The UK manufacturing sector has long been a cornerstone of the national economy, and the people who train its future workforce deserve recognition alongside the businesses they serve. In a significant piece of University News from the UK, Professor Mehmet Karamanoglu, Head of the Department of Design Engineering and Mathematics at Middlesex University, has been named among 130 innovators, industry experts and business leaders honoured by Make UK as part of its 130th anniversary celebrations.
For prospective students, current engineers, and anyone following manufacturing innovation in Britain, this recognition offers a valuable window into how engineering education and industry collaboration are shaping the sector’s future. It also highlights the kind of expertise students can access when choosing where to study engineering.
A Milestone Recognition for Manufacturing Innovation and Engineering Education
Launched on National Manufacturing Day in partnership with Barclays, the Make UK 130 Honours initiative celebrates individuals across England and Wales whose leadership, expertise and commitment are helping to shape the future of UK manufacturing. Being selected is no small achievement: Professor Karamanoglu is one of just ten honourees from the South East, a region whose recognised individuals represent sectors as diverse as transport, advanced engineering, life sciences, electronics and specialist manufacturing.
The honour reflects a career spanning more than three decades, during which Professor Karamanoglu has worked at the intersection of academia and industry, advancing engineering education, driving manufacturing innovation and building partnerships that connect classroom learning with real-world industrial challenges.
For students considering a career in engineering, this kind of recognition matters. It signals that the academics teaching them are not isolated from industry but are actively embedded within it, influencing how the sector develops and what skills it will demand in the years ahead.
Interested in studying under academics who shape the industry? Explore engineering and technology programmes at Middlesex University to see where industry-informed teaching could take you.
What the Make UK 130 Honours Means for the UK Sector
Make UK, formerly known as the Engineering Employers’ Federation, supports around 20,000 companies ranging from start-ups to multinational organisations across engineering, manufacturing, technology and the wider industrial sector. Its 130 Honours list was created to mark the organisation’s 130th anniversary by spotlighting the people behind Britain’s industrial progress.
Manufacturing contributes significantly to UK economic output and employment, yet the sector faces persistent challenges: skills shortages, the need for digitalisation, and the transition toward more sustainable production methods. Initiatives like the 130 Honours serve a dual purpose. They reward individuals who have made measurable contributions, and they raise the profile of manufacturing as a dynamic, modern career choice for young people weighing up their options.
Professor Karamanoglu’s response to the honour captures this spirit. Speaking after the announcement, he noted that manufacturing plays a vital role in the UK’s economy and future prosperity, and described it as a privilege to work alongside colleagues in industry and higher education who are developing the technologies, skills and talent that will drive the sector forward. He also emphasised that the recognition reflects the collective efforts of colleagues, students and industry collaborators.
Three Decades of Contribution at Middlesex University
Professor Karamanoglu’s connection to Middlesex University runs deep. He earned both his BEng in Mechanical Engineering and his PhD at the University and has been a member of its community for more than 30 years. That long tenure has allowed him to build sustained relationships with businesses, professional bodies and students across multiple generations of engineers.
His research interests span an impressive range of fields central to modern manufacturing innovation:
- Engineering education – developing teaching methods that prepare graduates for the realities of contemporary industry
- Advanced manufacturing – exploring new production techniques and technologies
- Optimisation – improving efficiency in engineering processes and systems
- Mechatronics, robotics and automation – the technologies transforming factories worldwide
This breadth matters for students. Engineering today is rarely a narrow discipline. A mechanical engineer may work alongside software developers; a design engineer may need to understand automation systems. Academic staff whose research crosses these boundaries are better placed to deliver a curriculum that reflects how the industry actually operates.
Connecting Academic Expertise with Industrial Challenges
One of the most valuable aspects of Professor Karamanoglu’s career has been his work delivering knowledge transfer projects and partnerships with businesses across a range of industries. Knowledge transfer, in practical terms, means taking the expertise developed within a university and applying it to solve concrete problems faced by companies, whether that involves improving a manufacturing process, developing new technology, or upskilling a workforce.
For students, these partnerships translate into tangible benefits: placement opportunities, live project briefs, guest lectures from industry practitioners, and coursework that mirrors genuine industrial scenarios. When evaluating engineering education options in the UK, prospective students should look closely at how a university engages with employers, because this engagement directly shapes the quality and relevance of what is taught.
Want to learn how university-industry partnerships work in practice? Learn more about the Faculty of Science and Technology at Middlesex University and its approach to applied research and collaboration.
Developing the Next Generation of Engineering Talent
Beyond his academic and research roles, Professor Karamanoglu has dedicated substantial effort to skills development at a national level. He serves as the UK national expert and training manager for Mechatronics and Automation competitions with WorldSkills UK, an organisation that runs high-profile skills competitions helping young people develop the technical abilities demanded by an increasingly advanced manufacturing sector.
Until recently, he also chaired the GAMBICA Education-Industry Council (GEIC) for three years. GAMBICA is the trade association for instrumentation, control, automation and laboratory technology in the UK, and its Education-Industry Council exists to bring together universities and employers to strengthen innovation and skills development. Professor Karamanoglu continues to serve on the GAMBICA Management Board.
His contribution to collaboration has also been recognised internationally. German control and automation technology company Festo recently acknowledged his outstanding contribution to the partnership between the company and Middlesex University.
These roles illustrate an important point for anyone studying or considering studying engineering: careers in this field are built not only on technical knowledge but on networks, collaboration and a willingness to contribute to the wider professional community. Academics who model these behaviours give students a template for their own professional development.
National Manufacturing Day: Seeing Modern Manufacturing First-Hand
The timing of the announcement coincided with National Manufacturing Day, an annual event organised by Make UK to showcase the reality of modern British manufacturing and inspire more people to consider careers in the sector. This year, more than 130 manufacturing companies opened their doors to local communities, schools, colleges and prospective employees through factory tours, demonstrations and careers events across the UK.
For young people unsure about what a manufacturing career actually looks like, events like these are invaluable. The image of manufacturing as dark, dirty and declining is outdated. Today’s factories feature robotics, automation, data analytics and advanced control systems, precisely the fields in which Professor Karamanoglu specialises. Seeing this environment first-hand can change how students think about their futures.
If you are a student, parent or careers adviser, consider these practical steps:
- Attend factory tours and open days during National Manufacturing Day events
- Explore skills competitions such as those run by WorldSkills UK to test and showcase technical ability
- Seek out university programmes that include industry placements and employer-designed projects
- Follow sector bodies like Make UK and GAMBICA to stay informed about trends and opportunities
Have questions about starting an engineering career in the UK? Write to us, and share your experiences and ambitions in the comments below.
Why Industry-Informed Engineering Education Matters
Professor Karamanoglu’s recognition underlines a broader principle: the strongest engineering education is built on strong industry connections. Middlesex University’s stated commitment to helping the next generation of engineers and innovators succeed rests on three pillars: industry-informed teaching, applied research and strong partnerships with employers.
Each pillar offers distinct advantages to students. Industry-informed teaching ensures that course content keeps pace with technological change, covering areas such as automation, robotics and mechatronics that employers actively seek. Applied research means students learn from academics who are generating new knowledge, not only transmitting established material. Employer partnerships open routes into placements, graduate roles and professional networks that can accelerate a career.
Graduates from programmes with these characteristics tend to enter the workforce with portfolios of practical experience, familiarity with industry-standard tools and an understanding of workplace expectations. In a competitive job market, those advantages are meaningful.
The Future of UK Manufacturing and Your Place in It
The UK manufacturing sector stands at a pivotal moment. Advances in automation, robotics and digital technologies are reshaping production, while the push toward sustainability is creating demand for engineers who can redesign processes and products. The Make UK 130 Honours list, and the individuals on it, represent the expertise needed to navigate this transition.
For readers considering their next step, whether that is an undergraduate degree, a postgraduate qualification or a professional development course, the message from this story is clear: choose an environment where industry and education work hand in hand. The engineers who will lead Britain’s manufacturing future are being trained now, and the quality of their teachers and partnerships will shape the outcome.
Ready to take the next step? Explore engineering courses, attend an upcoming open day, or request more information about studying at Middlesex University. The future of UK manufacturing innovation needs skilled, well-prepared engineers, and that preparation starts with the right education.
