ACPL’s design of Magnum Global Park integrates responsible design principles as a fundamental part of their architectural approach.

Magnum Global Park, a Grade A development, features premium offices, IT/ITES spaces and retail and recreational amenities, with up to 50,000 sq. ft. of floor plate area and fully automated BMS systems. A gas pipeline cuts diagonally across the site, bisecting it into two asymmetrical parts. Since the foundations couldn’t be laid over this area, the design team embraced this challenge as the project’s organising principle.
Kulmeet-Shangari
The project is pre-certified IGBC-Gold rated – the result of carefully considered material choices, efficient floor plate planning, and performance–driven building systems that demonstrate sustained utilization and reduced long-term energy demand.

Ar. Kulmeet Shangari

The area above the pipeline is developed as a central landscaped zone, opening the site to light and air and dissolving the boundary between private and public thresholds. The two buildings: a 3-storey and a tower, flank each side of this lush green lung, asserting a distinct urban presence and anchoring the project to its surroundings. This intervention also becomes the generator for the buildings’ prismatic geometry. The sculpted massing creates a sharp, recognisable silhouette while creating efficient floor plates and uninterrupted views from inside the tower.

Magnum-Global-office

Fact File

Office-campus
Name of Project: Magnum Global Park
Typology: IT Building
Location: Sector 58, Gurugram
Client: Galaxy MonnetI Infraheights
Site Area: 23471.80 sqm (5. 8 acres)
Built-Up Area: 10.25000 sqft

A highly efficient core layout achieves approximately 12% lift efficiency, placing the project firmly within Grade A+ benchmarks. Narrow floor plate depths and carefully designed double-glazed fenestration limit heat gain and ensure that 100% of the workstations receive daylight, enhancing thermal comfort and productivity. The glass panels, 3000 mm in height, maximise transparency while maintaining controlled window-to-wall ratios.