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Oct. 3, 2025—Rapid technological change underscores the enduring value of technical expertise, but also highlights the need for complementary skills that make it more impactful. Foundational capabilities—communication, adaptability, and problem-solving—do not replace technical competencies but extend their usefulness, enabling researchers and organizations to collaborate effectively, apply knowledge across disciplines, and adjust to shifting environments.

Research Insights

A 2025 study by Hosseinioun, Neffke, Youn, and Zhang analyzed more than 70 million U.S. job transitions across 1,000 occupations and hundreds of skills between 2005 and 2019, making it one of the most comprehensive examinations of workforce capabilities (Hosseinioun, Neffke, Youn, & Zhang, 2025). The researchers compared foundational skills, such as reading comprehension, mathematical reasoning, and teamwork, with advanced technical skills in areas such as cloud computing, machine learning, and data analytics.

Findings show that while technical skills open doors to specialized roles, foundational skills determine how far individuals advance and how well they adapt to disruption. Workers with strong communication, problem-solving, and learning agility were more likely to:

• Earn higher wages over time.

• Advance into more complex roles.

• Acquire new technical skills more quickly.

• Adjust effectively to changes in technology and markets.

The study suggests that many technical competencies may have a “half-life” of just two to four years, while foundational skills provide a durable base that extends the value of technical expertise and supports continuous learning across careers.

Implications for Collaboration

University–industry collaborations often require navigating diverse perspectives, aligning goals, and sustaining trust over multi-year projects. Research indicates that the ability to communicate clearly, negotiate expectations, and adapt to shifting research agendas often determines whether partnerships succeed. Foundational skills function as connective tissue for teams, enabling participants to bridge technical disciplines, communicate across organizational cultures, and adjust when project conditions change.

Social skills play a particularly important role. The study found that communication, empathy, and collaboration were central to professional advancement, echoing earlier work by Deming (2017), who showed that social interaction-intensive jobs have grown steadily over the past four decades. Historically, universities have attempted to deliver industry-ready graduates with specialized knowledge, so-called I-shapes. These graduates entered roles in engineering, law, health care, and other fields with depth in a single discipline. As global systems became increasingly interconnected, employers began to seek professionals with both depth and breadth, prompting the rise of T-shaped talent (learn more in this previous 3-Minute Read). T-shapes brought communication and cross-disciplinary collaboration into focus, particularly in technology-enabled services.

Within collaborations, these same capabilities help reduce friction, foster knowledge-sharing, and maintain momentum when projects encounter challenges. This perspective connects with previous 3-Minute Reads on the value of T-shaped talent and on professional expertise in the AI era (learn more in the previous 3-Minute Read), both of which examine how durable skills support adaptability across rapidly changing environments.

Practical Applications for Organizations

These individual-level findings also carry important lessons for how organizations approach hiring, development, and leadership:

• Hire for adaptability and collaboration potential alongside technical expertise.
• Develop early programs that strengthen communication, problem-solving, and learning agility, which are harder to build later.
• Lead by rewarding collaborative behavior, structuring peer feedback, and modeling effective communication in day-to-day work.

These practices not only strengthen individual career paths but also improve organizational capacity to adapt to technological and market change.

Operational Insights for University–Industry Partnerships

For universities, integrating foundational skill development into doctoral education supports graduates’ readiness for both academic and industry careers. For companies, prioritizing these skills when assembling teams strengthens their ability to collaborate across disciplines, organizations, and geographies. When projects shift direction, whether due to funding changes, emerging technologies, or policy adjustments—teams that emphasize foundational skills are better able to adapt without losing momentum. These practices lower the costs of collaboration and support continuity in research progress.

Why It Matters

Technical expertise remains essential, yet its relevance can diminish as tools and methods evolve. Foundational skills—communication, adaptability, and problem-solving—extend the impact of specialized knowledge by enabling researchers and organizations to collaborate effectively, navigate change, and sustain progress. For universities and companies, cultivating these durable capabilities strengthens partnerships and positions teams to thrive across the research life cycle—echoing earlier UIDP reflections on the importance of T-shaped talent in bridging academic and industry skill gaps.

We want to hear from you. How are foundational skills helping your teams adapt and succeed in university–industry partnerships? Let us know on LinkedIn.

The 3-Minute Read is a UIDP member information piece and does not represent the opinions of our members or representatives. We welcome your comments on our LinkedIn profile.

References

Deming, D. J. (2017). The growing importance of social skills in the labor market. Quarterly Journal of Economics, 132(4), 1593–1640. https://doi.org/10.1093/qje/qjx022

Hosseinioun, M., Neffke, F., Youn, H., & Zhang, L. (2025, August 26). Soft skills matter now more than ever. Harvard Business Review. https://hbr.org/