Revit vs Tekla Structures Comparison for Australian AEC 

The shift happens when the review moves from coordination to detail verification.

Revit and Tekla Structures fit different points in a structural workflow, which is why the better choice depends on where your team carries model authority, drawing risk, and downstream responsibility.

Revit is broader BIM software for multidisciplinary design, documentation, and coordination. Tekla Structures is narrower, but deeper, when the structural model has to hold constructible detail and production-ready information.

But, which system can still keep structural information reliable when coordination, checking, and issue timing begin to collide? This article compares Revit and Tekla Structures through that lens.

Key Differences Between Revit and Tekla Structures

The key difference between Revit and Tekla Structures is where the structural model must stay dependable, which shows up in purpose, model depth, learning curve, and licensing. The sections below break down how each platform diverges in real workflow terms.

Core Purpose and Use Cases

Revit is built for multidisciplinary building delivery, while Tekla Structures is built for structural models that must remain dependable at deeper detail.

Revit keeps structure aligned with architecture, services, and drawings in a shared project environment. Tekla Structures pushes the structural model closer to constructible detail, fabrication logic, and production-ready outputs.

In practice, Revit suits coordinated design and documentation workflows, while Tekla Structures suits environments where structural information must carry greater authority through assemblies, reinforcement, member detail, and package-level certainty.

BIM Capabilities and Level of Detail

Revit offers broader BIM capabilities at a coordinated design level, while Tekla Structures supports a deeper level of detail for constructible and production-oriented structural modelling.

Revit is stronger when structure mainly needs to align with architecture, services, and documentation. Tekla becomes stronger when assemblies, reinforcement, and member-level definition must remain dependable through revisions.

Revit’s depth is usually sufficient while the model serves shared design and documentation. Tekla Structures becomes more relevant once structural detail itself must be trusted downstream, where review shifts from coordination checking to detail verification.

Ease of Use and Learning Curve

Revit is generally easier to use and adopt in multidisciplinary teams, while Tekla Structures comes with a steeper learning curve due to deeper structural precision and detailing workflows.

Revit is easier to introduce where the wider team already works in Autodesk-led workflows. Users are learning a platform that already sits close to how drawings, models, and coordination are managed across the project.

That tends to reduce disruption in a 20- to 50-person firm, where training costs include both software learning and a temporary slowdown in review and issue workflows.

Tekla Structures usually need a more deliberate learning investment because the workflow demands greater precision from the user. That trade makes sense when the model genuinely needs that depth, but it becomes wasteful when the role does not yet carry the responsibility to justify it..

Pricing and Licensing Comparison

Revit uses fixed subscription pricing with broad-seat licensing, while Tekla Structures uses tiered pricing aligned to structural role depth, or check the table below.

Licensing Area	Revit	Tekla Structures
Pricing model	Fixed subscription per user	Tiered subscription by capability
Pricing transparency	Public monthly / annual pricing	Quote-based by plan tier
Licence tiers	Single full-feature product	Carbon, Graphite, Diamond
Deployment style	Broad across disciplines	Narrow by structural role
Entry cost logic	Easier for full-team adoption	Lower entry with limited tiers
High-end cost logic	Same price regardless of depth	Higher tiers for detailing and production
Best fit	Multidiscipline BIM teams	Structural teams with varied depth

So, Tekla Structures licensing is role-based:

• Carbon supports viewing and basic collaboration
• Graphite supports modelling and design documentation
• Diamond includes full detailing and production-level workflows.

Meanwhile, Revit shows clear monthly and annual costs:

• Revit monthly subscription: A$565 per user per month
• Revit annual subscription: A$4,495 per user per year

For better comparison, you can buy Revit license through Interscale to align seat deployment with structural modelling depth and coordination needs, with financing options available to spread adoption costs over time..

Feature Comparison: Revit vs Tekla Structures

Revit is broader across multidisciplinary design, documentation, and coordination features, while Tekla Structures is deeper in structural detailing, constructible modelling, and production-oriented outputs. Let’s see what it means in table feature comparison.

Feature area	Revit	Tekla Structures
Primary modelling scope	Multidiscipline building modelling	Structural modelling with deeper constructible detail
Structural detailing depth	Capable for structural documentation	Stronger for member-level, assembly, and production detail
Rebar and reinforcement workflows	Supported	Deeper and more central to workflow
Steel and connection modelling	Supported within broader BIM workflow	Stronger where detailed structural control is required
Documentation focus	Broad drawing and documentation environment	Structural drawing and output precision
Coordination context	Whole-project coordination across disciplines	Structural package coordination and detail integrity
Model role downstream	Design and documentation control	Detail, production, and downstream structural control
Typical deployment	Shared across architecture, structure, and services	Focused on structural users with deeper modelling responsibility

Revit vs Tekla Structures for structural engineering

For structural engineering, Revit fits coordinated design inside a shared building model, while Tekla Structures fits workflows where structural detail must remain dependable through constructible and production-level outputs.

Structural engineering factor	Revit	Tekla Structures
Primary structural role	Structural design integrated with the broader building model	Structural modelling with deeper constructible and production intent
Model authority	Supports coordination, analysis alignment, and drawing issue across disciplines	Holds greater authority over detailed structural definition and downstream outputs
Detail burden	Suits design-stage structural information and coordinated documentation	Suits finer member information, reinforcement, assemblies, and production-ready detail
Review focus	Coordination accuracy, drawing consistency, and revision control	Detail verification, output reliability, and constructible completeness
Package logic	Strong where structure is issued as part of broader tender or construction documentation	Strong where structural information must stay dependable beyond general documentation
Risk point	Breaks down when deeper structural detail must be checked outside the broader project model	Becomes harder to justify when the workflow does not actually require deeper structural control
Better fit	Consultant-led structural delivery inside a shared BIM environment	Structural teams carrying greater responsibility for detail certainty

Revit is usually the better fit when structure is coordinated inside a shared building model. The priority is alignment with architecture, services, drawings, and staged package issue.

Tekla Structures become stronger once structural detail itself must remain dependable. The model shifts from coordination support to structural source of truth.

Collaboration and BIM coordination

Revit is stronger for whole-project BIM coordination, while Tekla Structures is stronger for maintaining structural package integrity during collaboration.

Revit keeps multidisciplinary modelling, drawing production, and review activity closer together. That reduces handoff friction when decisions move between BIM leads, discipline leads, project managers, and document controllers.

As those decisions move across roles, coordination context often fragments across multiple channels:

• Live coordination meetings
• Teams or chat comments
• Marked-up PDFs
• Issue trackers
• Email threads

A broader platform helps when the goal is to pull those decisions back toward a current model and current drawings rather than reconstruct them later.

Tekla also supports collaboration, but its strongest value sits inside structural package integrity. This becomes important when late revisions, parallel comments, or partial updates start conflicting across the stack.

Performance and Model Handling

Revit and Tekla Structures create different model-handling pressure because Revit carries broader project coordination load, while Tekla carries deeper structural information load.

Revit carries the burden of a broader building model with views, sheets, links, and multidisciplinary references attached. Tekla carries the burden of deeper structural information. Each burden creates a different type of strain. Once model handling slows, the first operational signs usually appear in familiar ways:

• Checks get shortened
• Updates are delayed
• Model review separates from drawing issue
• Teams keep moving with partial confidence

At that point, performance starts to affect delivery confidence because the model, the drawings, and the latest decisions no longer move at the same pace.

And if you have hybrid office and remote work patterns, this also ties back to hardware planning, file-hosting choices, and which roles genuinely need heavy model access daily.

Pros and cons of Revit

Revit is strongest for coordinated structural design, but becomes less suitable when deeper constructible detail must carry greater authority. Here are the key pros and cons.

Pros of Revit

• Supports structural design inside a broader building model
• Keeps drawings, models, and consultant coordination aligned
• Reduces need for a separate structural detailing platform
• Fits multidisciplinary delivery environments

Cons of Revit

• Less suited when structural detail must hold downstream authority
• Can become limiting for production-level structural definition

Pros and Cons of Tekla Structures

Tekla Structures is strongest for deeper structural detailing and production-level modelling, but becomes harder to justify when that level of detail is not consistently required. Here are the key pros and cons.

Pros of Tekla

• Supports deeper structural detailing and constructible modelling
• Keeps member-level and reinforcement information dependable
• Stronger for production-oriented structural outputs
• Fits teams carrying greater structural detail authority

Cons of Tekla

• Harder to justify if structural detail responsibility is limited
• Introduces additional training and workflow complexity
• Can increase licence and coordination overhead for smaller teams

Which One Should You Choose?

Choose Revit for coordinated structural delivery inside a shared building model, and choose Tekla Structures when structural detail must remain dependable through constructible and production-level outputs. Let’s break down.

Choose Revit when:

• Structure must align closely with architecture and services
• Drawings and coordination share the same working environment
• Multidisciplinary BIM coordination is the priority
• Structural detail remains at the design and documentation level

Choose Tekla Structures when:

• Structural detail must remain dependable downstream
• Assemblies, reinforcement, and member definition carry more weight
• Structural model acts as a source of truth
• Output certainty matters more than coordination convenience

If the decision still feels unclear, map the release chain instead of comparing more features:

• Who updates the structural model
• Who checks it
• Who signs off the issue
• Who absorbs risk when the package is wrong

That sequence usually reveals the better software decision faster than another round of generic comparison points.

For better decisions, book a free discovery session with an Interscale software licence expert to map seats against structural roles before committing to either platform.

Conclusion

Revit and Tekla Structures often sit in the same shortlist, but they address different delivery responsibilities.

For Australian AEC firms, we believe the practical decision is to match the tool to where responsibility already sits. So, please choose broader coordination when structure remains part of shared design delivery. Move to deeper structural detail only when downstream outputs depend on that precision.

That is why a staged rollout often makes more sense than introducing specialist structural depth before the delivery model consistently requires it.

FAQ