Building Physics

As specialists in Building Physics, we closely collaborate with the design team, especially architects, from the project’s early concept stages.

building physics

Our responsibilities encompass providing valuable guidance on critical aspects such as building form and structure, material specifications, optimal building orientation, and the active regulation of the internal environment through the building envelope.

Leveraging the advanced capabilities of IES Virtual Environment, a computational fluid dynamics software, we engage in modelling the energy performance of the building.

This sophisticated analysis empowers us to predict likely energy consumption and anticipate associated carbon emissions, allowing us to proactively address sustainability considerations.

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We devise strategies for developments to minimise energy usage while aligning with occupants’ objectives and comfort.

Adhering to PAS1192-2 standards, our documentation is meticulously structured based on templates provided by the Chartered Institute of Building Service Engineers (CIBSE). In essence, our information utilises the latest versions of Revit, TAS, IES, and Cymap, contributing to the generation of comprehensive Business Information Modelling (BIM) documentation.

At our core, we prioritise continuous learning and development, placing significant emphasis on training to ensure that every member of our staff is well-qualified for their respective roles within the BIM process. This dedication reflects our commitment to staying at the forefront of industry advancements and delivering excellence in every aspect of our work.

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Examples of reports and advice we can offer include:

  • Ene 01 Energy Performance Modelling (BRUKL) – Design Stage & As Built
  • Ene 01 Energy Performance Modelling (BRUKL) – Design Stage Only
  • Ene 01 TM54 Operational Energy Performance Evaluation
  • Ene 03 External Lighting Analysis
  • Ene 04 Passive Design Analysis
  • Ene 04 Low and Zero Carbon Feasibility Study
  • Hea 04 Thermal Modelling and Designing for Future Thermal Comfort
  • Hea 01 Daylighting Analysis
  • Hea 02 Indoor Air Quality Plan

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energy management

Energy Management


MEP Design

net zero carbon

Net Zero Carbon