Leadership Development in STEM often begins in places just like this. Walk into any research lab, marine station, or field hut at 7:30 a.m. and you can feel the rhythm immediately. Coffee cups balancing on stacks of sample bottles. A scientist reading reviewer comments with equal parts focus and dread. Someone rushing to fix an instrument that worked perfectly yesterday, until it didn’t. And somewhere, a PI or team lead quietly carrying the weight of expectations: deliver the science, support the people, secure the funding, sustain the culture.
This is the reality of modern research environments. They are intellectually rich but structurally pressured. They depend on collaboration but reward individual achievement. And they increasingly ask scientists to lead, often without ever teaching them how.
This is why Leadership Development in STEM is no longer a “nice-to-have.” It is a critical organisational responsibility.
Because the question isn’t whether scientists can lead. They already do.
The real question is: How can organisations equip future science leaders to lead well?
The Changing Nature of Science Leadership
Today’s research leaders operate within ecosystems defined by complexity: geopolitical uncertainty, shifting funding landscapes, interdisciplinary projects, sustainability challenges, and increasingly global teams. This complexity creates what Karl Weick famously described as “loose, dynamic systems”, environments where sensemaking is central to good leadership.
In STEM, particularly in marine science, where data are messy, ecosystems are unpredictable, and field operations often require rapid decision-making, leadership becomes less about authority and more about navigation. This is where behavioural science gives us practical insight.
1. Psychological safety isn’t optional; it’s foundational
Google’s landmark re:Work study showed that psychological safety is the most important predictor of high-performing teams.
In research settings, this translates into:
- People feeling able to question assumptions
- Teams being willing to surface risks early
- ECRs presenting ideas without fear of embarrassment
- Leaders modelling uncertainty rather than masking it
Organisations often assume that psychological safety develops organically, but it rarely does. It must be cultivated deliberately through training, structures, and leadership coaching.
2. Leaders need support in sensemaking, not just management
Marine scientists, space scientists, health researchers, regardless of the field, are navigating systems where information is incomplete and the stakes often high. Sensemaking is the leader’s ability to create shared meaning from ambiguity.
Organisations can strengthen this capability by:
- Giving space for reflective practice
- Encouraging cross-disciplinary conversations
- Creating learning environments where uncertainty is normalised rather than penalised
This is the heart of leadership development in STEM and leadership coaching in science in general: supporting people to think more clearly, see more fully, and lead more intentionally.
A Real Example: Sylvia Earle’s Leadership Through Vision and Voice
A powerful, well-documented example of science leadership comes from Dr Sylvia Earle, the American marine biologist, explorer, and former NOAA Chief Scientist. Throughout her career, Earle has demonstrated a form of leadership rooted not in hierarchy, but in clarity of purpose, deep scientific integrity, and the ability to mobilise others around a shared mission.
Her leadership is characterised by:
- Communicating complex marine science to global audiences in accessible, compelling ways
- Elevating the work of scientific teams, conservationists, and local communities rather than placing herself at the centre
- Creating psychologically safe spaces for scientific collaboration, particularly in field expeditions where trust and openness are essential
- Using vision as a leadership tool, mobilising interdisciplinary groups around the protection of the ocean through initiatives such as Mission Blue
Earle’s work shows that effective science leadership is relational, purpose-driven, and grounded in humility and connection, not authority. She exemplifies how leaders can draw on their scientific expertise while fostering environments where others can contribute, question, and innovate. For organisations, her example illustrates the value of leaders who communicate clearly, champion their teams, and align people around something profoundly meaningful.
What Organisations Can Do, Practically
1. Make Leadership Development in STEM a strategic priority
Not an optional workshop. Not a “nice-to-offer-if-there-is-budget.”
A strategic driver of research excellence.
This means acknowledging that scientists cannot simply “pick up” leadership through experience alone. Leadership is a skillset, one that improves with structured development, coaching, and organisational support.
Our approach to Leadership Development in STEM is built on the belief that leadership can be learned, strengthened, and supported, a principle that sits at the heart of Barefoot Thinking’s philosophy. Click here to learn more about our approach
2. Build systems that reward leadership behaviours, not just outputs
If promotion, recognition, and influence are tied only to individual publications, grant income, and citations, then collaborative leadership becomes invisible.
Organisations can reinforce leadership by valuing:
- Team development
- Mentoring
- Fieldwork safety culture
- Ethical decision-making
- Knowledge-sharing
- Cross-team cooperation
These are not “soft skills”; they are the infrastructure of scientific impact.
3. Invest in coaching that supports both the leader and the system
Coaching is often misunderstood as a “fix for struggling individuals.” In research settings, it serves a very different purpose: it expands perspective, increases reflective capacity, and strengthens a leader’s ability to work within complexity.
Coaching helps future leaders:
- Understand their influence
- Improve communication
- Develop resilience
- Lead with clarity
- Build better team environments
It also helps organisations surface cultural conditions that need attention.
This kind of support is a core part of effective Leadership Development in STEM, and it’s exactly the type of coaching we offer through our Coaching for Your Dream Job service, designed to help scientists step into leadership with confidence and clarity.
4. Normalise reflective conversations
Great science leadership rarely emerges in environments where nobody has time to think.
Creating reflective space is a structural intervention, not an indulgence.
This can look like:
- Monthly leadership circles
- Peer-learning groups
- Facilitated reflection sessions
- Time allocated for supervision focused on people and leadership, not just project updates
Why This Matters Now
STEM fields are entering an era where the pace of discovery is accelerating but the human systems supporting those discoveries are strained. Marine research teams are navigating climate pressure, extreme weather events, evolving ocean policy, and shifting funding priorities. Similar pressure points exist across STEM.
The leaders emerging today will shape the culture, resilience, and innovation capacity of the next generation. Organisations cannot leave this to chance.
A Gentle Reflection
If you’re a senior leader, director, or head of department, you may already know that your future leaders are talented, passionate, and deeply committed to their science, but often stretched thin by the demands of the system.
Supporting them isn’t simply about giving them more responsibility.
It’s about giving them the environment, the tools, and the space to grow into the leaders your organisation, and the world needs.
If your organisation is exploring how to build that kind of leadership culture, Barefoot Thinking offers conversations, coaching, and frameworks that can help. No pressure, no sales pitch, just a space to think more deeply about the future of science leadership.
If you’d like to explore what Leadership Development in STEM could look like in your organisation, you’re welcome to start a conversation with us.
