The Neuroscience of Leadership Performance with Dr. Marcia Goddard

Elite leadership begins in the brain.

I’ve been thinking a lot about why some leaders get better under pressure, and why others (even brilliant ones) don’t. What seems to separate them is something more fundamental yet often overlooked: How the human brain functions when the stakes are high.

That’s where Dr. Marcia Goddard, neuroscientist and applied researcher, comes in. She connected a bunch of dots for me. With a PhD in neuroscience and a deep background in psychology, Dr. Goddard has built her impressive career at the intersection of brain science and real‑world business performance.

Her work challenges a long‑held belief that business leadership is primarily an art, shaped by personality and intuition. Instead, what I find helpful is that she reframes leadership as a science of conditions, grounded in how the brain responds to uncertainty, threat, and challenge.

Why smart leaders still freeze under pressure.

One of the most dangerous misconceptions leaders hold, according to Dr. Goddard, is that performance under pressure is a character flaw. When someone withdraws, avoids decisions, or stops contributing during a crisis, leaders often conclude that the individual lacks resilience or is not suited for the role.

Neuroscience tells a different story. “When we feel that we don’t have the skills, the time, or the support to deal with what’s happening,” Dr. Goddard says, “the brain switches into what we call threat mode.” In this state, the amygdala, the brain’s threat‑detection centre, hijacks processing power. The prefrontal cortex, responsible for rational thinking, creativity, and decision‑making, simply cannot keep up. “That’s why decision‑making disappears,” she notes. “People stop taking risks, they stop admitting mistakes, and they pull back exactly the skills they need to deal with uncertainty.”

This isn’t a weakness. It’s biology, and research reinforces this perspective. Psychology Today explains that when people feel overwhelmed by uncontrollable factors, cognitive performance declines, but reframing stress into manageable action restores a sense of control and improves performance by reducing physiological stress responses.

The takeaway for me is pretty simple: performance issues under pressure are rarely fixed by toughening people up. They are addressed by altering the environment in which the brain operates.

From threat to challenge: Unlocking the brain’s performance state.

A lot of this comes down to one key shift in the brain. Moving from threat to challenge. “When the brain moves from threat to challenge,” Dr. Goddard explains, “behaviour moves from rigidity to resilience.” In challenge mode, leaders regain access to problem‑solving, critical thinking, and creativity, which are the very capabilities required in volatile conditions.

This shift is not about denying reality. “It doesn’t mean people suddenly embrace risk like, ‘yay, change,’” she says. “It means the brain knows, I’m going to be okay.”

Emotion regulation also plays a role here. Strong neural connections between the prefrontal cortex and the amygdala allow leaders to regulate emotional responses more effectively. Practices like mindfulness can strengthen those connections, but Dr. Goddard is clear that the biggest lever is the environment. What I understood is that when people feel supported, able to speak up, and not punished for mistakes, the brain is far more likely to interpret uncertainty as a challenge rather than a threat.

What Formula One teaches us about structure under pressure.

Formula One offers a concrete example of how elite teams engineer performance under pressure. Despite operating in one of the craziest, most intense environments imaginable, Formula One teams, according to Dr. Goddard, are “obsessively disciplined about structure, even when the pressure is not on, so that when the pressure is on, the structure holds.”

After every session, including practice, qualifying, and race day, teams conduct highly structured debriefs. The format never changes. There is a clear agenda, no blame, equal participation across roles, and clear ownership of decisions. We need more of this in business.

The neurological impact is significant. Structure sounds boring, but when pressure hits, it reduces cognitive load, freeing the prefrontal cortex to focus on execution rather than uncertainty. This is reinforced by research from the Ontario Psychological Association, which found that routine and predictability lower cortisol levels and increase psychological resilience in high‑pressure environments.

On the flip side, chaotic meetings, unclear expectations, and ambiguous decision rights, which we’ve all experienced, push the brain back into defensive mode, which is exactly where performance suffers.

Psychological safety isn’t ‘soft’, but a performance tool.

Psychological safety is often misunderstood as being “soft.” Dr. Goddard strongly disagrees. Other experts, including Harvard professor Amy Edmondson, emphasize that psychological safety is not about lowering standards. “It’s about creating conditions where people can engage fully.”

Leaders play a disproportionate role in shaping these conditions. Three behaviours that can help include:

1. Set the stage: Clarify expectations, purpose, and how uncertainty will be handled, including how to handle surprises.

2. Invite participation: Do this through what’s called situational humility, i.e. openly acknowledging gaps in one’s own knowledge, and wait a few seconds before responding.

3. Responding productively: When something goes wrong, start with what we learned and what we will change.

Dr. Goddard explains that “If you want people to take accountability, you need to create an environment in which they can be certain that if a mistake happens, there won’t immediately be fingers pointing in their direction.”

Sustaining performance by normalizing uncertainty.

If Dr. Goddard could recommend one neuroscience‑backed shift leaders could make immediately, it would be to normalize not knowing. “When leaders model certainty in uncertain environments,” she explains, “people notice the mismatch.” The result is insecurity, silence, and disengagement.

By contrast, when a leader says, I don’t have the answer yet, but here’s how we’ll figure it out together, the brain relaxes. Psychological safety increases. Performance follows.

“It’s a small shift,” she says, “but I’ve seen entire team dynamics change because of it.” Research supports this insight. A Forbes analysis highlights that leaders who openly admit uncertainty foster greater trust, innovation, and resilience by shifting from “know‑it‑alls” to “learn‑it‑alls.”

Bottom line: Performance follows the brain.

Dr. Marcia Goddard’s work makes one thing clear. Performance is biological before it is behavioural. Leaders who understand how the brain responds to uncertainty can design environments that unlock resilience, creativity, and execution, rather than unintentionally shutting them down.

Neuroscience does not replace leadership judgment. It strengthens it. And for leaders operating in high‑stakes environments, that understanding can be the difference between merely coping with pressure and performing at their best when it matters most.

Driving Performance: 10 Lessons About Building High-Performing Teams from Neuroscience and Formula 1, by Dr. Marcia Goddard, is available to pre-order here.

Dr. Lance Mortlock is the author of Outside In, Inside Out – Unleashing the Power of Business Strategy in Times of Market Uncertainty, EY Canada Managing Partner, Industrials & Energy, Strategist & Adjunct Associate Professor.