Rebuilt and engineered critical instrumentation systems for major global offshore greenfield projects, ensuring seamless coordination across multi-disciplinary execution teams. Key Mega-Projects Handled: • Gato do Mato (GDM) FPSO, Brazil (Client: MODEC / Shell Brazil) – June 2025 – Present • RAIA FPSO, Brazil (Client: MODEC / Equinor) – June 2024 – May 2025 • UARU FPSO, Guyana (Client: MODEC / ExxonMobil) – November 2023 – May 2024 Key Responsibilities & Impact: • High-Precision 3D Modeling: Developed comprehensive 3D models for process instruments, Fire & Gas (F&G) systems, and Junction Boxes (JBs) using AVEVA E3D v3.1, eliminating alignment errors by cross-referencing 100% of vendor data sheets. • Cable Management Optimization: Engineered optimized cable tray routing networks and extracted critical cable fill reports to verify tray sizing, strictly enforcing client spare philosophies. • Support Design Engineering: Modeled robust, clash-free cable tray supports utilizing E3D Multi-Discipline Supports (MDS) and generated support index reports to guarantee structural integrity under project loads. • Construction-Ready Deliverables: Extracted and issued high-accuracy 2D engineering drawings (instrument locations, JB layouts, detector placements) directly from approved 3D models to minimize field rework. • Material & Cost Control: Maintained rigorous material control by extracting precise Material Take-Offs (MTO) and Bills of Quantities (BOQ) from R-Node layouts, mitigating procurement discrepancies and material waste. • Multi-Disciplinary Clash Resolution: Led design conflict resolution during Navisworks model reviews with piping, structural, and electrical teams, proactively integrating client feedback to secure smooth approval cycles.