Batoor Khan

Clients: Saudi Aramco, Al Majdouie, Rosenbauer
• Project Lifecycle Management: Leading the engineering design and project execution for heavy-duty trailers and tankers for major Oil & Gas and municipal clients, ensuring 100% adherence to technical specifications and KSA safety regulations.
• Technical Documentation: Developing detailed 3D models, fabrication drawings, and comprehensive Bills of Materials (BOM), reducing procurement errors by 15%.
• Vendor & Stakeholder Coordination: Acting as the primary technical liaison between sales, production, and third-party vendors to ensure on-time delivery of CAPEX equipment.
• Quality Assurance: Performing structural calculations and supervising shop-floor fabrication to resolve complex engineering issues and maintain rigorous quality benchmarks.

Projects: King Abdullah International Gardens (KAIG), Green Riyadh
• Strategic Project Delivery: Orchestrated the mechanical scope for high-profile Vision 2030 projects (Green Riyadh, New Murabba), delivering all milestones within budget and schedule.
• Engineering Analysis: Utilized ANSYS and SimScale for Finite Element Analysis (FEA) to ensure
structural reliability of public infrastructure components under extreme environmental conditions.
• Asset Integrity: Implemented predictive maintenance programs for industrial machinery, resulting in a 15% reduction in unplanned downtime and extended asset life cycles.
• Cross-Functional Leadership: Managed interdepartmental workflows and site installations, ensuring seamless integration of mechanical systems and mechanical connections.

Clients: ExxonMobil, Anadarko
• Regulatory Compliance: Maintained a 99% compliance rate with international standards (ASME, API) for offshore assets valued at $500M+, focusing on pressure vessels and piping integrity.
• System Optimization: Reviewed P&IDs and isometric drawings using AutoCAD to streamline hydrotest planning, accelerating commissioning timelines by 20%.
• Inspection Management: Coordinated with 3rd-party vendors for NDT, PMI, and weld inspections, ensuring zero non-conformances during final project audits.
• Integrity Analytics: Performed risk-based inspections (RBI) to identify corrosion and fatigue, proposing corrective actions that increased equipment reliability by 15%.

Clients: Engro Group, Nayatel, Swiss Pharmaceutical
• Advanced HVAC Architecture & Modeling: Engineered centralized thermal-fluid load profiles and cooling layouts utilizing Carrier HAP and Revit MEP for flagship industrial, pharmaceutical (GMP-compliant), and commercial facility footprints across the KSA and regional markets.
• Plant Deployment & Infrastructure: Supervised the site installation, piping network routing, and mechanical commissioning of large-scale central cooling plants, including air-cooled screw chillers, multi-zone VRF/VRV loops, Air Handling Units (AHUs), and high-static Fan Coil Units (FCUs).
• Testing, Adjusting & Balancing (TAB): Directed precise Testing, Adjusting, and Balancing (TAB) procedures for complex hydronic and air distribution networks, adjusting airflows, balancing valves, and static pressures to accelerate QCP/ITP/IFC structural approval cycles by 20%.
• BMS Controls & Fire Safety Integration: Integrated intelligent BMS/IoT-enabled digital control parameters and NFPA-compliant (90A, 92) smoke management matrices, optimizing plant psychrometric efficiency and yielding an 18% reduction in annual operational energy overheads.
• Project Procurement & Waste Metrics: Managed procurement submittals, material handling safety, and logistics for high-value infrastructure contracts (Engro Group, Sabroso, Nayatel, Abacus), mitigating site downtime and reducing material logistics waste by 15%.

• Heavy Assembly & Lean Production: Supported heavy industrial manufacturing, thermal structural assemblies, and asset modernization initiatives for 30 new 3000-HP locomotives and a major 820-bogie freight wagon logistics project under strict Lean Six Sigma guidelines.
• Defect Mitigation & RCA: Collaborated with senior plant specialists to run Root Cause Analysis (RCA) on structural and mechanical component stress failures, directly reducing production defect rates and refining line cycle times