Muhammad Wajahat

Specialized in testing, calibration, and maintenance of GIS testing equipment and tools.

• Managed KoCoS ACTAS configuration, troubleshooting, and hardware/software support.
• Improved testing processes through automation and data-driven solutions, increasing efficiency and reducing costs.
• Diagnosed and resolved technical issues to minimize downtime and improve system reliability.
• Developed customized software solutions to support testing and operational requirements.
• Led testing-related projects from planning to completion, ensuring timely delivery.
• Conducted technical training sessions and mentored junior engineers and technicians.
• Collaborated with cross-functional teams, suppliers, and vendors to support operational objectives.
• Implemented data security and quality control measures to ensure compliance with industry standards.
• Analyzed complex technical data to support decision-making and continuous process improvement.

Executed and supported Factory Acceptance Tests (FAT) for major clients including SEC, Aramco, SWCC, NEOM, and National Grid SA.

• Conducted HV testing up to 650 kV, insulation resistance, CRM, SF6 leakage, and complete bay testing.
• Performed mechanical testing of GIS equipment including CB, DS, ES, FAES, and MES.
• Diagnosed and repaired GIS faults including contact bouncing, partial discharge, flashover, SF6 leakage, and drive mechanism issues.
• Performed LCC panel testing, wiring verification, interlocking checks, relay testing, motor charging/discharging, and electrical operation validation.
• Configured, maintained, and troubleshot ACTAS systems, including BRK file creation, template development, and report generation.
• Trained and supervised operators on ACTAS systems and GIS testing procedures.
• Prepared routine testing, internal testing, and FAT documentation and reports.
• Experienced with ELK-03, ELK-04, ELK-04C, and ELK-14 GIS configurations.

• Conducted preventive maintenance and repairs on production machinery, including CNC machines, generators, air compressors, and forklifts, ensuring optimal operational efficiency.
• Executed preventative maintenance for increased equipment lifespan.
• Conducted equipment overhauls to improve performance levels.
• Tested system components after repairs for total assurance of proper functioning.
• Prepared detailed documentation for repairs and preventive maintenance, facilitating compliance and operational continuity.

• Working as a Senior Field Service Technician in the Quality Control Protection System Testing Department. My responsibilities included:
• Scheme check for Protection and Control Panels
• Verification of Design and Manufactured Panels
• Continuity Testing of Protection and Control Panel
• Meter Testing
• Annunciation Panels Programming and Testing of ABB SACO Units
• High Voltage Insulation Testing
• Assisting in conducting Factory Acceptance Tests
• Preparing documentation for Internal Testing
• Modification work for panels during commissioning phase
• Installation of Relays and Instruments
• Rectifying hardware related issues for ABB IEDs (Modules Replacement)
• Re-wiring of panels as per modified schematics during commissioning phase.
• Programming and troubleshooting of Annunciation Panels (ABB SACO Units
• Soldering contacts and replacing LEDs for ABB SACO Units at site.
• Changing ports of Ethernet Switches used in SAS Systems.

• Assemble and wire various types of panels (SCADA, SAS, Protection, Telecommunication).
• Prepared ferrules with Ferrule Machine, streamlining assembly process for improved workflow.
• Engraved and fixed labels on panels to enhance clear identification and maintain operational standards.
• Addressed punch list comments, ensuring timely resolution and compliance with project specifications.

• Operated embroidery machines to produce high-quality textile products.
• Conducted quality control checks, maintaining high product standards.
• Interpreted blueprints and sketches to achieve desired outputs.
• Enhanced longevity of machines through regular oiling and cleaning.

• Operated lathe machines to manufacture precision steel components.
• Operated heavy machinery to increase production rate.
• Troubleshot mechanical issues, minimising downtime.
• Adjusted machine settings to optimise performance.