Chimereya Ukonu

Mechanical Engineer Passionate about solving engineering problems across design, manufacturing, maintenance, industrial operations, and data-driven reliability analysis.

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Selected Projects

Database Architecture
Microsoft Excel

Crude Transfer Pump Reliability & Asset Integrity Dashboard

  • Operational Modeling: Analyzed simulated sensor metrics (Vibration RMS, Lube Oil Temp) across 12 crude transfer pumps in 3 Rivers State operational hubs.
  • Financial Impact: Modeled $11.5M in deferred production losses using a $45,000/hr downtime valuation based on a 600 bph @ $75/bbl throughput framework.
  • Engineering Recommendation: Identified API Plan 11 seal failure trends caused by sand abrasion; proposed an API Plan 53B dual-barrier fluid system retrofit projecting a 2.5-month payback period.

    • Built using a statistically modeled synthetic dataset adhering to real-world API/ISO industrial parameters to maintain strict compliance with corporate NDAs
    Database Architecture
    Solidworks

    Dual-Line Piping Manifold & Valve Assembly

    3D CAD modeling of a process piping manifold system with parallel line routing, inline gate valves, welded elbows, and ASME Class 150 flanged interfaces designed for modular fluid transfer.

    Database Architecture
    Microsoft Excel

    Engineering & Procurement Performance Dashboard for a Road-Lighting Infrastructure Company

    Designed an Excel-based engineering and procurement dashboard integrating procurement transactions, supplier performance, material availability and project requirements to identify spending trends, delivery risks and material shortages.

    About

    I am a Mechanical Engineer working at the intersection of physical hardware design, industrial data analytics, and high-velocity asset management. My core focus centers on maximizing equipment reliability and building production-ready systems by bridging the gap between rigorous CAD modeling, real-world operational data, and hands-on maintenance of high-uptime industrial machinery.

    Whether navigating complex top-down assembly architectures in SolidWorks, evaluating physical tolerance stacks for high-wear components, or parsing time-series sensor data in Python to predict machinery failure modes before they cause downtime, I engineer for absolute precision. From prototype development to shop-floor commissioning and continuous maintenance optimization, I am dedicated to driving operational efficiency in fast-paced manufacturing environments.

    DFM Design for Manufacturing
    Python Data Integration, Predictive Analysis & Pipelines
    3D CAD Top-Down Assembly Architecture