Technical Capabilities — BIM, CFD, Digital Twin, Heat Load, IGBC

01

BIM / Revit Coordination

Full BIM Collaborate workflow with architects & structure teams. Clash detection, services coordination across trades, and shop-drawing readiness.

Tools: Autodesk Revit, Navisworks, BIM 360

02

Heat Load & Energy Simulation

Carrier HAP, manual ASHRAE CLTD/CLF, and full building energy simulation for right-sized equipment and lower OPEX over 20+ year lifecycles.

Tools: Carrier HAP, eQUEST, IES-VE

03

CFD Analysis

Computational Fluid Dynamics for thermal comfort validation, smoke migration in atria, open-AC spaces, spot-cooling, and under-floor air distribution.

Tools: Autodesk CFD, SimScale, ANSYS Discovery

04

Load Flow & Short Circuit

Power system studies — transformer sizing, cable selection, protection coordination, arc flash analysis, DG stability and transient response.

Tools: ETAP, SKM Power Tools

05

Hydraulic Modelling

Pipe sizing, pump selection, pressure zoning, and full STP / WTP process design with hydraulic schematics. Fire hydrant & sprinkler network modelling.

Tools: EPANET, MagiCAD, Pipe Flow Wizard

06

Sustainability & IGBC

IGBC Accredited Professional on staff. Energy savings strategies, water reuse & recycling, low-flow fixtures, sustainable HVAC design, solar integration.

Certifications: IGBC Green Building, LEED reference

07

Digital Twins & Smart Buildings

Live 3D digital twins of buildings and campuses — BIM models connected to IoT sensors and real-time operational data for energy analytics, asset management, and net-zero roadmaps.

Applications: Energy audits, decarbonization, O&M dashboards

Digital Twin Practice

Digital Twins for the Built Environment

A digital twin is a live, data-connected 3D replica of your building — every asset, every system, every kilowatt visible in one platform. Led by our Associate Consultant Mr Rupesh Umtol, our digital twin practice helps owners and operators accelerate the journey to net-zero, energy-efficient buildings through digitalization.

How We Build a Twin

Digitalize — start from a 3D BIM model of the building and its assets, or integrate your existing BIM model into the twin platform.
Synchronize — connect existing datapoints or install new IoT hardware and data-collection servers on the assets to be monitored.
Visualize — automated data collection, fully visualized in the twin: exactly what, where, when, and how every asset is performing.
Customize — dashboards tailor-built around your most essential operational and compliance metrics.
Optimize — leverage AI integration, system automation, and simulation to continuously improve performance.

What It Delivers

Digital energy audits — hourly load simulation instead of weeks of manual metering
HVAC sizing & optimization across airside, plant, and waterside systems
Electrification & decarbonization strategies — heat recovery, renewables, load shifting, GHG quantification
Asset & energy management dashboards with role-based access and mobile apps for operators
Water, waste, solar PV, and EV-charger management with leak detection and quality monitoring
Occupant comfort validation — ACH, pressurization, thermal comfort (PMV / PPD) to ASHRAE standards
Code & rating compliance — ASHRAE 90.1, ECBC, LEED, WELL, BREEAM and more

Digital twin asset management dashboard — 3D BIM building view with live MEP equipment status — Asset management — live 3D building view with MEP equipment status

Digital twin energy dashboard — electricity, water and gas consumption with CO2 emissions tracking — Energy dashboard — consumption, emissions & equipment KPIs

Digital twin energy analytics view — annual electricity, water and carbon emission trends — Energy analytics — annual consumption & carbon trends

32%

Portfolio Energy Savings — Retail (310,000 m² assessed)

42%

Max Saving in a Single Building — Mixed-Use Portfolio

14%

Energy Savings — Mission-Critical Data Centres

21

Buildings Assessed Across Portfolio Case Studies

Outcomes delivered by our digital twin team across retail, banking, and data-centre portfolios in Singapore and India — the same methodology we now bring to hotels, commercial towers, and campuses across India.

From Our Studio

CFD Analysis in Practice

Actual simulation output from our outdoor-cooling CFD study for a palace-hotel terrace in Jaipur — airflow streamlines, thermal mapping, and equipment modelling.

CFD airflow streamline simulation for palace hotel terrace cooling, Jaipur — Airflow streamlines — terrace nozzle cooling study

3D temperature distribution CFD render for outdoor cooling design — 3D temperature distribution at guest level

Isometric CFD model of terrace architecture and cooling equipment — Equipment & architecture model — isometric

Our Capacity

Team & Infrastructure

25

In-House Engineers

40

External Associates

65

Total Team Strength

50+

Active Projects

A combination of in-house engineers, modellers, draftsmen, and long-standing external specialists — enabling us to deliver multiple major projects simultaneously while maintaining director-level oversight on each.

Modern Engineering Toolkit