Developing the Next Generation of Robotics Talent

MK:U and GXO have partnered to develop the next generation of robotics and automation specialists through the UK’s first degree-level Robotics Engineering Apprenticeship. The programme responds directly to the growing demand for advanced technical skills across the logistics sector, combining academic excellence with real-world industry experience to prepare apprentices for careers at the forefront of automation, artificial intelligence (AI) and robotics.

By enrolling two of their employees onto the first cohort, GXO is investing in future talent while reinforcing its commitment to innovation, continuous learning and workforce development.

The Challenge

The logistics industry is undergoing rapid technological transformation. Robotics, automation and AI are reshaping warehouse operations, improving productivity, increasing efficiency and creating safer working environments.
However, as organisations adopt increasingly sophisticated technologies, demand for highly skilled engineers has grown significantly. Employers need professionals who not only understand robotics and automation but can also design, develop, integrate and maintain intelligent systems within complex operational environments.With the UK robotics market continuing to expand and automation becoming central to the future of supply chains, developing specialist talent has become a strategic priority for industry.

The Solution

Working alongside Cranfield University and industry partners, MK:U launched the UK’s first degree-level Robotics Engineering Apprenticeship to address this emerging skills gap. The three-and-a-half-year programme combines academic study with practical workplace experience, enabling apprentices to develop expertise in:

  • Robotics engineering
  • Artificial intelligence
Automation technologies
  • Programming and software development
  • Systems integration
  • Engineering design and maintenance

Designed with employers, the apprenticeship ensures that learning reflects the latest developments in robotics while allowing participants to immediately apply new knowledge within their organisations.

Partnership in Action

As one of the UK’s Top 100 Apprenticeship Employers, GXO has a long-standing commitment to developing talent through work-based learning.

The organisation enrolled two colleagues onto the inaugural Robotics Engineering Apprenticeship, including Greg Matthews, an Automation Engineering Manager based at GXO’s Daventry site.

Already working with advanced automation technologies, Greg viewed the apprenticeship as an opportunity to deepen his technical expertise while continuing to deliver operational improvements within the business.

Reflecting on the programme, Greg said:

“This apprenticeship is a game-changer for my career. The course offers the perfect balance of hands-on experience and theoretical knowledge in robotics. I look forward to deepening my expertise and applying what I learn to my day-to-day role at GXO.”

The programme allows apprentices to remain in full-time employment while studying, ensuring that learning has an immediate impact within the workplace.

Driving Innovation Through Education

For GXO, robotics, automation and AI are already transforming operations across its logistics network.

The company has reported productivity improvements of up to six times in operations supported by robotics, demonstrating the significant value these technologies can deliver when implemented by skilled teams.

Through the partnership with MK:U, GXO is helping to build the specialist workforce needed to maximise the benefits of automation while supporting long-term business growth.

Academic Excellence with Industry Relevance

The Robotics Engineering Apprenticeship has been developed to ensure graduates possess both technical capability and the wider systems thinking required to work in modern engineering environments.

Dr Rebecca Raper, Lecturer in Robotics and Programme Lead, highlights the importance of combining engineering expertise with practical application:

“Robotics and AI are becoming an integral part of our daily lives, driving demand for skilled professionals who can shape the future of this rapidly evolving industry. Employers need individuals with not only strong engineering and technical expertise but also a deep understanding of how robots interact with wider systems and people.”

By integrating academic learning with employer-led projects, apprentices graduate with the knowledge, confidence and experience required to lead future innovation.

Impact

For Apprentices

The programme provides participants with:

  • A degree while earning a salary.
  • Practical experience in cutting-edge robotics and automation.
  • Exposure to real engineering challenges.
  • Enhanced technical and leadership skills.
  • Opportunities for long-term career progression.

For GXO

The partnership supports GXO by:

  • Developing highly skilled robotics specialists.
  • Supporting digital transformation across operations.
  • Building future engineering capability.
  • Investing in employee development and retention.
  • Strengthening innovation across its logistics network.

For MK:U

The collaboration demonstrates MK:U’s commitment to delivering employer-focused education by:

  • Creating programmes that respond directly to industry needs.
  • Working alongside leading employers to shape curriculum.
  • Supporting regional and national skills development.
  • Preparing graduates for emerging technologies and future careers.

Looking Ahead

The launch of the UK’s first degree-level Robotics Engineering Apprenticeship represents an important milestone for both higher education and the logistics sector.

As automation and AI continue to transform industries, partnerships between universities and employers will play an increasingly important role in developing the skilled workforce needed to drive innovation.

Through its collaboration with GXO, MK:U is helping equip apprentices with the expertise to lead the next generation of intelligent logistics, demonstrating how employer-led education can accelerate technological progress while creating meaningful career opportunities.