What are the benefits of using data and analytics to optimize building performance and sustainability?

2 Data-enabled construction

Data and analytics can also help civil engineers improve the construction process and ensure the quality and safety of the building. For example, data and analytics can help engineers monitor the progress and performance of the construction activities and identify any deviations or risks that may affect the schedule, budget, or quality. Data and analytics can also help engineers verify the compliance of the construction materials and methods with the design specifications and standards. Furthermore, data and analytics can help engineers coordinate and manage the supply chain, logistics, and resources of the construction project and optimize the efficiency and productivity of the workforce.

3 Data-supported operation

Data and analytics can also help civil engineers optimize the operation and maintenance of the building and enhance the user experience and satisfaction. For example, data and analytics can help engineers control and adjust the building systems and equipment to match the actual occupancy, usage, and environmental conditions and minimize energy consumption and waste. Data and analytics can also help engineers detect and diagnose any faults or anomalies in the building systems and equipment and perform preventive or corrective actions to avoid failures or downtime. Additionally, data and analytics can help engineers collect and analyze the feedback and behavior of the building users and occupants and provide personalized and adaptive services and solutions.

4 Data-driven sustainability

Data and analytics can also help civil engineers achieve higher levels of sustainability and resilience in the building sector. By using data and analytics, engineers can measure and monitor the environmental impact and performance of the building throughout its life cycle and implement strategies to reduce greenhouse gas emissions, water consumption, waste generation, and resource depletion. Data and analytics can also help engineers assess and improve the resilience of the building to withstand natural hazards, such as earthquakes, floods, fires, or extreme weather events, and recover from disruptions or damages. Moreover, data and analytics can help engineers promote the social and economic benefits of the building for the community and the society, such as health, well-being, education, employment, and culture.

5 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?