Asst Project Lead

Review and coordinate MEP design documents, ensuring integration between mechanical, electrical, plumbing, and fire protection systems

Facilitate BIM coordination sessions to identify and resolve conflicts between MEP systems and architectural/structural elements

Evaluate mechanical system selections including HVAC equipment, controls, and distribution systems for optimal performance and efficiency

Oversee electrical load calculations, power distribution design, lighting systems, and emergency power provisions

Review plumbing layouts, domestic water systems, sanitary and storm drainage, and fire protection system designs

Serve as primary MEP technical liaison with clients, addressing concerns and providing regular project updates

Manage relationships with MEP contractors, subcontractors, and vendors throughout design and construction phases

Coordinate with architects, structural engineers, and other consultants to ensure seamless design integration

Facilitate submittal review processes, RFI responses, and change order evaluations

Ensure all MEP systems comply with applicable building codes, safety regulations, and jurisdictional requirements

Implement quality control procedures including testing, commissioning oversight, and performance verification

Manage risk identification and mitigation strategies for MEP-related project challenges

Prepare comprehensive documentation including progress reports, technical memoranda, and lessons learned summaries

Bachelor’s degree in mechanical engineering, Electrical Engineering, or related engineering discipline from a reputed institution.

10-12 years of progressive experience in MEP project management within commercial building and Industrial construction

Demonstrated track record of successfully delivering MEP systems for projects valued at $10M+

LEED Accredited Professional (LEED AP) preferred

Advanced knowledge of AutoCAD, Revit MEP, and BIM 360 for design review and coordination

Proficiency with Navisworks or similar clash detection software

Experience with MS Project or equivalent scheduling tools

Familiarity with electrical load calculation software and hydraulic analysis tools

HVAC system design principles including chilled water plants, boilers, air handling units, and variable refrigerant flow systems

Ventilation requirements, indoor air quality standards, and energy recovery systems

Building automation and controls integration

Power distribution from utility service through branch circuits

Emergency power systems, generators, and UPS configurations

Lighting design, photometric analysis, and advanced lighting controls

Fire alarm, security, and low-voltage systems coordination

Domestic water, sanitary, and storm drainage system design

Sprinkler system hydraulics and fire pump requirements

Plumbing fixture sizing and water conservation strategies