Muhammad Adnan Hussain

Supervised the installation, operation, and maintenance of induction furnaces,
overhead cranes, continuous casting machines (CCM), and air pollution control
systems to ensure optimal performance.
Diagnosed and swiftly resolved equipment malfunctions and electrical issues to
minimize downtime.
Ensured all electrical systemsand equipment compliedwith safety regulations,
codes, and best practices.
Collaborated cross-functionallyto ensure electrical systems met stringent quality
standards and aligned with production objectives
Managed technician teams, coordinating with other departments to ensure timely
project completion.

Commissioning & Execution of 2x12 Ton 5M Turkey Induction Furnace. (Platinum
Steel Karachi)
Commissioning & Execution of 2x30 Ton Star Induction Furnace. (FF Steel Lahore)
Commissioning & Execution of 2x75/25 Ton Sinoko overhead cranes. (FF Steel
Lahore)
Commissioning & Execution6/11 three-strands STS Italy CCM. (FF Steel Lahore)
Commissioning of 2x25 Ton Star Induction Furnace. (Ettihad Alloys)
Cold & Hot commissioning of Meltshop.
Commissioning & Execution of Elind Italy billet induction heater. (Naveena Steel
Karachi)
Electrical execution of steel mill erection and commissioning projects.
Collaborated with cross-functional teams and international partners to align
technical specifications and ensure smooth project execution.
Tested electrical systems such as power distribution panels, instruments, MCCs,
PLCs, and control systems.
Reviewed electrical drawings, SLDs, and technical documentation to support site
execution and client approvals.
Provided on-site supervision and technical support to subcontractors and
technicians, ensuring quality control and timely project completion.
Root cause analysisand troubleshoot electrical issues, and support system
optimization for optimum production.
Coordinate with procurement and engineering teams to prepare BOQs, review
vendor documents, and support equipment selection.
Maintained detailed documentation of project progress, test results, and as-built
drawingsfor client handover.
Successful competition of project & SAT (site acceptance test), FAT (final
acceptance tests), with the client formally signing off upon fulfillment of all
contractual performance targets

Commissioning & Executionof 2x15 Ton Megatherm Induction Furnace.
Commissioning & Executionof 2x50/20 Ton Sinoko overhead cranes.
Commissioning & Execution4/7 two-strands Concast India CCM.
Successfully completed the hot commissioning of the Melt-shop, achieving a
record billet production of 11, 000 MT/month with zero breakdown.
Monitored, maintained, and troubleshooted all electrical systemsand equipment
withinthe meltshop, including induction furnaces, transformers, and power
distribution systems and dust control system.
Ensured the continuous and safe operationof high-voltage and low-voltage
electrical systems supporting meltingand auxiliary processes.
Conducted routine inspections and preventive maintenance of electrical power
units, furnacecontrol panels, cooling systems, power factor correction units, and
circuit protection devices.
Diagnosed and resolved electrical faults or breakdowns in critical systemsto
minimize downtimeand maintain production targets.
Collaborated with mechanical and automation teamsto support
processoptimization and energyefficiency initiatives.
Maintained accurate logs of maintenance activities, incident reports, and
equipment performance data for audits and continuous improvement.
Supported training and mentored junior electricians and technicians to ensure
proper handling of high-power electrical systems

Demonstrated strong ability to operate, maintain, and effectively utilize tools,
equipment, and materials associated with refrigeration systems.
Skilled in diagnosing, troubleshooting, and resolving malfunctions in refrigeration
units and integrated cooling systems.
Possess exceptional knowledge of electrical engineering principles, concepts, and
their practical application in technical environments.
Conducted detailed evaluations of equipment performance and prepared
comprehensive reports on system conditions and operational efficiency.
Implemented proactive maintenance strategies to minimize equipment
breakdowns, enhance reliability, and improve overall system performance.
Coordinated closely with the production department to monitor project progress,
ensure timely completion, and maintain operational continuity.
Maintained thorough familiarity with safety regulations, hazard prevention
measures, and best practices to ensure a secure working environment.