Why the life sciences skills gap is growing—and how to fix it

In most laboratories worldwide, there are talented professionals eager to acquire the skills required to research the problems of tomorrow. Simultaneously, there are significant life sciences skills gaps that hinder the pace of innovation. Organizations are struggling to find employees who fit all the criteria they need to achieve breakthroughs and inspire the next generation of discoveries.

Fortunately, momentum is happening, and laboratories could see an uptick in skilled workers if they dedicate themselves to implementing these remedies.

How severe is the labor shortage in life sciences?

In 2026, life sciences are expected to stabilize after years of uncertainty. According to the 2026 U.S. Life Sciences Employment Outlook report, this could be the most promising year for employment in a long time. Of 1,600 experts, 64% in biopharma are actively hiring,¹ and 41% of companies anticipate new jobs will become available after workforce adjustments.

Additionally, many are expanding the possibilities of remote work and increasing recruitment budgets. Stakeholders reported many of these filled positions will be dedicated to research and development (R&D). These efforts are happening because several pain points have become unsustainable to tolerate.

For example, the average time to hire is increasing,² with niche roles like R&D likely having higher average times because of their complexity. Consider the intricacies of modern research, with advancements in cell and gene therapy among many niche areas that demand specialized skill sets. Experts need to hire more quickly, enabling budding professionals to begin upskilling through industry-relevant experience.

Additionally, tenured workforces are aging³ alongside consistently high turnover. Therefore, not only are applicants coming in with inadequate resumes, but experienced staff are moving on with their careers or heading into retirement. These realities make the life sciences skills gaps even more prominent.

What are the most prominent life sciences skills gaps?

Life sciences comprises many sub-niches, which are becoming increasingly prevalent with the rise of artificial intelligence (AI) and the skills associated with its integration into the field. The gaps for bioinformatics and genomics vary, but these represent the most common trends across the industry as a whole.

Data science and machine learning

With AI and smart technologies permeating every sector, it is vital for lab professionals to know how to use these tools and the software they connect to. They need to learn to extrapolate from their data stores, optimize their processes and support them when errors occur. Many life science experts have practical lab skills, but digital knowledge remains lacking despite its widespread adoption across the world's major labs.

Personalized medicine

An advancement like CRISPR is one of many examples of the healthcare sector trying to make therapies as personalized as possible. Targeting specific biomarkers could make treatments more effective, enhancing patient care. However, genomics and cell and gene therapies are still underutilized. Many names in life sciences, like Danaher, have job positions available to advance these fields,⁴ while at the same time addressing skills gaps in these niches.

Additionally, experts should be able to connect these skills with tools, such as AI, to enable customized drug discovery. These skills translate to connected aspects of the industry, such as precision medicine and biomanufacturing.

Regulatory awareness

Labs are heavily overseen, and complying with compliance frameworks is only one part of a larger skill set. Workers need to stay in touch with regulatory agencies and their updates. This requires big-picture, industry awareness. Then, the employee must be adaptable and dynamic enough to immediately rework their processes to remain adherent. Navigating these landscapes and their jargon is challenging, especially as new drugs, treatment options, and even diseases come to the forefront.

Various soft skills

Many hard skills are insufficient or absent, leaving many prospective staff members unable to perform most daily tasks. However, many are missing essential communication, leadership, and project management skills. These are important, as lab environments require delegation, transparency and prioritization to keep projects moving forward. These help with making judgement calls and explaining difficulties in the workplace.

Consider how clear communication helps suggest quality control changes, or how leadership can instigate process development changes.

How can the industry fix this problem?

These are the most effective paths employers can take to ensure their hiring efforts yield the most proficient workforce capable of solving the life science mysteries of the future.

Invest in upskilling and reskilling

If higher education and mentorship positions are unable to provide learners with the experience they need, companies need to shoulder the responsibility. Instead of seeing this as a massive financial sink, businesses should see this as an opportunity to curate staff to the organization’s specific workflows, values, and missions.

A case study at Bells Healthcare demonstrated how effective this can be. It established the BioGrad Funded Pharma Skills Bootcamp, which achieved multiple wins. First, it gave workers hands-on experience. Additionally, it showed them the ways to be more compliant with industry regulations. The modules were more cost-effective⁵ because they were internal, thereby minimizing travel costs and downtime due to insufficient staffing.

Partner with academia

Organizations have to teach students because of insufficient exposure and experience they may acquire in the university environment. Partnerships with higher education seem like the best way for sharing the skills necessary for the modern era in order to inform curricula and address skills gaps before an applicant submits their resume.

Establish apprenticeships

If companies are unable to facilitate courses, they can pair new professionals with tenured experts. LifeArc, a medical research charity based in the United Kingdom, partnered with Cogent Skills to execute this vision. The applicants were still able to work on site while in the program. Implementing an apprenticeship program immediately expanded the talent pool to recent graduates rather than to those with years of established expertise.⁶

Hone in on transferable skills

Mending the life sciences skills gap requires cross-industrial understanding and collaboration. Developing niche expertise is vital for targeting innovative projects, but neglecting everything else will provide only short-term benefits for life sciences.

Instead, everyone must understand the sector’s most mobile skills, such as data analysis and regulatory adaptability, and refine these abilities with the same focus as the more specific skills that will earn businesses funding and patents.

What impact will this have on clinical laboratories?

If corporations embed these strategies into their business, they can expect the sector to become more robust and the talent to exhibit greater confidence. Worldwide, laboratories could notice all these changes after mending skills gaps, including:

• Greater workforce buy-in for disruptive technologies such as AI and robotics
• Enhanced proficiency in data analysis and algorithmic interpretations
• Fostered curiosity in innovative R&D projects
• Honed in focus on relevant education for faster discovery
• A more multigenerational workforce with more hands-on experience and collaboration
• Better awareness of legal requirements and a commitment to improving processes based on them

The increased workforce alone will help move many research projects forward. However, long-term security lies in the reinforced skill sets of professionals across all backgrounds and ages.

What is going on behind laboratory doors

In the coming years, both new and experienced life sciences professionals will see a shift in the sector. The scope of their work is going to change to dig deeper into what is capturing the industry’s attention — and financial interests. One year, talent may need to learn how to use AI to design a personalized drug. Then, the next year, they may have to accomplish tasks with AI that have not even been invented yet.

To prepare everyone for these rapid discoveries, the sector must invest in all its talent. Otherwise, health care, pharmaceuticals, and every related field in between will not help as many patients as it strives to.

References

1. 2026 U.S. life sciences employment outlook. BioSpace. Accessed April 30, 2026. https://marketing.biospace.com/hubfs/Insight%20Reports%20and%20Surveys/202601%20-%202026%20Employment%20Outlook%20Report/BioSpace%20-%202026%20Employment%20Outlook%20Report.pdf.

2. The Josh Bersin Company. New research shows that hiring is harder than ever: Time to hire increasing significantly for almost all roles. PR Newswire. June 1, 2023. Accessed April 30, 2026. https://www.prnewswire.com/news-releases/new-research-shows-that-hiring-is-harder-than-ever-time-to-hire-increasing-significantly-for-almost-all-roles-301839785.html.

3. Wynendaele H, Clays E, Peeters E, et al. Understanding turnover in healthcare and welfare sectors of high-income countries: An umbrella review. BMC Health Serv Res. 2025;25(1):806. doi:10.1186/s12913-025-12966-5.

4. Science jobs. Danaher. Accessed April 30, 2026. https://jobs.danaher.com/global/en/c/science-jobs.

5. BioGrad’s funded pharma skills bootcamp: A case study with bells healthcare introduction: Training in a changing pharma landscape. BioGrad. Accessed April 30, 2026. https://thebiogradgroup.com/funded-pharma-skills-bootcamp/.

6. Medical innovator LifeArc leading the way in developing future life science talent. Cogent Skills. Accessed April 30, 2026. https://cogentskills.com/case-studies/medical-innovator-lifearc-leading-the-way-in-developing-future-life-science-talent/.