MD SAFWAN

My Key responsibilities include:
1. Ensure the highest standards of quality throughout the power
transformer production process, from in-process monitoring to
final inspection, including inspections of incoming goods.
2. Lead and perform routine, type, and special tests on oil-cooled
and dry-type transformers in compliance with IEC/ANSI
standards.
3. Prepare detailed test reports and maintain accurate records of
all testing activities, including process checks, conformity and
non-conformity findings, and fault records in the company
portal.
4. Conduct root cause analysis and resolve quality issues using
established quality tools and methodologies.
5. Guide and mentor teams, promoting effective collaboration and
ensuring adherence to quality and safety standards.
6. Implement health and safety measures to maintain a secure
and hazard-free workplace.
7. Collaborate with R&D and design teams to drive continuous
product improvement and innovation.
8. Ensure the proper calibration of laboratory equipment to
guarantee the precision and reliability of test results.

Contribution and Achievement:
1. Enhanced the Quality Control plan by refining
documentation practices, leading to increased efficiency
and precision.
2. Successfully implemented the 5S methodology, resulting
in enhanced organization and operational efficiency.
3. Reduced transformer fault ratio by 10% through rigorous
adherence to in-process QAP and technical drawings.

As a Site Testing & Commissioning Engineer, my key
responsibilities include:
1.Overseeing the installation of transformers, including oil
cooled transformers up to 132kV and dry-type transformers
up to the 33kV voltage class.
2. Supervising the installation, testing, and commissioning of
various types of LV and MV switchgear, including AIS, GIS,
PFI panels, MCC panels, and control panels.
3. Performing site acceptance tests (SAT) and routine testing
of power transformers, including insulation resistance (IR),
transformer turns ratio (TTR), winding resistance, vector
group, and oil dielectric strength testing.
4. Diagnosing transformer faults through testing and
inspection, and coordinating with the OEM or factory for
analysis and repair procedures.
5. Ensuring compliance with electrical standards and safety
regulations (e.g., IEC, IEEE) during installation and testing
phases.
6. Coordinating with project stakeholders including
consultants, contractors, and clients to ensure timely
project execution.
7. Performing pre-commissioning checks, energization
procedures, and load testing of substation equipment.
8. Preparing detailed reports and documentation of test
results, installation checklists, and fault analysis for client
and project records.