Life sciences organisations are navigating sustained skills shortages, demographic change, and ongoing digital transformation. Across the industry, 92% of leaders expect to build a more flexible workforce model within the next two years, reflecting a growing need to adapt their access to talent while maintaining operational continuity.
At the same time, regulatory requirements, clinical timelines, and manufacturing commitments leave little room for disruption.
Our Flex the Mould report highlights how workforce strategies are evolving in response.
For many HR teams, the conversation is shifting from “how many people do we hire?” to “how should capability be structured across permanent and flexible talent?”
In life sciences, a blended workforce allows organisations to balance agility with regulatory control. By combining permanent teams with agency specialists and contractors, companies can access scarce expertise, scale during critical phases, and protect institutional knowledge without increasing fixed costs.
In this article
A blended workforce combines permanent employees with agency professionals, contractors, and outsourced specialists to give organisations flexible access to critical expertise while maintaining compliance and operational continuity.
Why speed-to-capability is replacing speed-to-hire in life sciences
In life sciences, speed-to-capability is becoming a defining workforce priority. Specialist skills remain scarce, while digital transformation and delivery expectations continue to accelerate.
WEC’s “The Work We Want” global survey reflects this change in priorities, with leaders placing greater emphasis on skills-based hiring and increased training alongside more adaptive workforce models.
For life sciences organisations, delays in accessing capability affect trial timelines, regulatory readiness, and manufacturing output, not just workforce plans.
Permanent hiring alone often cannot provide the pace or flexibility required. It can slow access to niche expertise and increase delivery risk. Expanding permanent headcount also adds cost rigidity in a sector shaped by shifting trial phases, funding cycles, and regulatory milestones. As a result, many organisations are adopting blended workforce models that combine permanent teams with agency specialists and contractors, enabling faster access to critical skills while maintaining control.
Our Flex the Mould research report, based on global workforce data, examines how organisations are adapting their talent strategies.
When life sciences leaders were asked which factors they expect to create the most challenges for talent planning within the next two years, the data told the story of an industry in flux:
At the same time, organisations are already adapting, and agency expertise is being used to strengthen delivery and introduce new capability:
Together, these findings suggest blended workforce models are becoming a workforce design choice in life sciences, not just a short-term response to hiring shortages.
The Flex the Mould findings show that effective blended workforce models are built on three foundations: resilience, reach, and retention. In life sciences, each pillar has practical implications for how capability is secured and sustained.
1. Resilience
Life sciences organisations operate within highly structured regulatory frameworks and long development cycles. Clinical trials, quality assurance processes, and manufacturing schedules all rely on continuity.
A blended workforce strengthens resilience by enabling organisations to scale capability when needed while maintaining stable core teams responsible for governance and institutional knowledge.
In practice, this may involve:
This balance helps organisations respond to operational pressures without permanently increasing fixed headcount.
2. Reach
Many life sciences roles require highly specialised expertise. Clinical development leaders, regulatory specialists, data scientists, and advanced manufacturing experts remain difficult to source through traditional hiring channels.
The Flex the Mould research highlights the importance of global talent access. In healthcare and pharmaceuticals, 94% of leaders say hiring from abroad is an important lever for addressing skills gaps.
A blended workforce expands access to capability by allowing organisations to:
Rather than waiting for scarce talent to enter the permanent hiring market, organisations can access expertise when it is needed most.
3. Retention
Skills shortages do not only affect hiring. They also place pressure on existing teams.
When critical roles remain unfilled, workloads increase, delivery slows, and employee engagement can suffer. The Flex the Mould report highlights that organisations increasingly view blended workforce models as a way to protect core teams while maintaining momentum.
In life sciences, this might involve:
When implemented well, a blended workforce helps organisations protect institutional knowledge while sustaining performance.
Blended workforce models do not succeed by accident. They need clarity and coordination across HR, operations, and leadership. In life sciences, where regulatory standards are high and specialist skills are scarce, thoughtful design makes the difference.
1. Define core and flexible capability
Identify which roles must remain permanent to protect compliance and continuity. Determine where specialist or project-based expertise can flex in response to audits, digital change, or production peaks.
2. Align the blended workforce with compliance
External talent should meet the same regulatory and quality standards as permanent teams. Governance, onboarding, and documentation must be consistent across contract types.
3. Use specialist expertise to accelerate capability
Contingent professionals can introduce scarce skills in areas such as digital, automation, and regulatory technology. Structured well, this strengthens delivery without overloading core teams.
4. Build knowledge transfer into every engagement
Short-term flexibility should support long-term capability. Create mechanisms for external specialists to share expertise with permanent teams.
5. Measure performance across the blended workforce
Performance, productivity, and inclusion should be assessed consistently across permanent and contingent workers. Clear metrics ensure flexibility strengthens, rather than fragments, the organisation.
The workforce pressures facing life sciences organisations are unlikely to ease. Specialist skills remain scarce, and workforce decisions increasingly shape how organisations deliver research, manufacturing, and regulatory commitments.
Blended workforce models offer a structured way forward. When designed thoughtfully, they widen access to expertise while protecting compliance, continuity, and core teams.
To explore these workforce trends in more detail, download the Flex the Mould report, which examines how organisations across industries are rethinking access to talent and building more adaptable workforce models.
If you would like to discuss how these insights apply to your organisation, our team would be happy to share the life sciences findings and explore how a blended workforce approach could support your workforce strategy.