Structural design and analysis for vertical complexes requiring advanced load transfer, seismic consideration, and high-strength materials. Includes core systems, podiums, and multi-level basements.

Comprehensive structural planning for phased residential developments involving multiple building typologies, infrastructure coordination, and amenity integration.

Design of efficient floor plates, column grids, and service cores for high-occupancy office spaces with a focus on flexibility, MEP compatibility, and long-span systems.

Structural design for large open-span areas, atriums, and dynamic loading zones. Includes coordination for escalators, cutouts, and acoustic enclosures.

Design of framed structures supporting varied functional layouts, service zones, and architectural complexity. Includes provisions for medical equipment loads and HVAC integration.

Structurally compliant facilities with cleanroom-compatible finishes, slab design for equipment anchorage, and layouts that support process-driven spatial zoning.

Design and detailing of structures compliant with Good Manufacturing Practices (GMP), incorporating vibration control, cleanability, and controlled access flow.

Design of RCC and PCC structures for water storage, treatment plants, and chemical containment with attention to crack control, durability, and hydrostatic pressure.

Pre-engineered and RCC solutions for production units, warehouses, and processing lines. Focus on load cycles, service trenches, mezzanine systems, and equipment support.

Design of academic campuses with varying block types—auditoriums, labs, libraries—with optimized use of materials and integration of open and semi-open structures.

Engineering of ride platforms, support frames, water structures, and crowd-bearing decks, ensuring safety under dynamic loading and environmental exposure.

Design and detailing of lightweight, modular structures for large clear-span coverage, typically used in atriums, terminal halls, and entrance canopies.