In July 2026, GSK announced plans to establish a new £400 million R&D centre on the Cambridge Biomedical Campus. The 300,000 sq ft site will become the home of GSK’s UK R&D operations and more than 1,000 GSK scientists, placing the business at the centre of one of the UK’s most established life sciences ecosystems.
While it is a major investment in UK science, it also poses wider questions about talent, as life sciences organisations are increasingly building around places where research, patient care, academia, funding and specialist businesses are already close together. Cambridge is one of the clearest examples of that model, and GSK’s move adds further weight to a cluster that is already competing hard for scientific and technical skills.
Outside of typical laboratory or research roles, life sciences organisations now also need people across data, AI, cloud, cyber security, infrastructure and digital platforms. Those candidates are not restricted to the sector, and many can move between life sciences, financial services, defence, technology companies and consultancy. However, when more employers are concentrated in the same places, hiring can pose a bigger challenge.
Why clusters are important to life science employers
Life sciences clusters are important because proximity still has value. Companies benefit from being close to universities, hospitals, investors, specialist suppliers and other businesses working on similar problems, which can offer R&D teams faster access to collaborators, clinical insight and expertise.
For example, the Cambridge Biomedical Campus brings together biomedical research, patient care and education on one site, which gives organisations access to a depth of knowledge that would be difficult to recreate in isolation. GSK’s move reflects the pull of that ecosystem, especially for work that depends on the relationship between laboratory science and clinical practice.
However, while the concentration of talent can support innovation, it can also make hiring more competitive, as employers are often looking for similar skills from the same candidate pool. This does not necessarily mean that clustering is a problem, but it does make workforce planning more important. Employers need to understand where their talent is likely to come from, what else those candidates will be considering and whether the role is strong enough to compete within the local market.
Technology skills are becoming part of the core workforce
The Life Sciences Jobs Plan shows how much the sector’s workforce is changing. IT and computer science roles now account for around 13% of recruitment activity in life sciences, while demand for AI, data and regulatory skills has risen markedly since 2020.
As a result, the competition for talent has changed drastically in the past six years. For example, one candidate may be able to work on cloud infrastructure in a pharmaceutical business, data platforms in financial services or AI tooling in a software company. Life sciences employers have a strong story to tell, but that story has to be specific. Candidates need to understand the technical environment, the systems involved and the value of applying their skills in a regulated sector.
Location is part of the offer
Salary is still important, particularly in specialist areas where candidates can compare roles across several sectors, but location now carries more weight too. A role in an area such as Cambridge may offer access to one of the UK’s strongest life sciences ecosystems, but candidates will still consider the commute, housing, hybrid working, family commitments and whether the role requires regular time on site.
However, employers outside of the major clusters may face a different challenge: they need to work harder to explain why the opportunity is worth considering when candidates have visible options in Cambridge, Oxford, London and other established life sciences locations. Employers in these areas should consider how clearer progression, stronger flexibility, better access to training or a more compelling technical brief can make the role more attractive to candidates.
Candidates are considering the ecosystem around the role
Employers can expect that a strong candidate will look beyond the job description. The surrounding ecosystem can influence how attractive a role feels, especially when the work is highly specialised. Candidates may look at the organisation’s research partnerships, the quality of its technology environment, its investment in AI or data, the seniority of the people they will work with and whether the role gives them exposure to problems they cannot easily find elsewhere.
While the technical work itself can make a compelling offer for a candidate, the process and the offer still needs to be practical. Role briefs should be clear, the hiring process should feel efficient, and salary should be comparative in the market. In a concentrated market, small weaknesses in the process can have a larger effect. A delayed shortlist or unclear feedback can be enough for a candidate to stay with another opportunity, particularly when several employers are hiring for similar skills at the same time.
Employers need to be precise about the talent they need
When hiring becomes more competitive, role definition becomes more important. Employers need to separate the skills that are essential from the first day from those that can be developed after appointment. In practice, a search for someone with life sciences experience, technical expertise, regulatory awareness and several years in an almost identical role will quickly become narrow.
Some roles may call for direct sector experience, but others may be suitable for candidates from adjacent regulated industries, such as financial services, defence, energy and healthcare technology.
These are all sectors in which candidates may have the necessary skills across AI, data, cloud and cyber security. As such, if employers rely too heavily on sector-specific keywords, they can miss candidates with the right foundations.
Retention is also a key factor to consider, as candidates can quickly see other opportunities around them if looking in a condensed area. Career development, training, leadership and meaningful work may be able to influence whether they stay once they have joined.
What GSK’s move tells us about the market
GSK’s investment is a positive signal for UK life sciences, showing confidence in Cambridge, the UK’s research base and in the value of bringing scientific expertise closer to clinical and academic networks.
However, it also highlights how competitive the next stage of life sciences hiring is likely to be. Large employers are investing in major hubs, government policy is focused on strengthening the sector’s workforce, and technical roles are becoming a larger part of life sciences recruitment. The need for AI, data, cyber security, cloud and infrastructure talent will continue to grow alongside scientific and regulatory skills.
Life sciences organisations cannot rely on sector reputation alone; candidates need a clear reason to move, and that reason has to be visible in the role, the working model, the technical challenge and the development available after appointment.
At nufuture, we work with life sciences organisations to recruit specialist technology talent across AI, data, cyber security, cloud, infrastructure and the wider IT function. If you are hiring in a competitive life sciences market or reviewing the skills your organisation will need next, get in touch.