Revit vs ArchiCAD vs Tekla Structures: Which BIM Software Actually Wins for Indian Mid-Rise Projects

If you're running a BIM team, an architecture studio, or a structural consultancy in India and you've been putting off the software decision, this is the guide that should finally settle it. Not because there's a single right answer - there isn't - but because the question "which BIM software should we use" is almost always being asked wrong. It's being asked as if Revit, ArchiCAD and Tekla Structures are three competitors fighting for the same job. They aren't. They overlap on maybe a third of what a typical Indian mid-rise project - a 4 to 15 storey residential tower, a commercial office block, a mixed-use podium-plus-tower development - actually needs from a modelling platform.

This piece is written for firm owners, BIM managers and studio leads who are past the stage of general curiosity and need to make an actual procurement decision: which tool to standardise on, how many seats to buy, and where it's worth paying for a second platform rather than forcing everything through one. We'll walk through what each tool is actually built to do, what it costs in the Indian market, where the real coordination-time differences show up on a live project, where each one quietly falls short, and how to think about the decision given your own discipline mix rather than a generic industry recommendation.

Understanding What Each Tool Is Actually Built For

Before getting into cost comparisons or workflow numbers, it's worth being honest about what these three platforms were designed to solve, because that origin shapes everything about how well they perform on an Indian project today.

Revit: built for multi-discipline coordination, not any single discipline

Revit was never designed to be the best architecture tool, the best structural tool, or the best MEP tool in isolation. It was designed to be the common ground where all three disciplines could work in the same coordinate system, exchange models predictably, and be checked against each other automatically. That design philosophy is exactly why it has become the default standard across Indian AEC - not because it's the most elegant modelling experience for any one discipline, but because it's the platform where a structural engineer, an architect and an MEP consultant can all show up and immediately understand how to work with each other's models.

This matters enormously in the Indian context specifically, where projects routinely involve three or four separate consulting firms rather than one integrated design team. When the architect is in Bengaluru, the structural consultant is in Chennai, and the MEP consultant is a specialist firm working across five other projects simultaneously, having everyone on the same authoring platform removes an entire category of translation friction that would otherwise eat weeks of coordination time.

ArchiCAD: architecture-first, and it shows in the workflow

ArchiCAD's design philosophy runs in almost the opposite direction. Graphisoft built it specifically for architects, and every part of the interface reflects that - from how quickly you can push out a schematic massing study, to how naturally it handles the iterative back-and-forth of early design development with a client who keeps changing their mind about the entrance sequence. Architects who've used both tools consistently describe ArchiCAD as feeling less like fighting the software to get a design idea onto the screen.

The trade-off is that this architecture-first philosophy makes ArchiCAD less naturally suited to being the shared coordination backbone on a multi-consultant project, simply because fewer of the other disciplines - and fewer of the contractors and BIM coordinators downstream - are working in that same ecosystem. It's not a technical limitation so much as an ecosystem one: ArchiCAD can genuinely do everything a mid-rise architecture package needs, but it's swimming against the current once structure and MEP consultants who default to Revit enter the picture.

Tekla Structures: not a general BIM tool at all, and that's the point

Tekla occupies a different category entirely. It isn't trying to be a general-purpose authoring platform - it's a structural detailing tool built for the specific job of getting a model accurate enough that a fabricator can cut steel or cast precast elements directly from it. Nobody uses Tekla for architectural design or MEP routing, and that narrow focus is exactly why its structural detailing capability has no real substitute among the other two. When a project needs LOD 400 to 500 structural output - genuine shop-drawing-level detail - Tekla isn't competing with Revit's native structural tools, because Revit's native structural tools were never built to go that deep in the first place.

What Each Platform Actually Costs an Indian Studio

Software licensing in India varies with reseller discounts, multi-year commitments and which collection tier a firm buys into, so treat the figures below as indicative street pricing rather than a fixed quote - but the relative ordering between the three tools holds consistently across the market.

ArchiCAD's lower entry cost is consistent and meaningful for a small-to-mid architecture studio that never needs to host its own federated multi-discipline coordination model - if the studio's actual deliverable is architectural drawings and renders that get handed off to a separate structural and MEP team working in their own tools, there's little reason to pay Revit's premium for coordination features the studio will never use directly.

Tekla's higher seat cost looks steep in isolation, but it needs to be weighed against what it replaces. A studio that would otherwise be paying an external structural detailing consultancy to produce fabrication-ready steel drawings from a Revit model is, in effect, already paying for that capability - just through an outsourced fee rather than a software licence. Once a firm's structural steel or precast workload reaches a certain volume, bringing that detailing capability in-house via Tekla frequently costs less over a year than continuing to pay for it externally, on top of giving the firm direct control over detailing turnaround time.

Where the Real Coordination-Time Differences Show Up

Licensing cost is the easy number to compare. The number that actually affects your project schedule is how much time your coordination team spends resolving clashes and exchanging information between disciplines - and this is where the three tools diverge sharply depending on how the workflow is set up.

A federated model built entirely on Revit

Consider a 12-storey residential tower - roughly 2.2 lakh square feet - where architecture, structure and MEP are all modelled in Revit and federated into a single coordination view through Navisworks. Because every discipline is working natively in the same platform, there's no IFC round-trip degrading geometry or parameter data between exchanges. Coordination logs from consultancies running this kind of single-ecosystem workflow typically show average weekly clash-resolution time in the range of six to seven hours once models are federated and the team has settled into a review rhythm. That's not because Revit is inherently faster to work in - it's because there's exactly one fewer translation step between "a change was made" and "everyone else can see it accurately."

Mixing ArchiCAD architecture with Revit structure and MEP

Now take the same building, but with the architecture modelled in ArchiCAD while structure and MEP stay in Revit, exchanging via IFC. The architectural team gets to keep working in the tool they're fastest and most comfortable in - a genuine benefit during the iterative early design stages - but every time the architectural model needs to be checked against structure or MEP, it has to pass through an IFC export and import cycle. IFC handles geometry reasonably well, but it's notorious for losing or garbling certain parameter data, and every round-trip introduces a review step to catch what didn't survive the translation cleanly. On the same type of 12-storey project, this workflow tends to push weekly coordination review time up to somewhere around nine to ten hours - not because ArchiCAD architecture is slower to produce, but because the review team now has to double-check that nothing got lost in translation on every exchange cycle.

Bringing Tekla into the mix for structural steel

Where a project has a genuine structural steel or precast package - say a steel-framed retail podium beneath a residential tower - Tekla enters the coordination picture specifically for that package, again exchanging with the Revit-based architectural and MEP models via IFC. Interestingly, this combination often resolves structural clashes faster than you'd expect, precisely because Tekla's detailing is so precise that once a structural element is modelled, there's rarely ambiguity about its exact geometry - the friction shows up more on the architectural side of the exchange, where interpretation and rounding differences are more common. Coordination teams running this combination typically land somewhere around eight hours per week, a middle ground between the fully single-ecosystem Revit workflow and the ArchiCAD-Revit mix.

A Few Scenarios Worth Thinking Through

Numbers in a table only go so far in helping you picture how this actually plays out, so it's worth walking through a few illustrative scenarios that reflect the kinds of decisions studios genuinely face.

The small architecture studio deciding whether to "upgrade" to Revit

Picture a five-person architecture studio in Pune, currently working comfortably in ArchiCAD on residential and small commercial projects, that starts getting invited to bid on larger mixed-use developments where the client's PMC insists on a fully federated BIM 360 coordination environment. The instinct is often to assume the studio needs to abandon ArchiCAD and retrain everyone on Revit. In practice, the better first move is usually to keep the architectural team in ArchiCAD - where they're fastest and happiest - and simply invest in a disciplined IFC export and QC process for the specific projects that need federated coordination, rather than forcing a costly, morale-damaging platform switch across the whole studio's day-to-day work. The Revit-only investment only becomes clearly worth it once federated projects become the majority of the studio's pipeline rather than the exception.

The mid-size consultancy weighing whether to bring structural detailing in-house

Now picture a 25-person multi-discipline consultancy in Hyderabad that has, for the past several years, outsourced all structural steel detailing to a third-party Tekla shop whenever a project includes a steel component - which, given the growth of industrial and warehouse work in the region, has become a fairly regular occurrence. At some point, the cumulative annual outsourcing spend on that detailing work starts to approach what two in-house Tekla seats plus a trained detailer would cost. That's the point at which bringing the capability in-house stops being a nice-to-have and starts being a straightforward cost decision - with the added, harder-to-quantify benefit of controlling the detailing team's priorities and turnaround directly instead of competing for attention against the outsource shop's other clients.

The contractor standardising a BIM stack for the first time

Finally, picture a mid-size general contractor in Bengaluru who has historically worked entirely from 2D drawings supplied by consultants, and is now setting up an internal BIM coordination capability for the first time in order to bid competitively on projects that increasingly specify BIM coordination as a tender requirement. For a contractor in this position - who isn't authoring original design models but does need to receive, federate and clash-check whatever models consultants hand over - the practical answer is almost always Revit plus Navisworks, specifically because that's the ecosystem the majority of consultants they'll be receiving models from are already using. Investing heavily in a different platform at this stage would mean fighting an uphill IFC-conversion battle on every single incoming project.

Where Each Tool Genuinely Falls Short

It's worth being equally honest about the weaknesses, since a fair comparison means acknowledging where each tool underperforms rather than treating this as three uniformly excellent options.

Revit's biggest weakness is that its structural and MEP tools, while adequate for LOD 300 coordination, genuinely aren't built for the kind of fabrication-level detailing that Tekla or specialist MEP fabrication tools provide - which is exactly why firms doing serious structural steel work still need a second tool. Revit also has a real learning curve for genuinely new users, and its file management on very large federated models can become sluggish without disciplined worksharing and model-splitting practices.

ArchiCAD's weakness is almost entirely ecosystem-related rather than technical - it's a capable, arguably more elegant tool for architecture specifically, but the thinner Indian talent pool and the friction of exchanging with a mostly-Revit consultant and contractor ecosystem means a studio adopting it needs to be comfortable operating somewhat outside the mainstream workflow that most of the rest of the industry has settled into.

Tekla's weakness is that it's genuinely a one-job tool. It has essentially no architectural or general-purpose modelling capability, its visualisation and rendering output is far more limited than either of the other two platforms, and a studio investing in it needs to be certain the structural detailing workload is real and recurring, not a one-off need better served by an outsourced detailing service for a single project.

Making the Decision for Your Own Studio

Strip away the marketing and the industry folklore, and the decision genuinely comes down to three questions specific to your own firm: What does your project pipeline actually look like - are you predominantly single-discipline, or genuinely multi-discipline federated work? What's your talent pipeline - can you hire and retain people in the tool you're considering, at the volume your growth plans require? And what's your actual fabrication-detail need - are you routinely producing LOD 400+ structural output, or is that occasional enough to keep outsourcing?

For most Indian consultancies and contractors doing multi-discipline coordination on projects in the Rs 30 to 150 crore range - which describes a large share of the mid-rise commercial and residential market - the practical default is Revit as the coordination hub, with Tekla brought in specifically for structural steel packages once that workload becomes recurring rather than occasional. ArchiCAD remains the right call specifically for architecture-only studios that will never need to host a federated multi-discipline model in-house, and there's no good reason for those studios to pay Revit's premium or fight its steeper learning curve for coordination capability they'll never actually use.