Designing Detailed HVAC System for Load and Energy Optimization using Buildings AI
Watch this webinar to discover how Buildings AI enables fast, accurate performance evaluation and optimization of HVAC systems using fully autonomous simulations—delivering standards-aligned results without the need for advanced CFD expertise.
In modern building design, HVAC systems play a critical role in determining energy performance, occupant comfort, and operational efficiency. However, designing and simulating these systems often involves fragmented workflows, multiple tools, and simplified assumptions that limit accuracy and slow down decision-making.
HVAC Canvas, a new feature within Buildings AI by SimulationHub, is designed to transform this process. It enables engineers to design, configure, and simulate HVAC systems directly within a unified, browser-based environment—bridging the gap between system design and energy simulation.
This upcoming technical webinar will showcase how HVAC Canvas integrates real system performance data with automated modeling and whole-year energy simulations. By eliminating tool-switching and enabling AI-driven workflows, it empowers engineers to evaluate system performance faster, improve efficiency, and make more informed design decisions.
What You’ll Learn
Understand how HVAC systems can be designed and configured within a unified, browser-based canvas.
Learn how AI-driven automation uses real performance data to deliver faster and more accurate energy and load simulations.
Explore how to evaluate and optimize HVAC system performance for improved efficiency and better design decisions.
Who should attend?
HVAC Engineers and MEP Consultants looking to streamline system design and improve simulation accuracy.
Energy Modelers and Building Performance Professionals focused on efficiency, optimization, and compliance.
BIM and Design Professionals interested in integrated workflows that reduce tool dependency and save time.
Featured Speaker
Surabhi Joshi
Director, Bldg Calc LLP
Surabhi Joshi is a building energy and Life Cycle Assessment (LCA) expert with over 15 years of professional experience in energy simulation and analysis for high-performance buildings. She co-founded BldgCalc, a Pune-based consultancy, in 2017, after spending nearly a decade working in the United States. Surabhi holds a Master’s degree in Building Science from Georgia Tech and a Bachelor’s degree in Architecture from Chandigarh College of Architecture. She is the lead author of the AIA guide Building Life Cycle Assessment in Practice and has presented at numerous national conferences in the U.S., including SimBuild, the AIA National Convention, and NRMCA Convention.
Swapnil Dindorkar
BU Head - BuildingsAI
Swapnil Dindorkar is an engineering simulation professional with more than 14 years of industrial experience in the application of flow simulations for the design of solutions toward building physics and electronic thermal management. He is currently in charge of the portfolio of simulationHub products and solutions within CCTech, which cater to sectors of building physics and whole-building performance modeling. He has a background in mechanical engineering with professional certifications in areas like project management, digital business management, and design of NZEB. Swapnil is always eager to discuss and conceptualize solutions for built environment design problems using technologies and services we develop at CCTech and simulationHub.
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