The Integrated Election Centre was developed to address a critical institutional gap in India’s electoral infrastructure. Historically, Electronic Voting Machines and VVPAT units were stored and managed across fragmented temporary facilities, creating operational inefficiencies and security risks. The project emerged from the need to establish a permanent, process-aligned environment capable of handling the complete lifecycle of electoral hardware within one secure institutional framework.
Commissioned by the Chief Electoral Officer of Delhi, the facility consolidates storage, inspection, repair, demonstration, and dispatch operations into a single coordinated ecosystem. The project positions electoral logistics as institutional infrastructure rather than back-end administrative support. The architecture therefore operates simultaneously as a high-security technical facility and a public-facing civic institution that reinforces electoral credibility.
The building establishes a national reference model for how electoral equipment infrastructure can be systematised, secured, and scaled over time.
Lifecycle-Based Institutional Planning
The spatial structure is organised around the operational journey of an EVM. Instead of designing storage as a static warehouse condition, the facility is structured as a movement-driven operational system. Storage vaults, FLC halls, maintenance zones, demonstration areas, and dispatch docks are positioned along a controlled logistics sequence.
Dedicated FLC halls enable political party verification before elections, reinforcing procedural transparency. Repair and maintenance bays are positioned to minimise equipment transit time. Training and demonstration areas support electoral officers and stakeholders through controlled access learning environments.
The entire planning logic reduces inter-building dependency and creates a closed-loop electoral equipment ecosystem. This strengthens auditability, operational efficiency, and long-term equipment lifecycle management.
Security as Embedded Spatial Governance
Security operates as a planning principle rather than a technical afterthought. The campus is organised through concentric access rings that separate public interface, administrative movement, and high-security electoral zones.
Vault areas are positioned deep within the secured core and constructed using reinforced structural systems with waterproofing, controlled ventilation, and externalised electrical infrastructure to reduce fire risk. Jurisdiction-based locking protocols align physical infrastructure with administrative governance systems.
Continuous surveillance, control rooms, and movement zoning eliminate overlap between public circulation and equipment logistics. The architecture therefore performs as an enforcement mechanism for electoral security protocols.
Logistics-Driven Circulation Framework
The facility recognises EVMs as dynamic assets that move frequently before and after election cycles. Internal circulation is therefore dimensioned for simultaneous human and equipment movement without operational conflict.
Crane-assisted vertical movement systems enable controlled transfer of machines across levels. Storage racks are calibrated to module types and district allocation systems. Loading bays are aligned directly with vault circulation spines to minimise handling stages.
Lower levels operate as transit and verification zones, while upper levels maintain controlled storage environments. This vertical operational choreography reduces handling time, improves safety, and strengthens equipment accountability.
Civic Interface and Institutional Transparency
The public-facing zone of the facility houses administrative offices, training halls, and demonstration spaces. These areas enable political parties, officers, and public stakeholders to observe verification and compliance processes within controlled boundaries.
Daylight integration, structured circulation, and clear wayfinding improve user orientation while maintaining institutional seriousness. Electoral awareness elements and civic display zones introduce controlled architectural warmth without diluting the facility’s technical identity.
The front elevation reflects administrative confidence and procedural clarity rather than symbolic monumentality.
Conclusion
The Integrated Election Centre establishes a new institutional typology for electoral infrastructure in India. By consolidating lifecycle management, security protocols, logistics efficiency, and civic transparency into one system, the project strengthens both operational performance and public trust.
The facility demonstrates how architecture can structure governance processes through spatial clarity and system alignment. As electoral systems scale in complexity and volume, the Integrated Election Centre provides a replicable framework for future state and national electoral infrastructure.
The project reinforces the principle that democratic systems require permanent, accountable, and performance-driven physical infrastructure to sustain long-term institutional credibility.
Client
Chief Electoral Officer, Govt. of NCT Delhi
Cost
INR 23 Cr | INR 230 Million
Area
Site Area: 3.10 acres Built Up Area: 118,941 sq. ft.Facility
Institutional Storage Facility
