Oxfordshire Wants 30,000 More Tech Jobs. Where Will the Talent Come From?

Oxfordshire Wants 30,000 More Tech Jobs. Where Will the Talent Come From?

Oxfordshire has ambitious plans to create 30,000 new innovation jobs by 2035. It's exciting news for the region's technology sector, but it raises an important question: where will the people needed to fill those roles come from?

Oxfordshire has firmly established itself as one of the UK's leading innovation hubs, with businesses working across quantum computing, photonics, artificial intelligence, life sciences and advanced engineering.

And the region's ambitions are only getting bigger.

The recently announced Equinox 2035 Strategy sets out plans to create 30,000 net new innovation-linked jobs, develop 20 unicorn companies (businesses valued at over $1 billion) and attract more than £1 billion in annual investment by 2035.

It's an exciting prospect for Oxfordshire's economy, with the potential to create thousands of opportunities for businesses and technical professionals.

But from a recruitment perspective, it also raises an interesting challenge.

If Oxfordshire's technology sector continues to grow at this pace, how will businesses find the specialist talent they need to keep up?

A Growing Sector, an Increasingly Competitive Talent Market

Oxfordshire is already home to approximately 3,000 high-tech businesses employing around 30,000 people.

The ambition to create another 30,000 innovation-linked jobs over the next decade represents a significant opportunity, but also highlights the importance of building a sustainable talent pipeline.

Many of the region's technology businesses operate in highly specialised fields, where finding the right combination of technical expertise and practical experience can be challenging.

At Humand Talent, we work with engineering and technology businesses across Oxfordshire, and one of the recurring challenges in specialist recruitment is finding people who can combine strong technical knowledge with the practical skills needed to develop, manufacture and commercialise complex products.

Whether it's an electronics engineer with hands-on hardware development experience, a mechanical engineer who can take designs through to production, or a manufacturing professional comfortable working with high-precision technology, these combinations of skills aren't always easy to find.

As more businesses grow, the competition for these professionals could become even greater.

And when companies across quantum, photonics, semiconductor technology and advanced manufacturing are looking for similar engineering capabilities, they're not necessarily competing within their own industries anymore.

They're competing across the wider technology sector.

The Right Engineer Might Be Working in a Different Industry

One of the biggest opportunities for businesses facing specialist recruitment challenges is recognising the value of transferable skills.

Oxfordshire's technology landscape is incredibly diverse, but the engineering principles behind many of these businesses often overlap.

An engineer from aerospace might have extensive experience in precision mechanical design, complex assemblies or high-reliability electronics.

Someone from automotive manufacturing could bring valuable knowledge of production processes, testing, quality assurance and continuous improvement.

And engineers working in scientific instrumentation or medical devices may already have experience developing the highly precise systems used in emerging technologies.

Of course, some roles require very specific technical knowledge, particularly in highly specialised research and development environments.

But for others, insisting on direct industry experience can unnecessarily limit the available talent pool.

We've seen how important it can be to look beyond job titles and industry backgrounds when assessing technical professionals. Two candidates may have worked in completely different sectors but developed remarkably similar engineering capabilities.

For businesses looking to grow, understanding which skills are genuinely essential and which can be developed could make a significant difference to their recruitment success.

From Research to Production: A Different Hiring Challenge

Oxfordshire has an impressive track record of developing innovative technologies, but taking those technologies from research into commercial production requires a different mix of skills.

A business that begins with a small team of scientists and development engineers may eventually need manufacturing engineers, production technicians, quality specialists, supply chain professionals and operational leaders.

These roles are critical to scaling successfully, yet they don't always receive the same attention as the initial research and development.

This is particularly relevant across Oxfordshire's deep-tech sector, where businesses are developing complex physical products rather than purely digital technologies.

As companies move towards commercialisation, they need people who understand not just how a product works, but how to build it consistently, efficiently and at scale.

For hiring managers, this can mean looking for engineers with experience across multiple stages of product development, from initial concepts and prototyping through to testing, manufacturing and continuous improvement.

These individuals can be particularly valuable in growing teams where responsibilities are evolving and employees often need to work across disciplines.

As more Oxfordshire businesses secure investment and expand their operations, demand for this combination of development and manufacturing experience could become increasingly important.

Three Things Oxfordshire's Growing Tech Companies Should Be Thinking About

With the potential for significant growth across the region, businesses may benefit from taking a more proactive approach to building their teams.

1. Look Beyond Direct Industry Experience

When recruiting for specialist engineering positions, it's worth considering whether every requirement is genuinely essential.

Could an engineer from aerospace bring the precision manufacturing experience needed in scientific instrumentation?

Could someone from automotive electronics transition into a different hardware-focused industry?

By focusing on technical capabilities rather than simply previous employers or job titles, businesses can access a broader range of professionals without compromising on the skills that matter.

2. Build Relationships Before You Need to Hire

Specialist recruitment can take time, particularly when businesses are looking for a specific combination of technical expertise and industry experience.

Waiting until a vacancy becomes urgent can create unnecessary pressure on hiring managers and existing teams.

Building relationships with potential candidates early, understanding where relevant skills exist in the market and maintaining visibility among technical professionals can make future recruitment more effective.

This is especially important for growing businesses that anticipate expanding their engineering or manufacturing capabilities over the coming months.

3. Think About Tomorrow's Skills, Not Just Today's Vacancies

As technology businesses scale, their hiring requirements naturally change.

A company focused on research and prototyping today may need an entirely different mix of engineering, manufacturing and operational expertise in two years' time.

Thinking about those future requirements early can help businesses identify potential skills gaps, develop existing employees and make more informed hiring decisions.

It can also create opportunities to recruit people with the potential to grow alongside the business, rather than focusing exclusively on candidates who already meet every requirement.

What Does This Mean for Engineers and Technical Professionals?

While Oxfordshire's growth ambitions present challenges for employers, they also represent an exciting opportunity for people working in engineering and technology.

The expansion of emerging industries could create new career pathways, particularly for professionals interested in applying their existing skills to different technologies.

An electronics engineer working in defence may find opportunities within quantum technology.

A mechanical engineer from automotive or aerospace could transition into scientific instrumentation or advanced manufacturing.

And a production technician with experience in precision assembly and testing may have valuable skills for businesses developing complex new products.

For candidates, the important thing is not to assume that a lack of direct industry experience automatically rules out an opportunity.

Understanding how your technical skills translate across sectors could open doors to businesses and technologies you may not previously have considered.

At Humand, we regularly speak with engineering and technical professionals about their experience, career ambitions and the different industries where their skills could be valuable.

Sometimes, the most interesting next step isn't the most obvious one.

Building Oxfordshire's Future Workforce

Of course, attracting experienced professionals is only part of the solution.

If Oxfordshire is to achieve its ambitions, developing the next generation of engineers, scientists and technical specialists will be equally important.

Apprenticeships, graduate opportunities, technical training and clear career development pathways all have a role to play.

Businesses that invest in developing talent, rather than relying exclusively on recruiting experienced professionals, may be better positioned to support their long-term growth.

The Equinox strategy recognises this, with ambitions to strengthen employer-led skills pathways and improve access to opportunities within the region's innovation economy.

And with so many exciting technologies being developed across Oxfordshire, there is a real opportunity to encourage more people to consider careers in engineering and technology.

The Opportunity Ahead

Oxfordshire has already demonstrated its ability to develop world-leading technology, attract investment and build innovative businesses.

The Equinox 2035 Strategy presents an ambitious vision for what the region could achieve over the next decade.

But delivering that growth will depend on more than investment alone.

It will require businesses to think differently about how they attract, develop and retain technical talent, and professionals to recognise the opportunities available beyond their existing industries.

At Humand Talent, we work with engineering and technology businesses across Oxfordshire, helping them identify specialist talent and build the teams they need to grow.

We also support engineers and technical professionals exploring their next career move, connecting them with opportunities across some of the region's most exciting industries.

If you're planning to grow your engineering team, struggling to find a particular skill set or simply want to understand what talent is available in the market, we'd be happy to have a conversation.

And if you're an engineer considering your next move, whether within your current industry or somewhere completely new, we'd love to hear from you too.

Oxfordshire's next decade of innovation could be an exciting one.

The technology may attract the investment, but it's the people who will make the growth possible.

---

Source: UKTN, Oxfordshire targets 20 unicorns and 30,000 tech jobs by 2035, 20 October 2026. The employment and investment figures are targets set out in the Equinox 2035 Strategy, not confirmed outcomes.