Projects & 3D Models
Structures we have modelled, detailed and estimated.
Interactive three-dimensional models, drawing-linked estimates, profile-correction models and project dashboards — all written in-house in JavaScript, Python, MATLAB, VBA and advanced Excel. Every model is built from the approved general arrangement drawings at true levels and coordinates; the same geometry drives the measurement sheet, the bar bending schedule and the estimate. Open any model and orbit it yourself.
8interactive models, open in your browser
19structures modelled at true levels
100%drawing-linked quantities
16+years of practice
Hydrology & Hydraulics · 64-second film
From a raindrop on the ridge to a checked culvert section
Real terrain around a national highway cross-drainage structure, read from a 30 m elevation model. The catchment is delineated by D8 flow direction, the stream network grows from the ridges to the road, a one-hour design storm becomes a flood hydrograph, and the design discharge is carried through the box culvert — critical depth, normal depth, headwater, clearance and outlet velocity. Every number is computed in our own code.
- Catchment area 1.29 km²
- Time of concentration 55 min
- Rational (IRC:SP:13) 18.1 m³/s
- Dicken's 16.9 m³/s
- SCS-CN unit hydrograph 16.2 m³/s
- Clearance below soffit 1.53 m
Peer-reviewed research behind our work
The hydrology, optimisation and remote-sensing methods on this page come from the founding partner's own doctoral research at S.V. National Institute of Technology, Surat — four journal papers, one of them SCI-indexed, and one paper at the IAHR World Congress.
Event-based rainfall–run-off modeling and uncertainty analysis for lower Tapi Basin, India
ISH Journal of Hydraulic Engineering (Taylor & Francis), 26(3), 353–362Used for: design discharge of culverts and bridges — calibrated curve numbers 85–90.DOI ↗Optimal distribution of water resources for long-term agricultural sustainability
ISH Journal of Hydraulic Engineering (Taylor & Francis), online 2018Used for: irrigation planning — canal water savings of 22–55 % by season.DOI ↗Simulation of hydrologic behaviour of lower Tapi Basin using HEC-HMS and geospatial technology
37th IAHR World Congress, Kuala Lumpur, MalaysiaUsed for: catchment and flood studies with HEC-HMS and GIS.IAHR Library ↗Development of relationship between crop coefficient and NDVI using geospatial technology
Journal of Agrometeorology, 18(2), 261–264Used for: satellite-based crop water requirement and irrigation scheduling.Project names, chainages, client identifiers and title-block information are withheld. Dashboards carry sample figures. Models are shown as a record of the modelling, detailing and estimation work carried out, and not as a claim over any project. The 3D viewers run entirely in your browser (WebGL) — on a phone, use two fingers to pan and pinch to zoom.
Need a structure modelled, detailed and estimated?
Culverts, minor and major bridges, underpasses, roads, ropeways and buildings — from general arrangement drawing to interactive model to bar bending schedule to a submission-ready estimate. Dashboards and estimate automation for running projects.