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BIM ENGINEERING · PROJECT DELIVERY

BIM Engineering That Delivers. Technology That Moves It Forward.

pyBIM supports AEC teams with BIM modeling, model coordination, quality assurance, and structured digital delivery. Our flexible engineering specialists combine established BIM practices with in-house Revit automation and AI-assisted workflows where appropriate.

BIM Modeling · Coordination · Model QA · Digital Delivery

BIM Delivery Pipeline
pyBIM // ARCHITECTURE
BIM Modeling & Development
LOD 300–400

Multidisciplinary architectural and MEP model authoring with structured parameter schemas.

Coordination & Clash Audit
ISO 19650

Automated conflict resolution matrices across design disciplines in shared CDE environments.

Model QA & Digital Handover
VERIFIED

Automated model health auditing, parameter completeness checks, and IFC compliance verification.

Delivery StandardOpenBIM · IFC4 · Revit API
BIM ENGINEERING SERVICES

BIM Services, Built Around Your Project.

From BIM model development and multidisciplinary coordination to information validation and digital deliverables, pyBIM provides engineering-led services tailored to your project requirements.

Engineering-led delivery, supported by purpose-built digital workflows.

Develop, refine and update BIM models using project documentation, existing model files and agreed information requirements.

Typical Scope

  • BIM model development and updates
  • Revit-based modeling workflows
  • Discipline-specific and multidisciplinary model support
  • Model information organization

Typical Deliverables

  • Updated BIM model files
  • Structured model information
  • Agreed model outputs and documentation
HOW pyBIM DELIVERS

The Right Expertise. Assembled Around Your Project.

We organize BIM specialists around each project's technical requirements, support suitable tasks with in-house automation, and keep technical oversight and quality review in the hands of our engineering team.

PROJECT INPUT

Your Project Requirements

Scope · Disciplines · Deliverables

Project objectives, available documentation, relevant BIM disciplines, and agreed delivery requirements define the starting point.

LIQUID TEAM APPROACH

Flexible Engineering Capacity

A project-fit mix of BIM specialists and technical disciplines, organized around the agreed scope.

pyBIM ENGINEERING

pyBIM Coordinated Delivery

Engineering-led project execution

We assemble suitable BIM expertise, coordinate the agreed work, and use in-house automation where it adds practical value.

IN-HOUSE TOOLING

Purpose-Built Automation

Revit API, Python and C# tools support suitable repetitive and data-intensive tasks where appropriate.

HUMAN OVERSIGHT

Human-Led Quality Review

Technical checks, model coordination and deliverable review remain under engineering responsibility.

DELIVERY OUTPUT

Reviewed BIM Deliverables

Models · Documentation · Coordination Outputs

Model files and supporting project documentation are reviewed and prepared according to the agreed delivery scope.

Flexible by design. Accountable in delivery.

ENGINEERING OUTPUTS

Inside a BIM Deliverable.

Explore a conceptual BIM model to see how geometry, coordination review, and structured model information come together during engineering delivery.

BIM Evidence StudioIllustrative Engineering Demonstration
LEVELS & STRUCTUREFloor Slabs · Structural Grid · Spatial Volumes

Model Geometry

Explore the spatial organization of structural elements, levels, and model geometry in a conceptual BIM representation.

CHECK 1

Multi-level floor slab plates at defined elevations (L01–L03)

CHECK 2

Extruded structural column grid maintaining load alignment

CHECK 3

Spatial building envelope volume with isometric coordinate fidelity

Conceptual BIM illustration — not a client project or an actual Revit model.

YOUR PROJECT, OUR PROCESS

From Your Brief to BIM Delivery.

A structured approach to defining your project scope, coordinating engineering work, reviewing outputs, and preparing BIM deliverables around your requirements.

A typical engagement framework — adapted to each project's scope and requirements.

  1. DISCUSS

    Start with your brief.

    Share your project objectives, available models or drawings, technical requirements, and the type of BIM support you need.

    TYPICAL OUTPUT

    Project enquiry and initial requirements

  2. DEFINE

    Agree on the scope.

    Clarify the required disciplines, project responsibilities, model expectations, deliverables, and review criteria before execution.

    TYPICAL OUTPUT

    Defined scope and deliverables

  3. DEVELOP

    Build and coordinate.

    Our engineering team undertakes the agreed BIM modeling, coordination, and information-management activities, supported by internal tools where appropriate.

    TYPICAL OUTPUT

    Developed models and coordinated outputs

  4. HANDOVER

    Review and deliver.

    Review the agreed outputs against project requirements and prepare the model files, supporting documentation, and delivery package.

    TYPICAL OUTPUT

    Reviewed BIM deliverables

Your requirements define the workflow.

BEYOND TODAY'S BIM WORKFLOWS

The Next Layer of BIM Is Taking Shape.

Alongside our engineering services, we're developing proprietary BIM automation technology and exploring future private AI workflows. Each initiative follows its own development and evaluation process.

PHASE II
CONTROLLED PRIVATE TESTING

pyBIM Cloud Connect

Connected automation for BIM teams.

We're developing a Revit-connected automation environment designed to make selected engineering workflows and reusable tools more accessible to BIM teams. Development and evaluation continue in controlled private settings.

CURRENT STAGEPrivate evaluation
INDICATIVE RELEASE WINDOWQ2–Q4 2027

Target timing is indicative and subject to development, integration testing, reliability and security review.

Apply for Private Access

Applications are reviewed individually. Submission does not guarantee access or acceptance.

PHASE IIIRESEARCH HORIZON
ACTIVE R&D

Private AI Infrastructure

Exploratory work into private AI environments and human-supervised engineering workflows, with deployment approaches and potential applications subject to ongoing research and technical validation.

Research-stage initiative. No public release date announced.

WHO WE SUPPORT

For the Teams That Make Projects Happen.

pyBIM provides BIM engineering support adapted to the working needs of architecture practices, engineering consultancies, and construction delivery teams.

Architecture Studios

Model Development · BIM Documentation

BIM model development, model updates, and documentation aligned with design information and agreed project requirements.

Engineering Consultancies

Coordination · Model QA · Technical Information

Discipline-specific model support, multidisciplinary coordination, and structured model information review.

Contractors & Delivery Teams

Coordination Reviews · Digital Deliverables

Coordination reviews, model-based documentation, and structured BIM deliverables aligned with the agreed project scope.

Different project requirements. A collaboration model adapted to your scope.

BIM ENGINEERING · PROJECT DELIVERY

Ready to Move Your BIM Project Forward?

Whether you're developing BIM models, coordinating disciplines, or preparing a digital handover, pyBIM provides focused engineering support tailored to your project's scope. Our specialists combine established BIM practices with in-house automation where it adds value.

  • BIM modeling, multidisciplinary coordination, and model QA
  • Flexible engineering expertise matched to project requirements
  • Structured BIM deliverables with human-led quality review
PROJECT ENQUIRY · BIM SERVICES

Let's Define Your Project Scope.

Tell us about your project, the disciplines involved, available drawings or models, and the deliverables you need. We'll review the information and discuss suitable next steps.

Need an NDA? Confidentiality arrangements can be discussed before sharing sensitive project files.
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