Revit vs Archicad vs Tekla Structures: Complete BIM Software Comparison [2026]

Picking a BIM software is not just a technical decision; it is a career decision. The tool you learn shapes which firms will hire you, what projects you can work on, and how quickly you grow. Revit, Archicad, and Tekla Structures are the three names that come up most consistently across the AEC industry in India and globally, but they serve very different purposes. What is BIM and how does it work?

This guide breaks down all three across the criteria that actually matter: features, learning curve, collaboration, pricing, and career fit. Whether you are an architect choosing your first BIM tool, a structural engineer evaluating Tekla, or a civil engineer wondering whether Revit or Tekla gives you the bigger advantage, this is the comparison you need.

What is Tekla Structures? Understanding the Software Before You Compare

Tekla Structures is a structural BIM software developed by Trimble, built specifically for the design, detailing, and documentation of steel and concrete buildings. Unlike Revit or Archicad, which serve architectural and multidisciplinary workflows , Tekla is purpose-built for structural engineers and construction professionals who need fabrication-level precision from their models.

What does Tekla actually do? Steel detailing, precast concrete modeling, rebar documentation, clash detection between structural elements, and fabrication drawing generation , all from a single intelligent 3D model. The drawings produced from a Tekla model are detailed enough to go directly to a fabrication shop without redrawing. That level of accuracy is rare.

Who uses it in practice? Structural engineering firms, steel fabricators, infrastructure contractors, and large construction companies handling industrial and heavy civil projects. In India, demand for Tekla-skilled engineers is growing steadily , particularly in Hyderabad, Chennai, Bangalore, and Pune, where structural engineering firms working on infrastructure, industrial, and large commercial projects are actively looking for engineers who know the software. The BIM software list for architects and civil engineers gives you a broader view of where Tekla sits in the full software landscape.

Now that you understand what each software does, here is how they compare across the key criteria that matter most to AEC professionals.

Also Read: Top Structural Engineering Companies in India

Understanding the Basics of BIM Software

BIM software streamlines the entire construction workflow, from design and visualisation to analysis and documentation. It enables professionals to collaborate, optimise efficiency, and reduce errors.

Here’s a quick overview of the three contenders:

• Revit – Developed by Autodesk, Revit is a powerhouse for multidisciplinary collaboration, widely used in architecture, structural engineering, and MEP.
• Archicad – Created by Graphisoft, Archicad is highly intuitive and architect-centric, known for its smooth design process and visualisation tools.
• Tekla Structures – From Trimble, Tekla Structures specialises in structural engineering and detailed steelwork modelling, making it a favourite for complex infrastructure projects.

Now, let’s dive into a head-to-head comparison.

1. User Interface & Learning Curve

Revit: Robust but Complex

Revit offers a feature-rich environment, but new users often find its interface overwhelming. While it provides advanced tools for architecture, MEP, and structural engineering, mastering it takes time.

Best for: Professionals who need an all-in-one BIM toolDownside: Steeper learning curve for beginners

Archicad: Smooth & Intuitive

Archicad is known for its user-friendly interface, making it ideal for architects. It offers a flexible modeling approach, making the transition from 2D to 3D design seamless.

Best for: Architects seeking ease of useDownside: Lacks advanced structural modeling features

Tekla Structures: Industry-Specific UI

Tekla Structures is built for structural engineers and detailers. While it excels in precision, its UI isn’t as intuitive as Archicad. However, once mastered, it becomes a powerful tool for steel and concrete modeling.

Best for: Structural engineers and fabricatorsDownside: Limited usability for architects and MEP engineers

Winner: Archicad (For ease of use)

2. Features & Capabilities

Revit: All-in-One Powerhouse

Revit provides a comprehensive BIM solution with tools for architecture, structure, and MEP modeling. It also supports parametric design, cloud collaboration (BIM 360), and detailed documentation.

Best for: Versatile BIM projectsNot ideal for: Complex steel detailing

Archicad: Architectural Precision

Archicad’s strength lies in its architectural capabilities, offering a powerful 3D modeler, visualization tools, and smooth workflow integration. However, it lacks advanced structural detailing features.

Best for: Architectural design and visualizationNot ideal for: Structural and steel detailing

Tekla Structures: The Structural Giant

Tekla Structures specializes in steel detailing, concrete modeling, and clash detection. Unlike Revit and Archicad, it’s tailored for engineers rather than architects, making it the go-to tool for industrial and infrastructure projects.

In India, Tekla Structures is widely used by structural engineering firms working on infrastructure and industrial projects, making it a highly valuable skill for civil and structural engineers targeting roles at firms in Hyderabad, Chennai, Bangalore, and Pune.

Best for: Structural design and detailingNot ideal for: General architectural projects

Winner:  Revit (For versatility), Tekla (For structural precision)

3. Collaboration & Interoperability

Revit: Best for Large Teams

Revit excels in multi-discipline collaboration with cloud-based sharing via BIM 360. It also supports IFC file exchange, ensuring smooth interoperability with other tools.

Best for: Large teams needing cross-discipline coordinationDownside: Heavy file sizes can slow performance

Archicad: Seamless Teamwork

Archicad’s Teamwork feature enables real-time collaboration. It also supports Open BIM workflows, making it easier to exchange files with other platforms.

Best for: Architects working on shared projectsDownside: Less robust for large-scale multi-discipline projects

Tekla Structures: Engineering Collaboration

Tekla Structures integrates well with fabrication and detailing software, making it ideal for structural and construction teams. However, it lacks extensive interoperability with architectural tools.

Best for: Engineering and construction teamsDownside: Less compatibility with design-focused BIM software

Winner: Revit (For large-scale collaboration), Archicad (For architects)

4. Performance & System Requirements

• Revit: Requires a high-end PC for large projects; heavy on system resources.
• Archicad: Lighter than Revit, runs smoothly on most modern systems.
• Tekla Structures: Optimized for heavy engineering models, but demands powerful hardware for detailed steel modeling.

Winner: Archicad (For performance efficiency)

5. Pricing & Licensing

• Revit: Subscription-based (~$2,800/year), offers industry bundles.
• Archicad: Slightly cheaper (~$2,500/year), offers perpetual and subscription licensing.
• Tekla Structures: Pricing varies by edition, but costlier for advanced modules.

In India, Tekla Structures licensing is available through Trimble's authorised resellers , pricing varies by edition and project scope. For engineers evaluating the investment, Tekla's fabrication-level precision typically justifies the cost on infrastructure and industrial projects where rework is expensive.

Winner: Archicad (For affordability & flexible licensing)

How to Learn Revit, Archicad and Tekla Structures, Courses and Training in India

Not sure which to learn first? That depends on your role. Here is the honest breakdown for each software, and how to get properly trained on it in India.

Tekla Structures Training

A structured Tekla course typically covers 3D structural steel modelling, precast concrete detailing, rebar documentation, clash detection between structural systems, and generating fabrication-ready drawings from the model. These are the deliverables that structural engineering firms actually need from a Tekla-trained engineer, not just model geometry, but construction-ready outputs.

Demand for Tekla-trained engineers is growing noticeably across India, particularly in Hyderabad, Chennai, and Bangalore, where structural engineering and infrastructure firms are hiring actively.

Kaarwan's structural BIM training covers the tools and workflows used at top structural engineering firms in India. 

Revit and BIM Training

Revit is the most in-demand BIM software for architects and civil engineers in India. It is what most top AEC firms, AECOM, L&T, WSP, and Jacobs require as a baseline skill from their BIM teams. Kaarwan's BIM and Revit Professional Course covers Revit modelling, coordination workflows, documentation, and portfolio building, designed to make you job-ready, not just software-literate.

Which Software Should You Learn First?

If you are an architect, start with Revit or Archicad. Both give you solid entry points into architectural BIM workflows, though Revit opens more doors at larger firms and contractors.

If you are a structural or civil engineer, Tekla Structures gives you the biggest career advantage for infrastructure and fabrication-heavy roles. Many structural engineers in India eventually learn both Revit (for multidisciplinary coordination) and Tekla (for detailed structural deliverables). That combination is genuinely rare and well-compensated.

If your firm already uses Archicad, start there. Learn the logic of BIM through the tool your workplace runs, then branch out.

Most serious BIM professionals end up working across more than one tool. The question is just which one to start with.

Not sure which is right for your background and goals? Kaarwan's career counsellors can help you choose the right course. 

Read More: BIM Engineer Skills and Tools: Engineer's Guide

Final Verdict: Which One Should You Choose?

Choosing the right BIM software depends on your role and where you want your career to go. Revit for multidisciplinary BIM across architecture, structure, and MEP. Archicad for architect-focused design workflows where speed and visual quality matter. Tekla Structures for structural precision , steel detailing, precast concrete, fabrication-ready documentation , where accuracy is the whole point.

Whatever you choose, professional training is what separates knowing a software from being job-ready on it. Two engineers can both list "Revit" on a CV and perform completely differently in an interview, because one has worked through real coordination projects and the other has watched tutorials.

Kaarwan's BIM and Revit Professional Course is designed for architects and civil engineers who want to get hired at top AEC firms in India , covering Revit modeling, BIM coordination workflows, documentation, and portfolio building.  If you are a structural or civil engineer specifically looking for Tekla and structural BIM training, Kaarwan's structural BIM course is the right starting point.

Master BIM with our comprehensive guide on Revit, Archicad, and Tekla Structures. Optimize your workflow, enhance efficiency, and elevate your projects with industry-leading insights.  Enroll with Kaarwan to advance your professional skills and stay ahead in the field. 

FAQs

1. Which BIM software is best for architects?

Archicad is the best choice for architects due to its intuitive design process and strong visualization tools.

2. Can Revit and Tekla Structures be used together?

Yes, Revit and Tekla can be integrated via IFC file exchange, enabling seamless collaboration between architectural and structural teams.

3. Is Tekla Structures only for steel detailing?

No, while Tekla excels in steel detailing, it also supports concrete modeling and clash detection for construction projects.

4. Which software is better for collaboration?

Revit’s cloud-based BIM 360 is ideal for multi-discipline collaboration, while Archicad’s Teamwork feature is perfect for architects.

5. Is Archicad easier to learn than Revit?

Yes, Archicad has a smoother learning curve compared to Revit, making it a great option for beginners and small teams.

6. Is there an online Tekla Structures course available in India?

Yes, Tekla Structures can be learned through structured online courses covering steel detailing, structural modelling, and BIM coordination workflows. When evaluating a Tekla course, look for programs that include real project-based work and industry-relevant outputs rather than just software tutorials. Kaarwan offers BIM training programs for structural and civil engineers covering the tools and workflows used at top AEC firms in India. 

7. What is Tekla software used for in construction?

Tekla Structures is used for 3D structural modelling of steel and concrete buildings, generating detailed fabrication drawings, running clash detection between structural elements and other building systems, and coordinating with architectural and MEP teams. It is the preferred software at structural engineering firms, steel fabricators, and large infrastructure contractors across India. Where Revit produces coordination models, Tekla produces construction-ready, fabrication-ready deliverables; that is the core distinction. 

8. How does Tekla software compare to Revit for structural engineers?

For structural engineers specifically, Tekla Structures offers deeper detailing capabilities, particularly for steel fabrication and precast concrete, than Revit Structure. Revit is more widely used across multidisciplinary teams and is often required on architecture-led BIM projects. Many structural engineers in India learn both Revit for coordination with architects and MEP consultants, and Tekla for the detailed structural deliverables that go to fabrication. The two tools complement rather than compete with each other at that career stage.