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Hysopt Accelerates International Growth and Appoints Brian Wimberley as Chief Marketing Officer

As demand for simulation-driven HVAC engineering continues to grow, Hysopt is expanding internationally, advancing its platform, and strengthening its leadership team with the appointment of Brian Wimberley as Chief Marketing Officer.

Hysopt enters its next phase of growth

Hysopt is entering another important phase of growth.

Following a year of strong commercial momentum, expanding international adoption, and continued platform innovation, the company is accelerating its next stage of growth across Europe and beyond.

As part of this next chapter, Hysopt has appointed Brian Wimberley as Chief Marketing Officer.

Brian has led Hysopt's marketing function since 2025, helping build a modern revenue marketing operation, strengthen pipeline generation, and expand Hysopt's visibility across key international markets and verticals.

Building on strong momentum

Hysopt's continued growth comes as demand for simulation-driven HVAC engineering accelerates across the industry.

As building performance requirements become more demanding, engineering firms, contractors, and developers are increasingly turning to simulation-driven design to reduce risk, improve confidence, and validate HVAC performance before construction. The rapid growth of AI infrastructure and data centers is further accelerating demand for high-performance HVAC engineering.

This shift is reinforcing Hysopt's position as a leading platform for HVAC system intelligence, helping engineers move from fragmented calculations and assumptions to simulation-driven, performance-validated design.

Building on its foundation in simulation, digital twins, and hydronic system expertise, Hysopt continues to expand its platform through deeper integrations, AI capabilities, and connected engineering workflows. The goal is clear: give engineers a single source of truth for HVAC design, so they can make faster decisions with greater confidence.

Strengthening the leadership team

Brian brings more than a decade of experience leading growth across SaaS, industrial technology, construction technology, IoT, and energy-focused software businesses.

Prior to joining Hysopt, he held senior marketing leadership positions at Sablono, Cleverciti, and Hilti, where he helped scale marketing organisations, launch new products and markets, strengthen go-to-market strategies, and drive measurable revenue growth.

"Hysopt has all the ingredients of a category-defining company: a clear vision, exceptional technology and deep industry expertise," says Brian Wimberley.

"We've built strong momentum over the past few years, and I believe the biggest opportunities are still ahead of us. With a growing international customer base and an industry that continues to evolve, I'm excited to help drive our next stage of growth and build on everything the team has already achieved."

Brian Wimberley, Chief Marketing Officer at Hysopt, following his appointment to support the company's next phase of international growth.

Looking ahead

The HVAC industry is moving toward performance-driven engineering, connected workflows, greater accountability for building outcomes, and increasing adoption of AI across engineering workflows.

Hysopt is well positioned to lead that shift through its combination of physics-based simulation, digital engineering workflows, and deep HVAC expertise.

As adoption continues to grow across Europe and new international markets, Hysopt is investing in both its platform and leadership team to support the next phase of growth.

The appointment of Brian Wimberley as Chief Marketing Officer strengthens Hysopt's leadership team as the company continues to scale internationally, accelerate innovation, and help shape the next generation of high-performance buildings, mission-critical infrastructure, and data centers through simulation-driven HVAC engineering.

What does Hysopt do?

Hysopt develops physics-based HVAC engineering software that enables engineers to design, simulate, validate and optimise hydronic HVAC systems before construction. Its digital twin platform connects feasibility studies, detailed design, energy simulation, BIM coordination and commissioning in one engineering workflow, helping teams reduce oversizing, eliminate rework and predict real-world performance.
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