— Strong technical knowledge of fluid mechanics, thermodynamics, and material science. — Familiar with industry codes and standards such as ASME and API. — Experienced in corrosion protection, coatings, and insulation (PhD thesis topic). — Proficient in CAD tools: AutoCAD, Creo, PDMS, and SolidWorks. — Skilled in creating layouts, isometrics, P&IDs, stress analysis, and pipe support design. — Capable of resolving routing challenges, space constraints, and optimizing designs for cost, safety, and efficiency. — Quick decision-maker during site issues or design revisions. — Precise in dimensions, tolerances, specifications, and regulatory compliance. — Skilled in avoiding clashes and interferences in complex systems. — Knowledgeable about installation, fabrication, welding processes, and site constructability. — Experienced with maintenance and operational challenges. — Skilled in flow analysis, stress calculations, pressure drop, flow assurance, and thermal expansion. — Effective at coordinating with civil, structural, and instrumentation teams. — Proficient in clear documentation, reporting, and explaining designs to non-technical stakeholders. — Understanding of project timelines, budgets, resource constraints, and task prioritization. — Committed to continuous learning of new materials, coatings, and technologies. — Experienced with advanced tools such as CAESAR II and ANSYS. — Strong awareness of HSE standards and designing for long-term reliability and minimal risk. — Senior Lecturer & Researcher at NUST and Oman Colleges (2008–2019). — UN-commissioned Modular Solar Station Design (Nairobi). — Publications on oil pipelines, automotive chassis design, and thermal analysis.