M Umer Amjad

Responsible for round-the-clock electrical and mechanical operations of two major telecom data centres, covering all critical
power systems, DG sets, HVAC, ISO compliance, and client SLA delivery.
• Maintained 99.9% operational uptime across both data centre facilities through structured preventive and corrective
maintenance of all critical electrical systems, DG sets, and HVAC units.
• Executed PM schedules for 12+ DG sets and HVAC units using Oracle Primavera P6, reducing unplanned equipment
failures by approximately 30% within the first quarter of implementation.
• Monitored SLA performance across all client accounts and produced accurate monthly reports and invoices — zero SLA
breaches and zero billing disputes recorded since joining.
• Conducted routine electrical inspections and fault diagnostics, consistently achieving fault resolution within two hours
to minimise downtime impact.
• Applied ISO 9001:2015 quality procedures to live operational workflows, identifying and closing 5+ process non
conformances through documented corrective action reports.
• Served as primary technical liaison for client engineering teams, managing all operational escalations, facility
coordination, and service delivery communications.

Supported testing, commissioning, and energization of high-voltage electrical equipment at national grid station projects
under IEC, NTDC, and WAPDA safety and technical standards.
• Assisted in commissioning of HV switchgear up to 132 kV, power transformers, and protection relay systems across
multiple national grid station projects.
• Conducted insulation resistance, continuity, and functional testing on all grid equipment, supporting the on-schedule
energization of two grid station projects.
• Verified electrical installation compliance against IEC technical specifications and project drawings prior to each
energization stage.
• Prepared commissioning documentation, test reports, and as-built records for client handover packages, ensuring full
project traceability on both projects.

Gained practical embedded firmware and IoT development experience through the design, coding, debugging, and delivery of
a real-time industrial monitoring prototype.
• Developed an ESP32-based remote monitoring system using DHT22 sensors and Blynk IoT cloud, achieving 99% data
transmission reliability in live deployment testing.
• Wrote production C++ firmware for sensor polling, Wi-Fi connectivity, and cloud data logging; diagnosed and resolved
I²C communication faults using an oscilloscope and serial debug tools.
• Delivered the completed monitoring prototype on schedule; reviewed and accepted by senior engineers for production
evaluation.