The Leadership Lessons I Learned Running Scientific Teams

Early in my career, I believed scientific teams succeeded primarily because of intelligence.

I no longer believe that.

Some of the smartest teams I have ever led struggled with communication, alignment, trust, and execution. Meanwhile, other teams with fewer resources and less pedigree consistently outperformed expectations because they learned how to function as a unit during uncertainty.

That realization changed the way I think about leadership. It also changed the way I thought about my own development. As my responsibilities expanded beyond conducting research to leading people, building international collaborations, managing large federally funded projects and making strategic decisions that affected entire teams, I began to appreciate that technical expertise alone was no longer sufficient. While scientific training had prepared me to ask rigorous questions and generate evidence, it had not fully prepared me to lead complex organizations. That realization ultimately led me to pursue formal leadership education. I wanted to understand not only how to lead, but why certain leadership approaches consistently succeed while others fail.

INTELLIGENCE DOES NOT CREATE COHESION

As a physician-scientist working across obstetrics and gynecology, maternal fetal medicine, public health, and global women’s health research, I have spent years leading multidisciplinary teams spread across hospitals, universities, laboratories, and international sites. I have worked with statisticians, clinicians, nurses, research coordinators, trainees, grant administrators, and collaborators across multiple countries. I have led projects where the science was difficult, the timelines were unforgiving, and the stakes felt deeply human.

Over time, I learned that scientific leadership has far less to do with controlling people and far more to do with creating environments where talented people can continue functioning well despite ambiguity, pressure, and failure.

The first lesson I learned is that intelligence does not automatically create cohesion.

Academic medicine sometimes rewards individual achievement so aggressively that collaboration becomes secondary. Highly accomplished people often arrive with strong opinions, strong personalities, and strong attachments to their own expertise. Yet scientific progress rarely occurs in isolation. Research teams fail when individuals optimize for personal recognition instead of collective mission.

The best scientific leaders I have encountered know how to reduce ego inside a room without diminishing excellence. They create clarity around goals, define roles early, and make communication feel safe even during disagreement. I have learned that unresolved tension inside teams rarely disappears on its own. It simply becomes more expensive later.

Only recently have I begun to recognize that these are not uniquely scientific problems. They are organizational problems. Whether leading a biotechnology company, a business firm, a consulting team, a startup or a hospital division, leaders face remarkably similar challenges: aligning incentives, building trust, managing conflict, and sustaining performance over time. While the context may change, human behavior does not.

UNCERTAINTY IS THE JOB, NOT THE EXCEPTION

A second lesson is that uncertainty is not a temporary inconvenience in science. It is the job itself.

Medicine often creates the illusion that leaders are supposed to project certainty. Research teaches the opposite. Every meaningful scientific question begins with incomplete information. Grant submissions fail. Studies underperform. Recruitment slows unexpectedly. Data contradict assumptions. Carefully constructed hypotheses collapse.

Leading scientific teams forced me to become more comfortable making decisions before perfect clarity exists. That skill, I now realize, extends far beyond research. It is fundamentally a leadership competency.

Strong leaders do not wait for certainty. They learn how to move teams forward responsibly while acknowledging ambiguity honestly.

Perhaps more importantly, I came to recognize that navigating uncertainty requires skills rarely emphasized during scientific training. Strategic thinking, organizational behavior, negotiation, financial stewardship, operations, and change management increasingly shaped my effectiveness as a leader. Although experience taught me these lessons gradually, formal leadership education gave me frameworks to understand them more intentionally and apply them more consistently.

THE QUIETEST VOICES OFTEN HAVE THE BEST IDEAS

One of the most important leadership lessons I learned came from mentoring trainees and junior researchers.

The best ideas frequently come from the quietest people in the room.

In hierarchical environments, junior team members often hesitate to speak openly because they fear appearing uninformed. But innovation suffers when teams become psychologically unsafe. Some of the most valuable contributions to projects I have led came from students, coordinators, fellows, and early-career researchers who noticed details others overlooked.

Leadership is not simply about directing expertise downward. It is about creating enough trust for ideas to move upward. That lesson has changed the way I think about influence. Leadership is less about having the best answers than creating an environment where the best answers can emerge, regardless of where they originate. Organizations become stronger when curiosity travels more freely than hierarchy.

BURNOUT KILLS TEAMS BEFORE PROJECTS FAIL

I also learned that burnout quietly destroys high-performing teams long before projects visibly fail.

In academic medicine, exhaustion is often normalized and sometimes even celebrated. Productivity becomes confused with sustainability. But prolonged emotional fatigue erodes creativity, patience, judgment, and collaboration. Teams become transactional. Communication narrows. Curiosity disappears.

Although I first recognized this pattern in scientific research, I now see it across many high-performing organizations. Sustainable performance depends not only on ambitious goals but also on organizational cultures that protect trust, purpose and psychological well-being. The healthiest organizations are not those that demand endless endurance. They are those that create conditions in which people can continue performing successfully at a high level over long periods.

I began paying closer attention not only to performance metrics, but to morale, emotional energy, and whether people still felt connected to the mission behind the work. Scientific teams perform best when people believe their work matters and when they feel seen as human beings rather than production units.

LEADERSHIP AS STEWARDSHIP

Perhaps the most important lesson I learned is that leadership is ultimately about stewardship.

Research projects can span years. Teams evolve. Funding cycles fluctuate. Personnel changes occur unexpectedly. During difficult periods, leaders become emotional stabilizers for entire systems. People watch how leaders respond to uncertainty, rejection, conflict, and setbacks.

When grants were not funded or timelines collapsed, I learned that teams rarely needed perfection from leadership. They needed steadiness. They needed transparency. They needed someone capable of maintaining direction without creating panic.

The longer I lead scientific teams, the more convinced I become that leadership is less about authority and more about emotional endurance. It is the ability to maintain trust during uncertainty, preserve mission during setbacks, and help talented people continue believing in meaningful work over long periods of time. 

Ironically, running scientific teams eventually taught me something that had little to do with science itself. It taught me that leadership deserves the same intentional study that we devote to medicine, engineering or finance. Experience remains an extraordinary teacher, but experience alone often explains what happened, not why. Formal leadership education provides the conceptual frameworks, strategic perspective and inter-disciplinary lens that transform experience into judgment.

For professionals whose careers are evolving from individual expertise toward leading people, organizations and systems, pursuing leadership credentials is not simply about adding another qualification. It is about becoming more deliberate in how we influence others, make decisions and create environments where people and ideas can flourish.

Science advances because of discovery.

But organizations advance because of leadership.

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Ahize Eke is an MBA student at the University of South Carolina Darla Moore School of Business.

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