics to social science, demographics and survey data. Statistics have had a bad press, he says, but when they are rigorous and well put together they are increasingly reliable and powerful. For example, they have recently helped discover how the coronavirus is impacting people disproportionately in different ethnic groups.

After an MSc at the LSE, Sir Ian took a PhD at St Andrews, where he received “outstanding supervision” looking at the problem of relatively high drop-out rates among Scottish students compared with their English counterparts.

His career has included being chief executive of the Economic and Social Research Council and vice chancellor of the University of Aberdeen. In 2019, he did not take much persuasion to apply for the post of national statistician.

“It has been a total thrill every day since,” he says. “We need to produce data that the public can trust, and to reflect the economy and society at a time when it is changing very quickly.”

Massive technology change has made it possible to think increasingly radically about all kinds of data, and to produce ever more timely and accurate statistics. But it is really important to have a social theory about what you are doing, says Sir Ian. And to communicate properly, explaining assumptions and ensuring that people can understand the level of uncertainty and margin for error.

For those interested in studying statistics, there can be no better career, he says, and the UK has some of the world’s strongest institutions.

Billy D’Arcy

Billy D’Arcy is Chief Executive Officer for BAI Communications group’s UK operation. A global leader in the design, build and operation of communications networks on transport systems, BAI is installing a network-neutral telecoms infrastructure in the London Underground so that mobile users can get the service from whatever network operator they choose. This decades long project involves investment in excess of £1Bn upgrading the technology into 6G and beyond, as well as providing above ground infrastructure for emergency services, traffic management and Wi-Fi.

Billy has spent 30 years in the telecommunications industry at Cable and Wireless in Ireland, O2 and faced keeping his customers served when WorldCom was in Chapter 11. He shares his views on Ireland, building business enterprises, treating people right and what makes a great shareholder.

Professor Jim McLaughlin OBE

Professor James Mclaughlin OBE is working on portable / wearable diagnostic devices that will transform personal healthcare with automatic monitoring of heart rates, blood sugar levels and the like, reporting the results and triggering alerts over mobile . He worked on the team that developed the first external defibrillator and is now the director of the Nanotechnology and Integrated Bioengineering Centre at the University of Ulster. He holds over 30 patents including for the world’s best-selling disposable medical electrode. He has successfully co-founded a set of spin-off companies while raising over £100 million of research funding.

Professor Peter Dobson OBE

Prof Peter Dobson OBE was born during WWII in Liskeard,  Cornwall and led a “net zero carbon existence” for his first 14 years without mains electricity or water. 

After Grammar school, he chose a GPO (General Post Office, now BT) scholarship to take him to university and worked alongside Tommy Flowers.  His broad career has covered a wide range of disciplines from physics and chemistry to materials science and engineering and bridged industry (Philips) and academia (Imperial College and Oxford).  Peter was responsible for creating and building The Begbroke Science Park for Oxford University.

Peter has successfully spun-off numerous companies. His latest, Oxford NanoSystems was formed in 2012. He is currently on the advisory board of several companies involved in nano-materials, healthcare and energy. He was awarded the OBE in 2013 in recognition of his contributions to science and engineering.

Dr Martin Read CBE

Dr Martin Read CBE is credited with the transformation of Logica, from the archetypal British 20th century software house with a headcount of 3,000 largely centred in the UK, to a 21st century dynamic enterprise with a headcount in excess of 40,000 based in over 40 countries. Martin followed the familiar path from grammar-school boy in Basingstoke to Oxford DPhil in Physics via Cambridge. He then deviated from a classic scientific career path and commenced his employment in shipping container logistics, where he applied his intellect to operations and strategic planning and worked abroad.

After a spell in the marine business of International Paint, his commercial and management skills were honed working for Lord Weinstock at GEC, before he was headhunted to Logica. After 14 years in the software industry, Dr Read again switched track and has been in high demand for a diverse portfolio of chair, non-executive director and senior advisory roles in industry and Government. His advice to the next generation is to begin their careers in well-managed organisations and to gain early experience in sales and working abroad .

Sir Michael Brady Part 2

Professor Sir Michael Brady is Emeritus Professor of Oncological Imaging at the University of Oxford, having retired in 2010 as Professor of Information Engineering.  He was co-director of the Oxford Cancer Imaging Centre.  He is distinguished for his work in artificial intelligence, applying his work to a wide range of medical programmes, particularly breast, liver and colorectal cancer.  He combined his work in oncology with a range of entrepreneurial activities including Deputy Chairman of Oxford Instruments, and the founder of successful start-ups such as Guidance, Mirada Medical, Optellum, Perspectum, ScreenPoint Medical, and Volpara Solutions among others.