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Advanced Engineering Consultancy (AEC) provides comprehensive Mechanical, Electrical, and Plumbing (MEP) engineering and design solutions with a strong focus on precision, energy efficiency, safety, and regulatory compliance.
At Advanced Engineering Consultancy (AEC), our MEP Engineering Division delivers end-to-end design and consultancy services across Mechanical, Electrical, and Plumbing systems for industrial, commercial, residential, and institutional projects.
We combine technical expertise, energy efficiency, and integrated design thinking to develop systems that perform reliably, operate efficiently, and comply with applicable national and international safety standards.
AEC’s MEP design approach is built around multidisciplinary coordination, ensuring that building systems — from power distribution and HVAC to plumbing, fire protection, and life-safety systems — work together seamlessly to achieve optimal comfort, sustainability, safety, and operational efficiency.
AEC provides complete MEP Design and Engineering Consultancy services across diverse project types — from greenfield industrial plants to corporate complexes and smart infrastructure.
We offer HVAC design with load analysis, ventilation and air balancing, chilled water and VRV/VRF systems, optimized equipment and ducting layouts, smoke extraction systems, and energy-efficient designs as per ASHRAE/ISHRAE standards.
We provide power distribution design (HT/LT networks, switchgear selection, and load studies), lighting and small power design, earthing and lightning protection systems, cable sizing and panel design, emergency and UPS power systems, and integration with BMS and SCADA for smart monitoring.
We offer water supply, drainage, and rainwater harvesting design, STP/WTP and greywater recycling systems, pump sizing with hydraulic analysis, fire detection, alarm, and sprinkler system design, all in compliance with NBC, NFPA, and local authority regulations.
We provide green building MEP design support (IGBC, GRIHA, LEED), HVAC and lighting optimization for lower energy use, integration of renewable systems like solar thermal and PV-assisted MEP, and automation solutions for effective energy monitoring.
