My Professional Journey
Assistant Director (Planning & Engineering)
From May 11 2020- Present
As Assistant Manager (Planning & Engineering) at GEPCO, I manage the 11kV distribution network comprising 1,055 feeders across six districts. My role involves power system planning, network optimization, and renewable energy integration to ensure grid reliability and loss reduction.
Key Contributions:
Distribution Network Planning & Optimization:
Led rehabilitation, bifurcation, and feeder load balancing initiatives to enhance system efficiency and minimize technical losses.GIS-Based Network Visualization:
Spearheaded the implementation of GEPCO’s GIS Enterprise System, enabling real-time visualization of the 11kV network for faster decision-making.DER Hosting Capacity Analysis:
Served as a member of the Ministry-nominated Hosting Capacity Team, conducting DER penetration studies to facilitate solar and distributed generation integration.Python Automation for Load Flow Studies:
Developed custom Python tools for voltage profile analysis, feeder load flow simulations, and NEPRA-compliant reporting, streamlining planning operations.Capacity Building:
Conducted hands-on training sessions for junior engineers on PSS®E and Synergi Electric for load flow, short circuit, and hosting capacity studies.
Electrical Engineer
From August 30, 2019 to May 10, 2020.
As an Electrical Engineer at FFC, I contributed to the operation, maintenance, and optimization of high-voltage electrical systems critical to continuous industrial production. My role involved enhancing system reliability, implementing preventive maintenance strategies, and supporting energy efficiency initiatives to ensure uninterrupted operations.
Key Contributions:
High-Voltage System Operations:
Managed the operation and reliability of substations, switchgear, and emergency power systems, reducing unplanned downtime.Emergency Load Management System (ELMS) Upgrade:
Upgraded the ELMS, improving resilience and response time during load and generation loss events.Power Distribution Optimization:
Deployed a Distributed Control Power Bus (DCPB), enhancing power distribution reliability and operational safety.
Electrical Engineering Intern
From June 20, 2018 to July 22, 2018
During my internship at Schlumberger, I gained hands-on experience in industrial electrical systems, preventive maintenance, and field operations within the oilfield services sector. I supported senior engineers in equipment inspections, fault diagnosis, and reliability improvements to ensure safe and uninterrupted field operations.
Key Contributions:
Field Electrical Systems Support:
Assisted in the maintenance and troubleshooting of drilling equipment and field-deployed electrical systems, improving operational reliability.
My Educational Background
Master's in Business Administration (Executive)
International Insituite of Science, Arts and Technology, Gujranwala | From Nov 18 2024- Present
Developing leadership and strategic management skills to drive decision-making in energy and utility sectors.
Enhancing business acumen in project management, operations, and organizational planning to complement technical expertise.
Master's in Electrical Engineering
University of Sialkot, Sialkot | Feb 21, 2021 to May 15, 2023.
Gained expertise in advanced power systems, power electronics, and energy auditing, building strong analytical and practical skills for modern grids.
Explored machine learning applications in power system optimization, including predictive analysis and intelligent grid management.
Performed in-depth studies on renewable energy integration, network reliability, and system efficiency improvements for distribution networks.
Bachelor’s in Electrical Engineering
University of Engineering & Technology, Lahore | From October 12, 2015 to July 25, 2019
Built a strong foundation in power systems, electrical machines, and control systems, with hands-on experience in circuit design and simulations.
Designed and implemented a Field-Oriented Control (FOC) system for induction motors, which won the Best Final Year Project Award at the UET FYP Exhibition 2019.
Developed practical skills in PCB design, inverter circuitry, and motor control algorithms, bridging theoretical concepts with real-world applications.
Research Contributions
As a Reviewer
IEEE Certificate of Reviewer Recognition
Article Review for IEEE Access
- This certificate from the IEEE recognizes a completed article review for publication in IEEE Access in 2024.
- The review of the article, “Optimal Planning of Wind-Based DG…”, showcases expertise in a specialized area of electrical engineering.