15+ years of hands-on experience in port and terminal operations, container crane maintenance, automation, industrial networking, SCADA/RCMS and HT/LT electrical systems.
STATUS: RELIABILITY / SAFETY / CONTINUOUS IMPROVEMENT ACTIVE
Electrical & Automation Engineering professional with a field-first approach to reliability, safety, troubleshooting and practical digital engineering.
Currently serving as RCMS System In-Charge and RMGC Equipment In-Charge at Adani International Container Terminal. Strong focus on Root Cause Analysis, reliability engineering, safety interlock design and practical digital engineering solutions.
Understand the failure → identify the root cause → evaluate risk → engineer the modification → test in the field → verify reliability.
A career shaped by progressively broader responsibility across crane equipment, automation, monitoring, networking, safety and reliability.
Lead proactive maintenance, RCA and reliability-focused engineering; manage RCMS monitoring, troubleshooting, SCADA integration, industrial Wi-Fi/networking and RMGC PM compliance.
Managed shift-level preventive and corrective maintenance for RMQC and RTG port cranes; monitored HT/LT power distribution and coordinated rapid restoration.
Supervised international shift operations and electrical engineering teams for RMQC and RTG maintenance; directed emergency breakdown recovery and power-quality programs.
Routine maintenance, electrical repairs, safety checks and inspections of power distribution panels, drives and control systems.
Daily inspection and troubleshooting of electrical control systems for RMQC, RTG and RMGC cranes, with technical logbook and critical fault reporting.
Core capabilities documented in the professional resume.
S7-400 / S7-300 / S7-200 control platforms and diagnostics.
Drive systems, Motor Modules and field troubleshooting.
Real-time monitoring, troubleshooting and SCADA integration.
Wi-Fi AP/client devices, network switches and industrial PCs.
RMGC, RMQC, RTG cranes and Bromma, ZPMC, RAM spreaders.
Switchgears, transformers, power distribution and fault restoration.
Custom safety interlocks, risk mitigation and protection logic.
Breakdown elimination, predictive maintenance and equipment availability.
Selected achievements directly supported by the professional resume.
Single-handedly managed and executed Auto PDS HMI updation across 51 RTG cranes.
Designed and implemented custom RMQC safety logic for a critical Empty Load Snag Fault condition.
RCMS System In-Charge responsibility covering monitoring, troubleshooting, SCADA integration and industrial networking infrastructure.
Proactive maintenance and Root Cause Analysis focused on eliminating recurring breakdown triggers and improving equipment availability.
The drive systems behind modern crane motion are part of the practical field engineering environment.
The technical profile includes Siemens drives, Motor Modules, PLC platforms, HMI/control functions and electrical fault diagnostics.
A professional way to present future case studies without inventing details.
Document the original failure, symptoms, operating condition and RCA findings.
Explain the PLC/HMI/drive/electrical or safety modification and its engineering reasoning.
Show the verified operational result: safety, availability, recovery time or recurrence reduction.
Understand the root cause, eliminate the failure mechanism, and engineer a smarter way to prevent it from happening again.
Vision: combine hands-on electrical and automation expertise with AI-driven diagnostics, digital engineering and IT/OT convergence to enable predictive maintenance, faster fault diagnosis, safer operations and progressively more autonomous terminal systems.
Diploma in Electrical Engineering
2009 — Dr. J.N. Mehta Government Polytechnic, Amreli, Gujarat
English • Hindi • Gujarati
Location: Mundra, Gujarat, India
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Senior Electrical & Automation Engineer
Port automation • Crane systems • Safety • Reliability • Digital Engineering