Senior Vibration Engineer

The role acts as a first line of technical support for vibration-related issues and supports both client teams and Oceaneering's specialist engineering team, which retains overall ownership of the programme. It combines practical field investigation and data acquisition with engineering assessment and interpretation to identify, assess and help manage vibration-related risks affecting machinery, pipework and structures.

Site delivery, Investigation and Technical Support Execute vibration monitoring, dynamic stress measurement and specialist investigation activities on operating assets. Undertake vibration surveys and investigations on rotating equipment, pipework, structures and process systems. Perform troubleshooting to identify vibration mechanisms, integrity threats and potential root causes.

Conduct vibration monitoring, strain gauging, dynamic stress measurement, Operational Deflection Shape (ODS) studies and other specialist field measurements. Provide first-line technical assessment of abnormal conditions and emerging concerns, ensuring appropriate review and escalation. Support client operational, engineering and integrity teams in understanding asset behaviour and monitoring results.

Provide field observations, measurement data and technical input to Oceaneering engineering teams, supporting programme delivery and follow-up actions. Contribute to the planning and refinement of monitoring, inspection and mitigation activities without being the primary owner of the overall programme. Engineering Assessment & Reporting.

Analyse vibration, strain, pulsation and operating data to evaluate equipment and system performance, reliability and integrity. Assess Flow Induced Vibration (FIV), Acoustic Induced Vibration (AIV), resonance, mechanical excitation and vibration-induced fatigue. Apply recognised engineering methods, relevant codes and industry guidance to assess risk and develop practical recommendations.

Support fatigue, integrity and reliability assessments where vibration-related loading may be a contributing factor. Prepare clear and concise technical reports, presentations and assessment records. Participate in technical reviews, knowledge sharing and continuous improvement of monitoring and assessment methods. Technical Knowledge The successful candidate should have practical knowledge and experience across a number of the following areas:

• Acoustic Induced Vibration (AIV)
• Dynamic stress measurement and strain gauging
• Operational Deflection Shape (ODS) analysis
• Flow Induced Vibration (FIV)
• Condition monitoring and data acquisition systems
• Structural vibration and resonance
• Fatigue assessment and mechanical integrity principles
• Modal testing and dynamic response assessment Essential Bachelor's degree in Mechanical Engineering or a related discipline. Relevant experience in vibration, integrity, reliability or a related engineering discipline. Experience conducting site investigations, vibration measurements and engineering assessments. Experience using vibration monitoring and data acquisition systems. Experience in dynamic stress measurement, strain gauge installation, ODS or modal testing. Strong troubleshooting, analytical and problem-solving skills. Clear written and verbal communication skills, with the ability to work independently and within multidisciplinary teams. Desireable Category II or Category III Vibration Analyst certification. Professional registration, such as CEng or equivalent. Experience within oil and gas, energy, petrochemical or process industries. Codes Standards & Industry Guidance Working knowledge of relevant codes, standards and recommended practices is expected, including those applicable to the work scope, such as: Energy Institute guidance for vibration-induced fatigue and Acoustic Induced Vibration in process pipework. Piping and pressure systems codes ISO standards for vibration measurement, evaluation and machinery condition monitoring. Applicable company, client and regulatory requirements.