#LI-DNI

SECTION I: ROLE SUMMARY (Purpose of the Role)

The Lead – MEP Execution (Electrical) is responsible for execution and monitoring of electrical MEP systems across assigned projects. The role ensures timely delivery, quality compliance, cost control and coordination of power distribution, lighting, ELV and fire alarm systems in line with project objectives.

SECTION II: KEY RESPONSIBILITIES/ ACCOUNTABILITIES

Financial / Functional Perspective

? Optimize electrical execution costs through efficient planning and material utilization? Minimize rework and wastage in electrical works? Support project profitability through timely and cost-effective execution? Monitor budgets and control execution-related expenses

Customer Perspective

? Deliver reliable and high-quality electrical systems? Coordinate with consultants, contractors and internal teams? Support timely handover of electrical services? Enhance client confidence through defect-free execution

Internal Process Perspective

? Plan and monitor execution of power, lighting, ELV and fire alarm systems? Ensure compliance with approved drawings, specifications and standards? Review shop drawings, method statements and BOQs? Resolve technical and execution issues related to electrical systems? Coordinate with mechanical, civil and architectural teams? Ensure adherence to safety and quality norms? Track progress and prepare MIS reports

Learning & Growth / Developmental Perspective

? Build expertise in electrical systems and execution practices? Mentor junior electrical engineers? Promote adoption of new technologies and systems? Drive continuous improvement in execution methods

SECTION III: KNOWLEDGE & EXPERIENCE

KNOWLEDGE

Minimum Qualifications

• B.E./B.Tech in Electrical Engineering

Language Skills

• English  
• National (Preferred) 
• Regional (Desirable)

EXPERIENCE

Years of Experience

• 10–16 years in Electrical MEP execution

Nature of 

Experience

• Experience in execution of power distribution, lighting, ELV and fire alarm systems, contractor management, coordination and site delivery.

SECTION IV: TECHNICAL & LEADERSHIP / BEHAVIORAL SKILLS REQUIRED TO EXECUTE THE ROLE

SKILLS

Technical Skills(if available)

• Ability to utilize knowledge of electrical engineering principles (circuit analysis, load flow, power factor correction etc.), to conduct electrical system calculations (e.g., voltage drop, short circuit, load calculations) in compliance with standards (such as IEEE, IEC, NEC), optimizing performance and enhancing reliability in electrical installations
• Ability to leverage established method statements to install electrical systems, including wiring, cabling, bus duct and rising mains and electrical panels/ equipment to provide safe and reliable power distribution throughout a building or facility while adhering to the National Electrical Code (NEC) and other local regulations
• Ability to leverage relevant engineering equipment and systems knowledge (as applicable) to perform troubleshooting and testing and commissioning for systems, including system interfaces, functional testing and performance verification, to validate and ensure that all systems operate according to design specifications and meet performance criteria
• Ability to leverage MEP and ICT engineering knowledge, system interfaces and system integration plans and concepts to perform integrated testing and commissioning for systems, including functional testing and performance verification, to validate that all systems operate according to design specifications and meet performance criteria in an integrated manner
• Ability to  apply knowledge of automatic fire detection and alarm systems, including Very Early Smoke Detection Systems (VESDA), in order to design, install, and maintain effective fire alarm solutions that ensure early warning, minimize false alarms, and enhance occupant safety
• Ability to apply knowledge of architectural and engineering drawing standards with respect to Drawing Control Index (DCI) to read, analyze, and interpret various types of technical drawings, including blueprints, schematics, detailed drawings, GFC drawings and shop drawings to understand design specifications, dimensions, materials, and construction methods essential for successful engineering design, project planning and execution
• Ability to apply knowledge of unit protection systems, including overcurrent and earth fault protection principles, coordination and grading of settings, and fault analysis techniques, in order to design, implement, and optimize effective protection schemes that ensure reliable operation, minimize equipment damage, and enhance safety in electrical systems during fault conditions
• Ability to apply knowledge of electrical control schemes, wiring diagrams, and industry standards in order to develop and interpret primary equipment control schemes, design effective protection schemes, prepare detailed power and control cable schedules, and create accurate termination and interconnection charts, ensuring precise representation and compliance

Leadership / Behavioral Skills(if available)

• Ability to apply understanding of contractual obligations and project scope to effectively manage subcontractor relationships, mobilize and retain the workforce, while ensuring their performance meets project requirements, timelines, and budget constraints
• Ability to identify hazards, ensure compliance with safety norms, and create mitigation plans. Educates others on safe practices and regulatory requirements to protect workers, the environment, and the site.