Key Responsibilities:
Lead cross-functional teams (Engineering, Procurement, Quality, EHS,Commercial,Testing & Commissioning) for successful project delivery.Drive key project deliverables including design approvals, Utility Approval, CEIG Co-Ordination, Vendor management, Subcontractors deployment and handling of external sub-contractors and labors which is expected to be in the range of 100+ for the project.Manage all internal and customer-facing interfaces to ensure smooth execution.Track and manage KPIs (Quality, Cost, Time) throughout the project lifecycle.Lead project governance, internal reviews, and customer reviews.Ensure EHS compliance and coordination of site activities.Knowledge of HR and legal compliances for site establishment.Support bid and sales teams with technical inputs, site visits and lessons learned.Manage contractual obligations and ensure timely project closure.Evaluation and application of interface requirements of various system components.Evaluation and management of project risks, opportunities, Contract & claim time-to-time basis and updating the risk register accordingly.Project scheduling / monitoring / tracking / reporting periodically and conduct project status reviews with respective stakeholders.Domain Knowledge of project management in verticals like AIS/GIS Switchyards upto 220kV / Data Centre I EPC projects is must.Certification for CAT S projects I PMP is preferable or having track record of execution such projects successfully.
Desired Skills & Qualifications:
PMP or equivalent project management certification preferred.Minimum 8+ years of relevant experience, preferably in Data Centers/PGCIL/TNEB/ MSETCL/UPPTCL AIS/GIS projects. Bachelors degree in electrical engineering.Proven track record with Data Centers/PGCIL/TNEB/MSETCL/UPPTCL, or similar stakeholders.Strong commercial acumen, P&L management, and risk assessment skills.Excellent communication, stakeholder management, and leadership abilities.Deep understanding of substations, Transmission & Distribution project lifecycle and delivery mechanisms.