B
BIMKit
Organization level · Project level

BIM Implementation Consulting

BIMKit's tools help you get started on your own. When BIM needs to run for real — across a company or on a specific project — I help build the roadmap, workflows, CDE and data foundation, chosen by business outcome rather than by software.

Two levels of implementation

The organization lays a reusable foundation; projects are where measurable value is created.

Organization level

Owners, general contractors, design consultancies

  1. 01

    Current-state & BIM maturity assessment

    Measure capability across People · Process · Technology · Governance and pinpoint priority gaps.

    BIM maturity self-assessment
  2. 02

    Roadmap driven by business outcomes

    Pick the BIM/CDE uses that deliver value first, phase the rollout and tie it to measurable KPIs.

    BIM benefit estimate
  3. 03

    Corporate BIM standards

    OIR/AIR, BIM standard, templates, naming convention, content library and internal acceptance workflow.

    Naming convention builder
  4. 04

    CDE platform & information governance

    Select and configure the CDE: folder structure, permissions, metadata, approval flows, data ownership.

    CDE per Decree 217 & ISO 19650
  5. 05

    BIM core team & training

    Define Sponsor, Corporate BIM Lead and Information Manager roles; role-based training.

    Learn BIM by role

Project level

A specific project, from inception to handover

  1. 01

    BIM Uses & project goals

    Select BIM Uses against owner goals and BIM requirements under Decree 217/2026.

    22 BIM Uses
  2. 02

    EIR / BEP & information delivery plan

    Draft the EIR, review contractor BEPs, MIDP/TIDP, RACI and a stage-by-stage LOIN matrix.

    EIR / BEP generator
  3. 03

    Project CDE setup

    Review/approval workflows, transmittals, per-party permissions, document version control.

    Forma Data Management guide
  4. 04

    Model coordination & clash resolution

    Federated model, discipline clash matrix, issue/BCF workflow and coordination meeting cadence.

    Clash matrix
  5. 05

    Site QA-QC, as-built & handover

    Connect the field with records and control as-built data for handover to operations.

BIM/CDE uses to prioritize now

Choose by business outcome, delivery process and team capability.

01

Document control

One single source of truth for documents

02

Design modeling & review

Modeling and quality review

03

Model coordination

Resolve clashes early

04

RFI & issue management

Accountability and response time

05

Site quality / QA-QC

Connect the field with records

06

As-built / handover

Accurate data for operations

BIM maturity: grow 4 pillars together

Technology only pays off with the right owners, processes and data.

People

Who is accountable? A BIM core team?

Sponsor · Corporate BIM Lead · Information Manager · PM/BIM teams

Process

Which standards do we work to?

EIR/BEP · coordination · review · acceptance · KPI

Technology

Platforms and integrations?

BIM authoring · CDE · coordination · analytics

Governance

Who makes the decisions?

Access rights · data ownership · standards · audit

BIM + Data + AI: build the foundation before AI

Effective AI needs project data that is controlled, permissioned and in context.

05AI assistance / Decision supportData Q&A · risk prioritization · next-best action
04Analytics / DashboardsProgress · quality · issues · records · assets
03Connected workflowsDesign review · RFIs · QA/QC · handover
02CDE + Information governanceMetadata · approval · version · ownership
01BIM / Project data sourcesModels · drawings · documents · site data

Each sector needs its own technology rollout

Technology priorities differ by lifecycle, data scale and operating model.

Infrastructure

Roads · Bridges · Utilities (Power/Water)

Characteristics

Long corridors, large terrain datasets, many disciplines, integration with public-sector management.

Technology priorities

  • BIM 3D modeling
  • Model coordination (Alignment, Linear)
  • CDE platform
  • BIM – GIS integration
Civil 3DRevitNavisworksForma Data ManagementForma Design Collaboration

Metro / Rail

50–100 year lifecycle

Characteristics

Complex MEPF, long-term O&M, many systems (signaling, OCS, depot, stations), many contractors.

Technology priorities

  • Federated model for clash detection
  • CDE platform for project management
  • Digital Twin
  • Asset Management
Civil 3DRevitForma Data ManagementForma BuildTandem

Buildings – Industrial

Buildings · Commercial · Industry

Characteristics

Short cycles (2–5 years), cost pressure, high sustainability demands.

Technology priorities

  • Purpose-driven BIM & CDE (quality, cost…)
  • AI assistant for Revit
  • Sustainable – DfMA (Prefab)
Forma Site DesignRevitForma Design CollaborationModel AnalyticsForma Build

Contact

To speed things up, share: your type of organization or project, its current stage and the outcome you want.

Phúc Lê M.Eng, PMP

AEC Digital Consultant, Technical Lead — Autodesk

Experience & certifications