Fluke's Parker Burke on Powering Reliable Infrastructure
If you’ve ever set foot in a power plant, substation or even a renewable energy testing facility, you’ve likely seen Fluke Corporation’s yellow tools in action. For Group President Parker Burke, the energy floor is where data, precision and human insight converge — the interface between measurement and resilience.
Founded in 1948, Fluke is a global leader in portable electronic test equipment and software, supporting everyone from grid engineers to maintenance teams in optimising performance and ensuring uptime.
Parker also leads parent company Fortive’s Connected Reliability Group. “I strongly believe that delivering the innovation our customers rely on starts with strong problem-solving teams, supported by the right tools to help them work more productively and with greater confidence.
“Just as importantly, learning has to be grounded where the work is done, so real-world insight translates directly into innovation others can rely on,” he says.
Leadership shaped by purpose
Before joining the industrial technology sector, Parker served as an officer in the US Marine Corps – experience that still informs his leadership philosophy. "Whether it's the vital importance of team cohesion under pressure or how outcomes depend on how well people align around shared goals, I continually draw on my earlier experiences," he explains.
Fortive, Fluke’s parent company, was formed in 2016 following Danaher’s spin-off of several key businesses. It focuses on creating essential technologies that drive connected systems worldwide.
With more than 15 years of leadership across Fortive’s portfolio, Parker previously headed its Environmental Health & Safety Group.
“I’ve long admired Fluke. Particularly how our customers invest in our brand, ultimately enabling us to deliver the right products to them in a rapidly innovating world. Over many years, this has resulted in an enviable track record of helping customers do the things today they couldn’t do yesterday.” Parker says.
The importance of precision
Fluke’s tools and software play a crucial part in accelerating the energy transition – from supporting condition monitoring across renewable assets to ensuring electrical reliability in hybrid facilities. Parker describes how an engineering mindset underpins every solution: “Fluke’s culture of innovation reinforces a mindset grounded in data, measurement and evidence.”
That rigour, he says, helps teams move faster with confidence, which is vital in sectors where unplanned downtime in a wind turbine array or a grid storage site can mean megawatts lost.
“Without a doubt, spending time with our teams and our customers around the world inspires me to be the leader that both our team and our customers deserve.”
Fluke’s culture of innovation reinforces a mindset grounded in data, measurement and evidence.
Powering a future of continuous connectivity
Fluke’s relevance in the energy ecosystem is expanding as electrification, AI and automation reshape global demand.
“With this in mind, as we look towards the convergence of an increasing consumption of power, from continued electrification to the required diversification of our power sources and networking of the world around us, professional instrumentation will shift from periodic, point-in-time checks to continuous, connected reliability,” Parker explains.
The shift from reactive to predictive maintenance is particularly evident across modern energy networks.
“The increasing integration of industrial infrastructure is now the baseline for modern facilities,” Parker says, noting how robotics and automation, reinforced by AI, are redefining productivity across sectors connected by energy use. “Fluke is focused on making these systems faster, safer, more reliable and more scalable.”
The company’s emphasis on continuous data flow is mirrored by its investment in people. “By leveraging evolving technology, such as AI and other digital tools, we can scale productivity and quality for both our own team and our customers,” he explains.
Skills, safety and digital growth
As digital tools become standard in field operations, the balance between technology and human capability grows more complex. “We work to stay as close to our customers as we can to help them run facilities more productively and safely,” Parker says.
“This goes hand in hand with a commitment to supporting customer safety and employee wellbeing as innovation accelerates.”
Skills, however, remain a persistent constraint. Parker believes capability-building must be intentional — creating standards and coaching systems that let technicians make confident decisions more quickly.
Learning has to be grounded where the work is done, so real-world insight translates directly into innovation others can rely on.
What lies ahead
Looking ahead, Parker sees digitisation not as an emerging wave but as infrastructure itself. “Productivity becomes the real constraint. Demand isn’t the problem; time, people and usable capacity are,” he says.
Across energy-intensive sectors, the focus is shifting from scaling labour to refining processes that minimise waste and inefficiency.
Next comes the skills challenge. “It’s the difficulty of finding experienced talent and it’s the pressure to train faster as roles evolve,” he notes.
Finally, he explains that technology itself is becoming “quieter but more powerful.” Rather than serving as detached dashboards, sensors, data and AI are becoming embedded in daily work – the silent backbone of connected reliability that defines the future energy landscape.
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Parker Burke
Group President, Connected Reliability Group
