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Enabling Smart and Sustainable Design from Concept to Construction

Designing infrastructure that balances performance, cost, and sustainability from day one
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Traditional design approaches struggle to manage growing project complexity while simultaneously meeting sustainability targets, cost constraints, and regulatory requirements.

Design decisions are often made with limited visibility of downstream impacts, leading to rework, inefficiencies, and missed opportunities to embed sustainability early in the lifecycle.
Why Smart and Sustainable design?
Smart and Sustainable Design integrates BIM, GIS and generative algorithms to introduce intelligence into the earliest design stages

By simulating thousands of design alternatives against technical, economic, environmental and regulatory criteria, organizations can reduce rework, improve compliance and ensure infrastructure is resilient, efficient and future-ready. 

This is design for impact: smarter choices that deliver lasting value. 

Key benefits
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Lower lifecycle costs and reduced design rework 
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Improved sustainability performance and regulatory compliance 
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Effective management of design complexity and faster adoption of change across multidisciplinary teams 
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Improved traceability and control of design changes 

How NTT DATA helps

NTT DATA enables Smart and Sustainable Design through an integrated Digital Engineering approach that includes:

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BIM–GIS integration strategies to provide spatial and environmental context 
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Generative and parametric design to explore and optimize design alternatives 
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Automation of design workflows to reduce manual intervention and errors 
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Cost and schedule simulation through 4D and 5D BIM 
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3D BIM modelling and multidisciplinary coordination 
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Sustainability and carbon impact analysis tools 
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Design governance frameworks, standards and best practices 
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Change management and training to ensure adoption across teams 
Proven impact
Our approach enables better-informed design decisions, reduced manual effort and optimized design outcomes, supporting consistent and scalable delivery across complex infrastructure projects. 
Results that matter
Infrastructure and construction organizations achieve measurable improvements: 
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Design rework

Reduced changes and improved traceability

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Carbon footprint

Lower environmental impact through optimized design choices

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Cost predictability

Improved accuracy and financial control from early stages

Design infrastructure that balances performance, cost, and sustainability.

Build sustainability into design

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