01 — ELECTRICAL ENGINEERING

Power is designed
before it is consumed.

The invisible infrastructure of the modern built environment. We design resilient, redundant, and highly coordinated electrical systems for mission-critical facilities.

The Architectural Nervous System

GRID INTAKE

TRANSFORMER

MAIN SWITCHBOARD

DISTRIBUTION

Design Capabilities

We engineer comprehensive electrical ecosystems tailored to the exact demands of complex architectural programs.

Electrical Load AnalysisSYS.01

Distribution System DesignSYS.02

Lighting & Control SystemsSYS.03

Emergency Power GenerationSYS.04

UPS & Battery ArchitectureSYS.05

Power Quality & FilteringSYS.06

Earthing & Lightning ProtectionSYS.07

Energy Efficiency ModelingSYS.08

Electrical Safety ProtocolsSYS.09

Coordination with Architectural SystemsSYS.10

System Intelligence

DemandLoad analysis

DistributionTopological routing

ProtectionSelectivity

MonitoringSCADA

OptimizationEfficiency

DemandLoad analysis

DistributionTopological routing

ProtectionSelectivity

MonitoringSCADA

OptimizationEfficiency

Architecture + Electrical

Digital Twin Integration

Electrical routes overlaying architectural constraints in a real-time BIM environment. Zero-clash coordination before the concrete is poured.

Detail 01

Single-Line Diagram

Comprehensive mapping of network topologies from intake to end-user distribution.

Detail 02

Distribution Board

Spatial planning of switchgear rooms maximizing safety and maintenance access.

Detail 03

Cable Routing

High-density containment systems coordinated with mechanical ducts.

Detail 04

Lighting Plan

Architectural lighting control zones and power distribution.

Detail 05

Emergency Power

N+1 redundant generator arrays and instantaneous UPS transition matrices.

Detail 06

Earthing System

Foundational grounding and lightning protection networks.

Engineering the power
behind architecture

Discuss your project

Power is designedbefore it is consumed.