Design and Execution Engineer (M&P)

Job Requirements

Qualification: B.E (Mechanical Engineering) from a recognized institution.

Experience: Minimum 5-6 years of relevant experience in BMS design, installation, execution, testing, and commissioning, preferably in building construction projects. Experience in commercial buildings, hospitals, high-rise developments, or other large-scale construction projects will be preferred.

Other License/Certification: BMS related certification will be an advantage.

Duties and Responsibilities

Develop/review BMS designs, control schematics, system architecture, equipment layouts, and technical documentation for M&P systems.

Coordinate BMS integration with HVAC, chillers, AHUs, FCUs, pumps, ventilation, water tanks, and other building services.

Prepare/review control diagrams, I/O schedules, points list, wiring diagrams, and equipment monitoring schedules.

Coordinate with Electrical, ELV, HVAC, plumbing, BMS vendors, subcontractors, consultants, and site teams for integrated system execution.

Supervise and monitor BMS installation, including field devices, sensors, actuators, control panels, cabling, and associated infrastructure, ensuring compliance with approved drawings and specifications.

Monitor site progress, inspect workmanship, resolve technical issues, and ensure compliance with quality and safety requirements.

Supervise pre-commissioning, functional testing, system integration, testing and commissioning, and performance verification of BMS-controlled equipment.

Maintain technical submittals, material approvals, inspection and testing records, commissioning reports, as-built drawings, and O&M documentation.

Ensure timely execution, quality, system reliability, energy efficiency, and compliance with applicable standards.

Competencies

Knowledge of BMS architecture, control strategies, HVAC automation, and mechanical equipment monitoring.

Proficiency in AutoCAD.

Understanding of HVAC systems, including chillers, AHUs, FCUs, cooling towers, ventilation systems, and associated control devices.

Ability to interpret mechanical drawings, control schematics, P&IDs, equipment schedules, wiring diagrams, and technical specifications.

Experience in BMS software platforms, graphical interfaces, alarm configuration, trend logging, and system integration.

Strong coordination, problem-solving, documentation, and communication.