Accurate 3D modeling is the foundation of every successful steel project, and Tekla Structures is the platform most Australian fabricators and detailers build that foundation on. Tekla Steel Detailing Australia services from Matrix Steel Solutions give engineers, fabricators, and contractors fabrication-ready 3D models, shop drawings, and BIM coordination — built to AS/NZS standards and delivered on schedule.

  From a mid-size commercial fit-out in Adelaide to a multi-storey structure in Sydney, our Tekla detailing team models every member and connection with the precision your fabrication shop and site crew depend on.

Why Tekla Is the Standard for Australian Steel Detailing

  Two-dimensional drawings alone leave room for interpretation — and interpretation is where fabrication errors start. Tekla Structures Australia projects rely on a single, coordinated 3D model as the source of truth for every shop drawing, erection drawing, and material list generated from it. If a beam clashes with a duct or a connection doesn't physically fit, the model shows it before steel is ever cut.

  For Australian fabricators working to tight margins and tighter schedules, that upfront clash detection is often the difference between a clean install and a site delay that costs real money.

Our Tekla Detailing Services in Australia

 3D Structural Modeling

  Every beam, column, brace, and connection is modeled in full 3D, giving your team an accurate digital representation of the structure before fabrication begins.

 Tekla Shop Drawings

  Tekla Shop Drawings are generated directly from the 3D model, so every dimension, bolt pattern, and weld symbol matches exactly what was modeled — no manual re-drafting, no version mismatches.

 Tekla BIM Modeling and Coordination

  Tekla BIM Modeling allows us to coordinate your steel structure against architectural, MEP, and civil models, catching clashes early and reducing costly field rework.

 Tekla Structural Steel Modeling

  For complex or large-scale projects, Tekla Structural Steel Modeling covers primary structure, secondary steel, stairs, railings, and platforms — all in one coordinated model.

 Tekla Fabrication Drawings

  Tekla Fabrication Drawings include piece-level detail, material specifications, and CNC-ready data, giving fabrication shops everything they need to cut, drill, and assemble accurately.

 Connection Modeling in Tekla

  Shear, moment, seated, and base plate connections are modeled and detailed within the same Tekla environment, keeping the entire structure — frame and connections — in one consistent file.

Software and File Formats We Work With

•   Tekla Structures — our core modeling platform for structural and connection detailing

•   AutoCAD — supplementary 2D drawing support where required

•   Navisworks — federated model coordination across trades

•   IFC, DWG, DXF, PDF, and NC1 — standard export formats for fabrication shops, BIM coordination, and CNC machinery

  Whatever format your fabrication shop or project BIM manager requires, we deliver it directly from the Tekla model, keeping every drawing set consistent with the source data.

Our Tekla Detailing Workflow

1.   Model Setup and Scope Review — Structural drawings, specifications, and applicable AS/NZS standards are reviewed before modeling begins.

2.   3D Modeling — The full structure is modeled in Tekla, including primary members, secondary steel, and connections.

3.   Clash Coordination — The model is checked against architectural and MEP layouts using Navisworks to resolve clashes before drawings are issued.

4.   Drawing Generation — Shop, erection, and assembly drawings are generated directly from the coordinated model.

5.   Internal QA Review — Senior detailers verify the model and drawings against AS/NZS requirements before delivery.

6.   Client Review and Delivery — Markups are incorporated directly into the model, keeping drawings and 3D data permanently in sync.

Industries We Support With Tekla Detailing

•   Commercial Buildings — coordinated Tekla models for office towers, retail centres, and mixed-use developments

•   Industrial Facilities — complex structural and platform modeling for plants and processing facilities

•   Infrastructure — bridge and structural steel modeling for transport and public infrastructure projects

•   Pre-Engineered Buildings — repeatable, efficient Tekla modeling for warehouses and distribution centres

•   Residential and Multi-Storey Developments — coordinated framing models for steel-framed apartment buildings

Built to Australian Standards, Modeled in Tekla

 Every Tekla model and drawing set we produce is checked against:

•   AS 4100 — Steel Structures code for design and detailing

•   AS/NZS 5100 — Bridge design standards for structural steel

•   AS/NZS 1554 — Structural steel welding standards

 Modeling to these standards from the start — rather than adjusting a generic model afterward — means fewer RFIs, faster engineer sign-off, and drawings your fabrication shop can trust as issued.

Common Challenges We Solve With Tekla Modeling

•   Multi-trade clashes — resolved before fabrication using Navisworks coordination against MEP and architectural models.

•   Design changes mid-project — because drawings are generated directly from the model, updates flow through consistently instead of requiring manual redrafting.

•   Complex geometry and connections — modeled and verified in 3D rather than estimated in 2D, reducing fit-up issues on site.

•   Tight fabrication timelines — CNC-ready data straight from the model speeds up shop floor processing.

What Fabricators, Engineers, and Contractors Get

  Fabricators get CNC-ready Tekla fabrication drawings and clean shop packages that reduce floor-level questions and material waste.

  Structural Engineers get a coordinated 3D model that reflects their design intent accurately, with clash and fit issues flagged before construction.

  Contractors get erection-ready drawings and a model that supports accurate scheduling, procurement, and site coordination.

Frequently Asked Questions

Do you model the full structure in Tekla, or just produce 2D drawings?

We build the full 3D model in Tekla Structures first, then generate shop, erection, and assembly drawings directly from that model.

What standards does your Tekla modeling follow in Australia?

All modeling and detailing follows AS 4100, AS/NZS 5100 for bridge work, and AS/NZS 1554 for welding, unless a project specifies otherwise.

Can you coordinate our Tekla model with architectural and MEP models?

Yes. We use Navisworks to federate and coordinate the structural model against architectural, MEP, and civil models, resolving clashes before fabrication.

What file formats can you deliver from the Tekla model?

IFC, DWG, DXF, PDF, and NC1 for CNC machinery, generated directly from the model to keep every drawing set consistent.

Do you handle connection modeling within Tekla as well?

Yes. Connections are modeled directly within the same Tekla environment as the structural frame, keeping the entire project in one coordinated file.

Can Tekla modeling speed up our fabrication schedule?

Yes. Because shop drawings, material lists, and CNC data are generated directly from the model, fabrication shops receive consistent, error-checked information faster than with manual 2D drafting.

Do you support revisions directly within the Tekla model?

Yes. Design changes are updated in the model first, and all associated drawings regenerate automatically, keeping everything in sync.

Get Started With a Reliable Tekla Detailing Partner

  If your project needs dependable Tekla Steel Detailing Australia services, Matrix Steel Solutions offers the modeling accuracy, AS/NZS compliance, and communication your fabrication and erection schedule depends on.

  Send us your project details today and get a free quote within 24 hours.