Ashhar

Twin 45-storey residential towers (T1: 18,000 m², T2: 21,300 m²) with a 25,300 m² Non-Tower Area (NTA) comprising 3 basements, podium landscape deck, and clubhouse.

• 45-Tier Vertical Riser Shaft Alignment: Aligned high-rise drainage stacks, domestic water risers, and electrical busducts through structural transfer slabs with zero floor encroachment.
• Navisworks Clash Management: Configured automated clash batch matrices, grouping and eliminating 1,200+ collisions across HVAC, structural shear walls, and cable trays.
• Basement Ventilation Engineering: Modeled dual-speed carbon monoxide jet fans, fire damper enclosures, and high-level stormwater header routes.
• Pre-Pour Concrete Sleeves: Delivered cast-in-place sleeve penetration schedules to eliminate post-pour structural concrete coring.

Premier 5-star international hotel with 23 upper floors (Presidential Suites, Ballroom, 4 Restaurants, Spa, Penthouses) and 2 subterranean basements.

• High-Density Plant Room Coordination: Detailed 3D modeling of double-height STP, WTP, central chillers, and primary fire pumps in Basements 01 & 02.
• Guestroom Ceiling Void Clearance: Resolved dense intersections between FCU chilled water supplies, fresh air ducts, and gravity drainage within tight 300mm ceiling drops.
• Acoustic & Vibration Isolation: Coordinated vibration isolators, inertia bases, and acoustic duct liners for plant equipment adjacent to luxury suites.
• Pre-Procurement Clash Clearance: Resolved 850+ hard clashes before site procurement, preserving gravity drainage falls inside structural beam sleeves.

Monumental cultural skyscraper featuring 3 temple wings, expansive forecourts, 2 mega basements (3,00,000 sq.ft), and 17 core tower floors engineered for heavy peak crowd egress.

• 205m High-Head Hydraulic Distribution: High-pressure booster pumping stations, break tanks, and PRV stations planned at intermediate mechanical floors to control hydrostatic heads.
• Life Safety & Crowd Egress: Macro routing for emergency smoke management, stairwell pressurization shafts, and crowd egress ventilation corridors.
• MEPF Quantity Take-Off (MTO): Developed comprehensive macro bill of quantities for primary chilled water risers, transformers, and emergency generation plant.

Retail and dining airport development spanning 1.1 Lakh sq.ft across 21 commercial outlets, microbrewery, sports bar, and commercial kitchens, integrated with 2,929 m² landscaped concourse.

• Radial & Curved Ductwork Geometry: Modeled custom radial duct segments along circular architectural facades, maintaining airflow static pressure balance without turbulence.
• Commercial Kitchen Scrubber Integration: Coordinated dedicated high-temperature kitchen exhaust ductwork, grease filters, and makeup air systems.
• AutoCAD Cross-Sections: Generated detailed 2D/3D DWG section cuts showing clear separation between overhead airport structural steelwork and mechanical duct routes.
• Underground Utility Integration: Modeled sub-surface landscape irrigation, drainage sumps, and buried electrical conduits.

Modern higher education campus featuring electronics laboratories, computing teaching facilities, lecture theatres, seminar rooms, consultation zones, library, and 813 m² cafeteria.

• ISO 19650 BEP Alignment: Complete BIM Execution Plan (BEP), standard naming syntax, Task Information Delivery Plans (TIDP), and Master Information Delivery Plans (MIDP).
• Laboratory Services Integration: Coordinated laboratory chemical fume hood exhausts, clean grounding networks for server teaching rooms, and acoustic duct attenuators.
• CAD Production: Generated Level-00 and Level-01 HVAC Ducting and Chilled Water Piping layouts (.dwg) for site contractors.