MEC Engineering Solutions

02/06/2026

This beam reinforcement package coordinates:
▪ longitudinal reinforcement layouts
▪ stirrup spacing requirements
▪ beam support conditions
▪ reinforcement anchorage zones
▪ and construction-ready structural detailing.

Engineered for strength, durability, and accurate field implementation.

26/05/2026

Coordinated structural foundation engineering designed for institutional building performance.

This foundation layout integrates:
▪ reinforced footing systems
▪ foundation beam coordination
▪ slab support infrastructure
▪ cafeteria and kitchen structural zoning
▪ and load-transfer continuity throughout the facility.

Engineered for durability, constructability, and long-term structural reliability.

26/05/2026

Coordinated reinforced concrete beam infrastructure designed for auditorium and classroom structural performance.

This upper-floor structural layout integrates:
▪ reinforced concrete beam coordination
▪ slab support framing
▪ auditorium long-span distribution
▪ classroom structural zoning
▪ and continuous load-transfer infrastructure.

Engineered for stability, constructability, and long-term structural reliability.

25/05/2026

Advanced VRF climate engineering designed for modern commercial performance.

This mechanical package integrates:
▪ heat recovery units
▪ refrigerant branch distribution
▪ multi-zone HVAC coordination
▪ centralized piping infrastructure
▪ and scalable climate-control routing.

Engineered for energy efficiency, operational flexibility, and long-term mechanical performance.

ClimateSystems

25/05/2026

25/05/2026

Coordinated rooftop HVAC engineering designed for long-term operational performance.

This mechanical roof layout integrates:
▪ outdoor condensing unit placement
▪ refrigerant riser coordination
▪ rooftop service routing
▪ drainage integration
▪ and maintainable mechanical infrastructure.

Engineered for efficient climate-system performance and clean building integration.

25/05/2026

Coordinated commercial HVAC engineering designed for performance and reliability.

This climate-system layout integrates:
▪ split-system air conditioning infrastructure
▪ refrigerant piping coordination
▪ condensate drainage routing
▪ thermal zoning strategies
▪ and maintainable mechanical distribution throughout the facility.

Engineered to support efficient operation, occupant comfort, and clean architectural integration across commercial interior environments.

EngineeringSolutions

24/05/2026

Engineered ventilation systems designed for clean, efficient sanitary airflow management.

This extraction layout integrates:
▪ restroom exhaust zoning
▪ sanitary extraction duct routing
▪ riser coordination
▪ airflow distribution
▪ and detailed mechanical section integration.

Designed to support indoor air quality, maintainability, and coordinated building-system performance.

24/05/2026

Modern commercial interiors require intelligent mechanical coordination behind the architecture.

This HVAC layout integrates:
▪ split-system air-conditioning infrastructure
▪ refrigerant piping coordination
▪ condensate drainage systems
▪ climate zoning
▪ and maintainable mechanical distribution throughout the space.

Designed for comfort, efficiency, and seamless architectural integration.

24/05/2026

This mechanical layout integrates:
▪ condensate risers
▪ gravity drainage routing
▪ wall and floor connection details
▪ slope coordination
▪ and maintainable discharge systems.

Engineered for reliable long-term HVAC performance and clean architectural integration.