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Master in Structural Engineering (especially Earthquake/Vibration Control Engineering) or equivalent
Ph.D. in Structural Engineering (especially Earthquake/Vibration Control Engineering) or equivalent is preferable.
Certification in accordance with ISO 18436-2 or any certification or council membership is added advantage.
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Vibration Analysis of large modules and steel structures caused by equipment.
Lead vibration analysis of structures and its components experiencing vibration.
Perform advanced structural agile assessments including modal analysis, harmonic response, forced vibration, random vibration, and fatigue life prediction using different analytical methods.
Interpret vibration signatures to diagnose root causes including resonance, looseness, bearing defects, structural fatigue etc.
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Define vibration management framework, including screening, and performance metrics.
Establish vibration acceptance criteria and screening thresholds aligned with international standards and industry practices.
Review and approve vibration studies, third-party assessments.
Prepare technical reports, recommendations, and design modifications to mitigate vibration-related risks.
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Evaluate dynamic behaviour of structures when on-site trouble occurs.
Provide technical support and field-based troubleshooting for high-priority vibration exceedances and emerging.
Develop and validate vibration models using simulation software to ensure structural integrity under operational conditions.
Develop and validate engineering solutions including structural modifications, stiffening, damping, isolation.
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Proficient in structural analysis tools