IMS Ghaziabad Campus 2 was developed to support academic expansion and full-time residential education for one of North India’s early private management institutions. As student intake increased and pedagogy evolved, the institution required a campus capable of supporting academic learning, residential life, and collaborative engagement within a compact urban footprint.
Located within the National Capital Region, the campus functions as a self-contained academic ecosystem integrating classrooms, research environments, student housing, and social infrastructure. The project demonstrates how dense urban academic campuses can deliver operational scale, spatial clarity, and residential comfort without relying on large horizontal land parcels.
The campus establishes a framework for urban academic infrastructure that balances density, flexibility, and long-term institutional adaptability.
Modular Campus Planning and Institutional Adaptability
The masterplan is structured around modular planning principles allowing long-term academic and residential flexibility within a fixed site boundary. The campus connects eight building blocks, including retrofitted existing structures and newly developed academic and residential buildings.
The interconnected system allows redistribution of academic and residential capacity based on semester variation, program expansion, and enrollment cycles. This supports institutional growth without requiring major physical expansion.
The planning establishes a dense academic campus typology that maintains spatial openness and connectivity despite program intensity.
Central Academic Spine and Residential Zoning Clarity
The campus is organised along a central circulation spine separating academic and residential environments. Academic blocks are positioned toward entry and central zones to support daily access and institutional visibility.
Academic infrastructure includes classrooms, laboratories, shared learning zones, library systems, and an auditorium supporting large academic gatherings. These are positioned for efficient academic movement and program integration.
Residential hostel blocks are positioned deeper within the campus to maintain acoustic and spatial separation from academic zones. Dining, social, and student community environments support residential campus life and student wellbeing.
Daylight-Led Environmental Performance and Student Comfort
Natural light is integrated as a core spatial performance strategy across academic and residential environments. Academic blocks incorporate vertical atriums allowing daylight penetration into internal learning spaces and circulation systems.
Hostel blocks incorporate ventilated wall systems and diffused corridor lighting to maintain brightness and air movement across residential floors. The strategy reduces environmental density and improves student comfort.
Daylight planning reduces energy dependency while supporting long-duration academic and residential use
Integrated Academic Living and Continuous Learning Ecosystem
The campus is structured as a continuous academic living environment where learning extends beyond classroom environments. Informal learning pockets, landscaped buffers, and congregation zones support peer learning and collaborative engagement.
Service corridors and expansion-ready infrastructure were integrated during early master planning to support long-term institutional growth without disrupting active campus operations.
Conclusion
IMS Ghaziabad Campus 2 demonstrates how higher education infrastructure can respond to dense urban conditions while maintaining academic performance, residential comfort, and institutional identity.
The project integrates modular planning, daylight-led environmental design, and academic-residential integration within a scalable campus framework.
The campus operates as a long-term institutional asset supporting evolving pedagogy, student life integration, and urban academic infrastructure development.
Client
IMS Group of Institutions
Cost
INR 54 Cr | INR 540 Million
Area
Site Area: 5 acres | 20,234 sq. m. Built Up Area: 430,556 sq. ft. | 43,056 sq. m..Facility
Higher Education Campus
