Kim Rosenberg is a People and Talent leader who builds the teams and organizational infrastructure behind complex energy and deep-tech companies. Her work focuses on turning innovation into execution at scale.
The global push toward electrification and clean energy has never been more urgent. Capital is flowing, innovation is accelerating, and new technologies—from advanced battery systems to grid optimization software—are moving from concept to deployment at unprecedented speed.
And yet, progress on the ground tells a more complicated story.
The energy transition is progressing because there are plenty of ideas and investment. It is being constrained by something far less discussed: the ability of organizations to build, align and scale the teams required to deliver these systems in the real world.
In other words, the industry doesn’t just have a technology challenge—it has a people problem.
Across energy and infrastructure companies, there is a growing disconnect between the ambition of what needs to be built and the organizational capacity to deliver it. Hiring plans lag behind deployment goals. Critical roles, particularly in engineering, field operations and cross-functional leadership, remain open for months. And even when talent is brought in, companies often lack the internal structure to integrate and scale that talent effectively, which can lead to wasted resources and unmet project deadlines.
If the industry is serious about accelerating the energy transition, it must begin to treat talent and organizational design as core infrastructure, not just support functions.
Part of the issue lies in how many organizations approach hiring. In recent years, recruiting models borrowed from the software industry have been applied, often unsuccessfully, to energy and infrastructure environments. These models prioritize speed, volume and funnel efficiency. Building physical, safety-critical systems in regulated environments requires a different approach. An approach that values precision, domain expertise and long-term team cohesion.
The result is predictable. Companies either underhire, slowing deployment or overcorrect, bringing in talent without the systems and leadership alignment needed to make that talent effective.
Less visible, but equally critical, is the role of internal “people infrastructure.” Behind every company that successfully scales complex energy systems is an operating layer that rarely gets discussed: how teams are structured, how decisions are made, how hiring is calibrated, and how culture evolves as the organization grows.
A critical, and often overlooked, component of this infrastructure is leadership.
Early-stage energy companies, often operating under tight budgets and aggressive timelines, tend to hire exceptional individual contributors and expect them to evolve into managers as the organization grows. While these individuals are frequently brilliant in their technical domains, most have very little experience leading teams. Without intentional investment in leadership development, they are left to navigate people management through trial and error at the exact moment when execution pressure is highest.
In one high-growth environment, I observed a technically exceptional team struggle to deliver on a critical deployment—not because of gaps in engineering capability, but because newly promoted managers lacked the experience to align priorities and make timely decisions across functions. The work itself was sound; the coordination around it was not. Over time, some strong individual contributors began to disengage or leave—not due to the mission, but due to the environment in which they were operating.
The consequences are subtle at first but compound quickly. Priorities drift. Communication fractures across functions. Decision-making slows. High-performing teams begin to experience friction, not because of a lack of talent, but because of a lack of leadership capability at critical layers of the organization.
Too often, leadership development is treated as a later-stage investment, something to formalize once the company reaches a certain scale. It’s needed much earlier. Even lightweight frameworks for coaching, feedback and decision-making can materially improve how teams operate as complexity increases.
If the industry is serious about accelerating the energy transition, it must begin to treat talent and organizational design as core infrastructure, not just support functions.
This starts with rethinking how hiring is approached. Success in this sector requires moving beyond transactional recruiting toward deliberate, high-signal hiring engines that prioritize role clarity, interviewer calibration and long-term fit. It also requires recognizing that the most valuable hires are often those who can operate at the intersection of disciplines—individuals who understand both technical systems and the realities of deploying them in the field.
Equally important is investing early in the systems and leaders that enable people to do their best work. This includes clear decision-making frameworks, strong cross-functional alignment, and leadership teams equipped to scale alongside the organization. These are not “nice to have” elements—they are prerequisites for execution.
Technology will continue to advance. Capital will continue to flow. But neither will translate into real-world impact without the teams and leaders capable of delivering at scale.
The companies that ultimately lead the energy transition will not be defined solely by the technologies they build but by their ability to build organizations that can execute, consistently, efficiently and at scale.
In the end, the limiting factor is not what we can design. It is what we can deliver.
