Simulation Study

A Simulation Study uses advanced computer-based modeling tools to evaluate the performance of buildings before construction. It analyzes parameters such as energy efficiency, daylight availability, thermal comfort, airflow, structural performance, and occupant behavior. Simulation studies help architects and engineers optimize building designs, reduce operational costs, and improve environmental sustainability. We help clients optimize building performance through advanced simulation studies, including energy, daylight, airflow, and thermal comfort analysis. Our simulations identify design improvements before construction, reducing operational costs and enhancing energy efficiency.

Energy Simulation is the computational modelling of a building's energy use, thermal comfort, and environmental performance, helping optimize design, reduce costs, and ensure compliance with codes like ECBC, IGBC, and LEED. Common tools include EnergyPlus, eQuest, DesignBuilder, IES VE, and TRNSYS.

Daylight Simulation is the computational modelling of natural light penetration into buildings, used to optimize daylight availability, reduce artificial lighting demand, and improve occupant comfort while minimizing glare. It is a critical part of sustainable building design and compliance with ECBC, IGBC, and LEED standards.

A simulation of how sunlight interacts with a building and its surroundings, showing shadow patterns across hours, days, and seasons. It helps architects and engineers evaluate solar access, daylight availability, and thermal performance. It is a vital step in sustainable design and ECBC/IGBC compliance.

Thermal Comfort Analysis is the evaluation of how indoor environmental conditions—temperature, humidity, air movement, and radiant heat—affect occupant comfort and productivity. It is a cornerstone of sustainable building design and ECBC/IGBC compliance.

The process of planning, training, and equipping individuals, organizations, and communities to effectively respond to unexpected crises such as natural disasters, accidents, or health emergencies. It ensures safety, minimizes damage, and speeds recovery.

CFD uses numerical methods to solve fluid flow equations, predicting how air, heat, and particles move in a given space. It helps optimize ventilation, thermal comfort, and energy efficiency in buildings and urban spaces. Widely applied in building design, HVAC optimization, energy efficiency studies, and urban planning.