02 / Capabilities · 03

BIM & digital engineering.

Coordinated models and structured information that make technical decisions easier to see.

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Overview

Service Overview

A shared model for coordinated technical information.

Tomy Engineering uses building information models to develop, combine, review, and communicate technical information across the disciplines included in the project scope.

Model purpose, responsibilities, information detail, exchanges, and outputs are agreed for each commission. BIM supports coordination; it does not replace the required design authority, review, or approval.

Standard BIM services

Standard BIM Services

Models developed for an agreed purpose.

01

Model development

Discipline models developed from approved project information to the detail and purpose agreed for the commission.

02

Discipline coordination

Model information reviewed across relevant building disciplines to make interfaces and unresolved conditions visible.

03

Model federation

Available discipline models combined into a coordinated review environment with identifiable versions and origins.

04

Drawing extraction

Plans, sections, elevations, details, and schedules derived from the model when included in the required deliverables.

05

Coordination views

Focused views prepared to communicate interfaces, spatial constraints, sequence questions, and required decisions.

06

Model issue records

Model observations and coordination items organized with context, ownership, status, and supporting views.

Coordination story

Model Coordination

One model journey, six controlled states. Each exchange builds on identifiable information. Source, status, responsibility, and unresolved issues stay visible as the model moves toward its next approved use.

Fictional federated BIM wireframe with separated building-discipline model layers
Federated model study · Active stage 01
  1. 01

    Define

    Agree the model purpose, information requirements, responsibilities, references, coordinates, and exchange milestones.

  2. 02

    Model

    Develop the required geometry and information from approved inputs to the agreed project standard.

  3. 03

    Combine

    Federate available discipline information while retaining model origin, revision, and status.

  4. 04

    Review

    Inspect interfaces, clearances, geometry, information completeness, and simple clashes relevant to the scope.

  5. 05

    Resolve

    Record issues, assign the required response, and update coordinated information through the agreed review cycle.

  6. 06

    Issue

    Release models, drawings, reports, and issue records with a defined status and exchange history.

Clash coordination

Clash Coordination

Find simple conflicts before they become hidden site questions.

When included in scope, simple clash detection is used to identify relevant geometric conflicts and spatial interfaces within the available models. Findings can be issued with views, references, responsibility, and status for project-team follow-up.

A clash review reflects the models and rules available at the time. It is not a guarantee of a clash-free design, constructability approval, or replacement for discipline design checks.

Capability levels

Capability Levels

Start with coordination. Extend only when the data supports it.

Core

Modeling & coordination

The standard service: model development, federation, documentation, coordination review, and controlled information exchange.

Standard scope
4D

Schedule integration

Model elements can be connected to a suitable programme to support construction-sequence review when the project information is ready.

Project-dependent option
5D

Quantity & cost integration

Model information can support quantity and cost workflows when classification, measurement rules, model maturity, and commercial data are sufficient.

Project-dependent option

Model disciplines

Model Disciplines

Coordination across agreed building disciplines.

Discipline coverage and model detail are confirmed for each commission. Only models included in the agreed responsibility and information requirements are developed or reviewed.

  • 01Architectural models
  • 02Structural models
  • 03Mechanical models
  • 04Electrical models
  • 05Plumbing models
  • 06Other agreed building-service models

Model quality & limitations

Model Quality & Limitations

Known status is part of model quality.

Checks are performed against the agreed model purpose and available source information. Limitations, responsibilities, and information maturity remain explicit at every issue.

  1. 01Model origin, naming, version, and issue status
  2. 02Geometry and information checks against the agreed purpose
  3. 03Shared positioning or coordinates when applicable
  4. 04Discipline interface and simple clash review within scope
  5. 05Issue ownership, response, and status tracking
  6. 06Documented limitations and reliance on approved source information

Information exchange

Information Exchange

Define what enters the model and what must leave it.

Information required

  • Approved design drawings, models, and specifications
  • Model purpose, deliverables, responsibilities, and exchange milestones
  • Naming, classification, coordinate, and information requirements
  • Available discipline models and current revision register
  • Programme and element mapping for optional 4D scope
  • Measurement rules, classification, quantities, and cost data for optional 5D scope

Outputs & exchanges

  • Discipline and federated models in agreed formats
  • Model-derived drawings and schedules when commissioned
  • Coordination views and issue reports
  • Simple clash records and follow-up status when commissioned
  • 4D sequence outputs when suitable information is available
  • 5D quantity or cost-linked outputs when suitable information is available

Related capabilities

Model information connects to the wider project record.

01

Engineering & shop drawings

Develop and coordinate clear technical drawings for review, fabrication, and construction use.

02

BOQ & quantity takeoff

Prepare measured quantities and structured bills of quantities as professional project outputs.

05

Project coordination

Keep responsibilities, constructability questions, and technical decisions connected to the work.

06

Document & information control

Organize drawings, files, questions, approvals, and evidence so current information stays visible.

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