Client Segment:
Service Overview
Data center design and engineering are fundamentally driven by the integration of architecture, structure, and mission-critical MEP systems, where power distribution, cooling infrastructure, fire protection, and ICT networks must operate seamlessly under all conditions.
Desapex delivers end-to-end data center design, engineering, and mission-critical MEP design services, combining multidisciplinary engineering with redundancy-driven strategies and BIM-led coordination.
Our approach ensures high availability, fault tolerance, scalability, and compliance with Tier III / Tier IV standards, while optimizing energy efficiency, cooling performance, and lifecycle outcomes for hyperscale, colocation, and enterprise facilities.
By designing within a unified digital environment, we deliver coordinated, buildable, and future-ready data center infrastructure not just compliant designs, but performance-driven systems.
Our Digital-First Approach
BIM-Led Multidisciplinary Design Integration
All architectural, structural, electrical, mechanical, ICT, and fire protection systems are developed within a federated BIM model ensuring complete coordination and eliminating silos.
Core Deliverables
Master Planning & Site Layout Design: Development of data center master plans, zoning strategies, and infrastructure layouts aligned with capacity planning and scalability requirements.
Architectural, Structural & Civil Engineering: Design of data halls, support spaces, façade systems, foundations, and structural systems to support high loads, resilience, and operational efficiency.
Electrical Power Distribution & Redundancy Design: Design of EHV, MV, and LV systems, including transformers, switchgear, UPS topology (N+1 / 2N), STS/ATS, PDUs, and busway routing for uninterrupted power supply.
Precision Cooling & Mechanical System Engineering: Design of HVAC systems including CRAH/CRAC units, chiller plants, containment strategies, and liquid cooling solutions for high-density environments.
Mission-Critical MEP & Infrastructure Coordination: Integrated design of electrical, mechanical, plumbing, and fire protection systems within a coordinated BIM environment.
Fire Detection & Suppression Systems: Design of VESDA early warning systems, clean agent suppression (FM-200, Novec 1230), and pre-action sprinkler systems for mission-critical safety.
ICT, ELV, Telecom & Security Systems Design: Structured cabling, telecom networks, surveillance systems, and access control infrastructure aligned with redundancy and operational requirements.
Structural & Spatial Coordination for Equipment Layouts: Design of raised floors, equipment layouts, and spatial coordination to support heavy loads and optimize maintenance access.
BMS & EPMS Integration: Centralized monitoring and control systems for power, cooling, and environmental parameters enabling real-time operational visibility.
Why Choose Desapex
Fully integrated data center design, engineering, and mission-critical MEP expertise
BIM-led workflows that eliminate over 90% of coordination clashes before construction
Proven capability in designing high-availability, Tier III / Tier IV compliant infrastructure
Redundancy-driven engineering ensuring uptime, resilience, and fault tolerance
Optimized designs for energy efficiency, cooling performance, and low PUE targets
Seamless integration of design, simulation, digital delivery, and construction workflows
Experience across hyperscale, colocation, and enterprise data center projects
Desapex ensures your data center is designed not just to function but to perform reliably under the most demanding conditions.
Unique Selling Proposition
Design Where BIM Becomes the Single Source of Truth
Desapex delivers data center design where the BIM model is not a representation it is the design, coordination, and validation platform:
All disciplines operate within a single federated BIM ecosystem
Redundancy, performance, and coordination are engineered directly into the model
No information is lost between design, construction, and operations
This results in faster delivery, zero ambiguity, reduced rework, and highly reliable infrastructure, giving clients a decisive edge in mission-critical data center development.
