With over two decades of impactful leadership in building performance simulation, Liam is also a long-standing educator and contributor to industry standards, shaping how the next generation learns about the integration between building physics, active systems, code-compliance and performance modeling.
Welcome to the Architects Guide to Building Performance: Integrating Simulation into the Design Process. This guides primary goal is to help architects use building performance simulation to inform decisions throughout the architectural design process. Use it as a roadmap to harness architectural experience and apply analysis and metrics to design better high-performance buildings for ...
This particular example perfectly highlights why Building Systems Performance Modeling is so captivating.
Building Energy Modeling NLR leads the development of physics-based modeling and simulation software tools to predict and analyze building system-level effects and performance. Building energy modeling researchers develop multipurpose physics-based simulation software used in the prediction and analysis of building energy use. Software engines are used to support a variety of stakeholders and ...
This particular example perfectly highlights why Building Systems Performance Modeling is so captivating.
What is building performance simulation? Building Performance Simulation (BPS) represents various aspects of buildings performance using physics-based models. These models consider key building characteristics, such as geometry, constructive materials, heating, ventilation, and air conditioning (HVAC) systems, lighting, and occupancy.
Such details provide a deeper understanding and appreciation for Building Systems Performance Modeling.
His teaching and research focuses on development and application of compu-tational modeling and simulation for high performance buildings while considering building physics, indoor environmental quality and building energy systems.
