The role of research in a digital built environment

The role of research in a digital built environment

January 13, 2025

Multiracial coworkers builders and architects standing near table with blueprints
Multiracial coworkers builders and architects standing near table with blueprints
Multiracial coworkers builders and architects standing near table with blueprints

The Crucial Role of Research in Transforming the Built Environment

Research is the bedrock of innovation in the built environment. From shaping construction practices to driving sustainability in urban planning, it is the engine powering progress in how we design, construct, and manage our buildings and infrastructure. But how exactly does research contribute, and why is prioritising it so essential?

Advancing Design, Construction, and Management

At its core, research lays the foundation for smarter decision-making throughout every stage of the built environment lifecycle.

  • Design: Data-driven studies guide architects and engineers in creating structures that are not only functional but also future-ready. For instance, research into aerodynamics and advanced materials was pivotal in constructing the Beijing Daxing International Airport, a structure celebrated for its durability and energy efficiency.

  • Construction: New methods and technologies emerge as research uncovers innovative solutions. Whether through prefabricated modules or 3D printing, studies continue to enhance how structures are built, reducing cost and time while improving quality.

  • Management: Intelligent building management systems (BMS) benefitting from smart research are revolutionising building operations. A standout example includes collaborative studies between IT and engineering sectors that integrate smart technology to create spaces that are both energy-efficient and user-friendly.

Courtyard garden of a high-tech company has a curved passage surrounded by transparent glass walls.

Shaping the Future with Sustainability

Sustainability is at the heart of contemporary research in the built environment. With urbanisation trends showing no sign of slowing down, green infrastructure plays a key role in modern solutions.

  • European green infrastructure studies have demonstrated the potential of sustainable drainage systems, which mitigate flooding and improve water quality. These solutions are not just environmentally sound but create long-term cost savings for municipalities and governments.

  • Meanwhile, initiatives like the High-Performance Building Program by the U.S. Department of Energy illustrate how energy-efficient designs can reduce energy consumption in commercial and residential buildings, directly impacting climate goals and financial performance.

  • Sustainable and green building research is no longer optional—it is essential for securing the future of our planet. Efforts led by organisations like SBEnrc Australia demonstrate how innovative techniques, from climate-responsive designs to renewable energy integration, are shaping the future of construction. Research into these methods is guiding the industry towards greener and healthier spaces for all.

“We need to be proactive in the way forward for researchers in the built environment to identify where in research we can help the future of our world as humans spend the majority of their time in the built environment.”

Source: CIB President & CEO SBEnrc Australia

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Challenges and Opportunities

Translating research findings into action is not without its challenges. Limited funding, resistance to adopting new methods, and siloed operations often stand in the way of implementation. However, these challenges also present opportunities.

  • Interdisciplinary collaboration is essential. When engineers, architects, IT specialists, and policymakers work together, innovative research becomes practical application. Projects integrating artificial intelligence for predictive maintenance in infrastructure are a prime example of holistic collaboration, offering smarter asset management.

  • Continued investment is another critical factor. Without dedicated funding, crucial studies and advancements risk stagnation. Prioritising research ensures the built environment adapts to both current and future demands.

Multiethnic team of architects and designers are meeting new project,

Driving Progress Together

At its best, research enables the built environment to become more efficient, sustainable, and resilient. But this progress hinges on continued collaboration and commitment. Engineers, construction firms, asset owners, maintainers, and governments must prioritise knowledge-sharing and investment in innovation.

Conclusion

The future is built on learnings—are you ready to take part in shaping it? If you’re looking to integrate cutting-edge solutions into your projects or want to learn more about the possibilities for growth through research, Trimoda Digital can help. Contact us today to explore tailored solutions for transforming your impact on the built environment.

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© 2024 Trimoda Digital Pty Ltd

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NSW 2000


Australia

Achieve more with your digital transformation strategies

Send us a message, email us or give us a call to discuss your needs.

© 2024 Trimoda Digital Pty Ltd

Level 35, International Tower One
100 Barangaroo Avenue


Sydney
NSW 2000


Australia

Achieve more with your digital transformation strategies

Send us a message, email us or give us a call to discuss your needs.

© 2024 Trimoda Digital Pty Ltd

Level 35, International Tower One
100 Barangaroo Avenue


Sydney
NSW 2000


Australia