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資産の計画、設計、建設のためのBIM手法

協働、正確性、および制御を資産開発ライフサイクル全体に組み込む
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Large generation and renewable projects suffer from design fragmentation, rework, and late-stage cost overruns
Why BIM methodology for planning, designing & building assets?
BIM-led methodologies align engineering, construction, and asset owners around a shared digital model. Integrated workflows reduce clashes, accelerate approvals, and ensure traceability throughout the project lifecycle. This delivers one model, one truth—designing certainty from day one
主なメリット
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Structured Information Modeling

Creation of a shared digital representation of the asset, combining geometry and structured data. This ensures that all stakeholders work with consistent and up-to-date information throughout the project lifecycle

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Collaborative Workflows

Definition of standardized workflows across engineering and construction teams, enabling coordinated work between disciplines and contractors. 
This reduces inconsistencies and improves alignment during project execution

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Integration with Planning and Cost Control

Application of BIM models to planning (4D) and cost management (5D), enabling better control of timelines, resources and budgets

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Data Consistency and Traceability

Implementation of standardized data structures and processes to ensure traceability, quality and reliability of information across the project lifecycle

NTTデータのサポート体制は?

01
Improved multidisciplinary coordination

Engineering, civil, electrical and construction teams work on a shared model, reducing misalignments and improving consistency across disciplines

Empowering teams with no-code content capabilities
02
Early detection of design conflicts 

Clashes and inconsistencies are identified during design phases, minimizing costly corrections during construction

03
Better control of schedule and costs (4D/5D) 

Integration of planning and cost data enables more accurate forecasting and control of project performance

データに基づく店舗の業績
04
Standardized information management 

Structured data models ensure that information is organized, traceable and reusable across project phases

ITプラットフォーム、KPI、データ
05
Increased transparency across stakeholders

All actors work with the same data, improving communication and reducing coordination gaps

Drive stakeholder adoption and capability
06
Foundation for lifecycle integration 

Information generated during design and construction can be reused in operation and maintenance phases

エンジニアリングワークフローへのアウトプット統合
実証済みの効果
プロジェクト実行の改善 
Reduced rework during construction
Fewer errors and corrections on site  
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意思決定の迅速化

Access to consistent, real-time information

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Improved contractor performance

Clearer standards and better coordination

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Enhanced project predictability

Better planning and reduced uncertainty

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Higher quality handover

Structured and usable data for operations

Improve how utility networks are designed and delivered

Make BIM part of your project delivery model → 

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