Spanning a sprawling 2,940 square meter footprint, this massive mixed-use development rises dynamically through two subterranean basement levels, an active ground floor, five repetitive upper tiers, and an accessible crown roof. The complex accommodates forty-five residential apartments alongside a vibrant commercial podium on the ground level featuring four retail shops and five residential units. The architectural massing intentionally defies strict symmetry, displaying an asymmetrical, non-uniform silhouette that varies across every typical floor plate. Rigorous spatial planning transforms this irregularity into an asset, maximizing land utilization, optimizing internal circulation, and delivering a luxurious, high-quality living and retail environment from the basements to the roof.
Executing this massive mixed-use asymmetric typology required resolving complex technical hurdles across all disciplines. Engineers deployed advanced finite element modeling for heavy load transfers from shifting upper residential tiers down to the two subterranean basement levels. Irregular floor plates were optimized for efficient spatial circulation and maximum usable square footage across all 45 apartments and retail spaces. Resilient acoustic insulation assemblies mitigated structural and airborne noise transmission between high-traffic commercial zones and private dwellings. Dynamic facade profiling intercepted intense solar radiation on non-uniform surfaces to ensure thermal comfort while safeguarding visual privacy. Furthermore, Computational Fluid Dynamics governed mechanical ventilation and smoke extraction for the dual basements, while rigorous spatial coordination prevented clashes among electrical risers, HVAC ducts, and plumbing networks.
The engineering package delivers full schematic floor plans, vertical wet-core routing, and custom facade detailing across all forty-five dwellings and retail spaces. Structural deliverables focus on deep foundation design, multi-tier shear-wall reinforcement, and deflection control tailored for large-scale, asymmetric load distributions. The electromechanical scope integrates central transformer sizing, heavy-duty busbar risers, hydronic plumbing booster sets, ventilation systems for the two basements, and fully addressable fire alarm networks complete with integrated sprinkler coverage.
