Arsal

Team Lead Power System Studies

Confidential

Aug 2018 - Present • 7 yrs 9 mos

Lead a team of engineers delivering a wide range of power system studies, including load flow analysis, short circuit calculations, dynamic / transient stability, power quality studies EMT studies and protection coordination studies. Key Responsibilities:  Deliver grid connection and compliance studies including load flow, fault level, and dynamic stability assessments.  Conduct transient and EMT simulations using PSCAD and DIgSILENT for system impact and compliance verification.  Perform protection coordination studies and fault analysis for transmission and industrial systems.  Develop and validate RMS and EMT models for network and renewable integration studies.  Support feasibility assessments and equipment performance specification development.  Contribute to technical tenders and proposal preparation including scope definition and effort estimation.  Undertake project planning, task allocation, and resourcing to ensure timely delivery.  Manage study risks and ensure adherence to project budgets and deadlines.  Peer review reports and simulation outputs to ensure technical accuracy and compliance with client requirements.  Present technical findings to clients and participate in technical discussions.  Mentor junior engineers and maintain high quality assurance standards across deliverables PROJECT HIGHLIGHTS  Protection Coordination study for Fauji Cement Company Limited Dera Ghazi Khan, Pakistan  Grid Integration Study of 30 MW Wind Power Plant and Battery Energy Storage System (BESS) with the ISO New England network  MARAFIQ 380 kV Operational Contingency Studies – Transmission Line & Busbar Outage Analysis Consultancy Service to NGSA for “Evaluation of Power Transfer Limits of COA-NOA-WOA Interconnection” for the year 2022-23  Transmission & Transformation Loss Evaluation of multiple Pakistan Utilities (SEPCO, QESCO, GEPCO, FESCO, TESCO and MEPCO)  Grid Integration Study of Bestway cement waste to recovery 9 MW plant with PESCO