How can you design sustainably and resiliently using BIM?

1-Using BIM Tools For Energy Efficiency. 2-Achieve Operational Efficiency and Reduce Environmental Impact. 3-Prefabrication with BIM. 4-BIM Data for Sustainable Post-Construction Processes. Also you can use BIM to estimate and optimize the quantity and quality of materials, water, and waste, and to avoid over-ordering or under-utilizing them. You can also use BIM to track and monitor the lifecycle and carbon footprint of your materials, and to select the most sustainable and durable ones.

Through BIM, stakeholders can collaboratively model and analyze various design scenarios, optimizing resource efficiency, energy consumption, and environmental impact. This facilitates the incorporation of sustainable practices, such as green materials and energy-efficient systems, enhancing the project's overall ecological footprint. Additionally, BIM's ability to simulate and assess potential risks allows for the integration of resilient design elements, ensuring structures can withstand unforeseen challenges and contribute to long-term environmental and societal well-being.

Since BIM is a digital representation of the project, it can be used to simulate the project for sustainable energy efficiency, effective planning during execution & operation, precise prediction of financial impact, effective risk management and successful resolution issues.

O uso do BIM no projeto de uma constru??o permite que sejam feitas análises, simula??es e valida??es de eficiência energética ainda na etapa de concep??o de um edifício.

BIM software does indeed helps to optimize energy efficiency through simulation. However, those precise results from the simulation only can be achieved in a perfect world. In real world, achieving those precision require a very strict controlled environment through multiple levels. Thus, factoring multiple different scenarios from real world should be integrated in BIM software, to get closer to the perfect result from the simulation.

There is now software which can give meaningful help about the environment around our building like archgis,Insight in Revit also can be the good start point to compare concepts in the massing stage

BIM can provide the transparency of the environmental commitment. BIM allows to track the progress of the construction from the beginning till end, so we are able to make efficient decisions about materials, configurations, and other construction elements that impact the carbon footprint of a project. Digital twin, created from BIM model, can be effectively used for making reports about waste management, air quality, and other factors that contribute to the carbon footprint reduction efforts.

BIM can be used to assess a building's resilience to various hazards, such as earthquakes, floods, or extreme weather events. By incorporating data on the building's structural integrity and vulnerability, along with information on the surrounding environment, designers can identify potential weak points and implement resilient design measures to enhance the building's ability to withstand and recover from such events.

Sometimes it is very hard to persuade stakeholders to make a decision towards BIM implementation. And we need to say, honestly, that this process will require extra cost and time, as well as the acquisition of new skills at the beginning. But on the other hand, once you are on the right track, you will save way more time during the design and coordination processes. Additionally, the BIM approach makes you stand out in a market and brings more business opportunities to your company. At that point, showing your client successful use cases might be very convincing.

BIM facilitates collaboration among project stakeholders, including architects, engineers, contractors, and facility managers. By working together in a shared BIM environment, teams can identify and resolve design conflicts, optimize systems integration, and improve overall project coordination. This collaborative approach helps streamline the design and construction process, reducing material waste and improving project efficiency.

BIM can be used to estimate and optimize the quantity & quality?as well as to track and monitor the lifecycle and carbon footprint of the materials. Hence helps in wise selection of materials that aids sustainability.

BIM models can be leveraged for ongoing facility management and performance monitoring. By integrating data from sensors and building management systems, facility managers can monitor energy consumption, indoor air quality, and other performance metrics. This allows for proactive maintenance, energy optimization, and continuous improvement of the building's sustainability and resilience.

To design sustainably and resiliently with BIM, incorporate environmental considerations in energy-efficient designs and material choices. Use BIM to model and analyze structures for resilience against risks like natural disasters. Smart technologies can enhance adaptability. Collaborate with stakeholders to share data and make informed decisions throughout the project, prioritizing sustainability and resilience in the built environment.