Tekla Structures for Steel Detailing: The BIM Niche Pune's Auto and Engineering Fabricators Are Quietly Hiring For (2026)

Why This Niche Exists at All

Every BIM conversation in Pune defaults to Revit and Civil 3D, and for good reason — most of the city's architecture, MEP and civil coordination work runs on Autodesk tools. But walk into any structural steel fabrication shop in the Chakan-Talegaon-Bhor industrial belt, or any pre-engineered building (PEB) manufacturer supplying warehouses and factory sheds around Pune, and the software on every detailer's screen is Tekla Structures, not Revit. Fabricators don't need a pretty architectural render; they need a model that tells a CNC plasma cutter exactly where to cut, a welder exactly which symbol to follow, and a site erection crew exactly which bolt goes where. That is Tekla's entire reason for existing, and it is why civil engineers who only know Revit routinely get turned away from fabrication-shop interviews in Pune.

Where Pune's Demand Is Actually Coming From

Three overlapping booms are driving this. First, Pune's warehouse and logistics corridor — Chakan, Talegaon, Bhor, and the newer belts near the Pune-Mumbai Expressway — keeps adding pre-engineered steel sheds, and every one of them needs a Tekla model before a single column goes up. Second, the city's auto and auto-component manufacturers are constantly adding mezzanine floors, overhead racking and conveyor-support steel inside existing plants, work that is almost always detailed in Tekla because it has to match exact as-built conditions. Third, a handful of mid-sized structural steel contractors that bid on commercial and institutional projects across Maharashtra have started insisting on BIM-coordinated shop drawings to win larger tenders, and they are short of people who can deliver that in Tekla rather than just AutoCAD.

What a Tekla Detailer's Job Actually Looks Like

The work is far more hands-on than most BIM roles. A Tekla detailer in a Pune fabrication shop typically starts from a structural engineer's analysis output (often from STAAD Pro or ETABS), builds the 3D steel model member by member, designs or applies standard connections (base plates, end plates, cleats, gusset plates), and then generates three outputs the shop floor actually uses: general arrangement (GA) drawings for erection sequencing, single-part and assembly shop drawings with full weld and bolt callouts, and NC/DSTV files that feed straight into the CNC plasma or laser cutting machine. Getting a connection wrong on paper is expensive — at an auto-component plant near Chakan, a single misdetailed base plate on a mezzanine column held up an entire production-line shutdown by two days while a replacement plate was cut and shipped, a mistake the shop still references when training new detailers.

Tekla Structures vs Revit Structure: The Honest Comparison

Aspect	Tekla Structures	Revit Structure
Primary use	Fabrication-level steel detailing	Design-stage structural coordination
Connection detail	Bolt-by-bolt, weld-by-weld accuracy	Schematic/representative connections
Manufacturing output	Native NC/DSTV for CNC cutting	Requires third-party export/plugins
Typical employer in Pune	Steel fabricators, PEB manufacturers	Architecture and MEP consultancies

The two tools are not competitors — most senior structural BIM professionals in Pune end up comfortable in both, because a large project hands off from a Revit-modelled design to a Tekla-detailed fabrication package. But for a fresher trying to get hired quickly by a fabrication shop rather than a design consultancy, Tekla is the faster, more direct route.

Course Path and Fees at ABC Trainings

ABC Trainings runs Tekla Structures training as a module within its Civil/BIM programme at the Wagholi and Hadapsar centres in Pune, alongside Revit, Navisworks and STAAD Pro. The standalone Tekla track typically runs 8 to 10 weeks for working professionals on a weekend batch, or 5 to 6 weeks full-time, and covers 3D steel modelling, standard and custom connection design, drawing creation, and NC/DSTV export for CNC — the same workflow used by local fabricators. Fees for the dedicated module generally fall in the ₹18,000 to ₹28,000 range depending on batch size and whether it is combined with the broader structural BIM diploma; combining it with STAAD Pro and Revit Structure as part of the full BIM & Revit diploma works out more economical per skill and is what most students choosing this as a primary career path end up doing.

Career Ladder and Realistic Salary Numbers

A fresher usually starts as a junior detailer checking and correcting connections under a senior detailer's review, moving within 12 to 18 months into independent member and connection modelling. By the two-to-three-year mark, a capable Tekla professional is running full GA and shop-drawing packages independently and often earning ₹35,000 to ₹55,000 a month in the Pune-Chakan-Talegaon belt; those who add project coordination and clash-resolution responsibility across multiple Tekla models can move into a BIM/detailing lead role beyond that. It is a smaller, quieter niche than Revit architecture work, which is exactly why fewer people compete for it — and why fabricators in the industrial belt around Pune keep calling training institutes looking for detailers who already know the software.

Is This the Right Path for You?

If you enjoy precise, almost mechanical detail work more than design-stage creativity, and you'd rather work toward a shop floor and an erection crew than a client presentation, Tekla detailing is a genuinely underfilled niche in Pune right now. Mechanical diploma holders with a drawing background often take to it faster than civil graduates expect, because connection design is closer to mechanical fastening logic than architectural design.

ABC Trainings' Wagholi and Hadapsar branches run live Tekla Structures batches with real fabrication-style drawing exercises, not just modelling demos. To check the next batch schedule and fees, message the admissions desk on WhatsApp at +91 77740 02496.