India
In mega offshore EPC projects, a single design misalignment can stall a multi-billion dollar asset for weeks. Serving as the critical bridge eliminates that risk, ensuring complex power systems transition flawlessly from 3D models straight into active asset execution. An international career spanning 27+ years is dedicated to protecting design integrity, optimizing interfaces, and ensuring total construction readiness across major Oil & Gas, FPSO topsides, LNG, and offshore wind projects globally. ⚡ Core Execution Pillars: • Interface Management: Bridging the gap between FEED, detailed engineering, fabrication, and handover. • Power Systems Mastery: Deep background in MV/LV distribution, protection studies, and hazardous area compliance (ATEX/IECEx). • Digital Coordination: Advanced multidisciplinary 3D model clash resolution using AVEVA E3D/PDMS and Navisworks. • Site Engineering Support: Resolving technical queries (TQs), managing vendor evaluations, and controlling engineering changes. Proven Impact: Directly improved fabrication efficiency, optimized layouts, and minimized costly on-site rework and installation delays. 🌐 Open to global opportunities and strategic partnerships in offshore EPC, energy infrastructure, and complex marine engineering environments. Connect here to discuss upcoming project delivery.
• Core Function: Spearhead end-to-end MV/LV electrical system design, power distribution networks, and multidisciplinary interface coordination across large-scale infrastructure and complex distribution projects. • Constructability & Design Integrity: Bridge the gap between detailed engineering and construction execution, managing vendor technical evaluations, resolving complex Site Technical Queries (TQs), and enforcing strict engineering change control. • Digital Model Coordination: Lead 3D modeling initiatives and multidisciplinary clash resolution using advanced CAD and engineering platforms, achieving a 10% optimization in design efficiency and enhancing presentation accuracy for global stakeholders. • Team Leadership: Mentor and guide junior design engineers on international safety standards, hazardous area compliance principles, and technical best practices to reduce site rework and accelerate project delivery.
• Core Function: Delivered optimized 3D electrical layouts for high-stakes offshore substation and topside platforms, ensuring total compliance with NORSOK and Bureau Veritas (BV) standards. • Engineering Design Optimization: Redesigned HV/MV/LV cable tray routing and structural support packages, achieving a 12% structural weight reduction and boosting overall design efficiency by 10%. • Capital Cost Savings: Spearheaded cost-saving layout initiatives that successfully reduced project expenditures by SGD 200,000 while elevating system safety protocols. • Interface Coordination: Coordinated across multidisciplinary engineering teams to resolve layout clashes and mentored junior design personnel on technical best practices.
• Design Team Leadership: Spearheaded the electrical design engineering team for high-stakes MRT infrastructure developments, securing 100% on-time milestone delivery. • Technical Execution: Oversaw end-to-end system development, strategic technical procurement packages, and installation oversight for elevated stations, viaducts, and critical substation upgrades. • Engineering Coordination: Executed high-precision electrical bulk Material Take-Offs (MTOs), developed comprehensive cable scheduling, and designed complex HV/MV/LV power distribution routing layouts. • Operational Impact: Successfully reduced project design costs by 20% and improved execution efficiency by 30% for substation upgrades.
• Project Execution: Developed, reviewed, and optimized complex 3D electrical layouts and detailed engineering designs for the high-stakes Heerema Sleipnir offshore deployment. • Asset Optimization: Engineered advanced cable routing, scheduling, and custom cable tray layouts/supports utilizing AVEVA PDMS, significantly mitigating cross-discipline design clashes. • Commercial Impact: Spearheaded proactive troubleshooting and design checks during the detailed engineering phase, driving down downstream site modification and troubleshooting costs. • Quality & Compliance: Planned and scheduled design milestones, collaborated with multidisciplinary teams, and provided technical guidance to junior designers to enforce total adherence to safety regulations and quality specifications.
• Project Interface Management: Served as the central technical contact for high-stakes iron foundry developments and substation upgrades, ensuring flawless multidisciplinary design integration and project alignment. • Engineering & Optimization: Coordinated complex electrical interfaces for substation assets, optimized HV/MV/LV distribution networks, and authored technical compliance packages aligned with NEC standards. • Operational & Cost Efficiencies: Spearheaded automation execution packages that boosted overall plant automation efficiency by 30% while successfully cutting lighting system infrastructure costs by 20%. • Technical Governance: Oversaw critical engineering design documentation, managed project budgeting variables, and enforced rigorous site safety and grounding system practices.