Scaling Building Performance Modeling with Roovie

Scaling Building Performance Modeling with Roovie

Building performance modeling has the potential to inform better design decisions, reduce operating costs, and guide long-term building investments. Yet despite its value, simulation remains difficult to scale across individual projects, disciplines, and entire building portfolios.

What's holding the industry back? Three interconnected challenges: Technology, Talent, and Time.

Traditional modeling workflows often rely on siloed software, inconsistent data standards, lengthy simulation times, and specialized expertise. Addressing any one of these challenges alone isn't enough to make building performance modeling more accessible, efficient, and valuable.

Join NanoTech Materials for a look at what's preventing building performance modeling from scaling, what needs to change, and how Roovie is working to address these challenges.

What We'll Cover

The barriers to scaling — how technology limitations, specialized expertise, and time-intensive workflows restrict broader adoption of building performance modeling.

Why traditional approaches fall short — the impact of disconnected software, inconsistent data, and legacy simulation tools on efficiency and collaboration.

Solutions to the challenges — how advances in technology, streamlined workflows, and better integration can help make simulation more scalable without sacrificing reliability.

Where Roovie fits today — how Roovie approaches building performance modeling and the challenges it's designed to address.

What's ahead — the future direction of Roovie and its role in scaling simulation across projects and building portfolios.

Speaker

Nathan Kegel — Senior Vice President, Energy Services