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Experience

Andrew’s work has a bias towards the justification and qualification of equipment and components to meet safety case and plant duty requirements.

Andrew routinely undertakes structural integrity analysis on specific components and sub-components to confirm performance against specification and/or material properties, including design and acceptance reviews.

Through his support to our clients, Andrew has developed a specialism in structural integrity analysis supporting design and operational safety, but remains close to his core mechanical engineering knowledge and roots and thrives in technically challenging and timescale-critical projects.

Based in our Bristol office, Andrew provides a friendly, professional, and respected service to our clients.

Career highlights 

Technical integration and project management to develop maturity in new stainless steel technologies for landing gear aerospace applications. Coordinated partner activities to mitigate risk and drove partners to ensure that their deliverables were completed on time, cost and to good quality.

Independent Structural Integrity Assessor for a nuclear new build licensee. The role required expert and proportional oversight of structural integrity claims and arguments made to justify the safe deployment of the design in a UK operating context.

Technical Lead for the analysis of welding techniques, including welding residual stress and distortion. Furthering industry techniques and processes for the prediction of welding residual stress.

Specialisms 

• Finite ²ÝÁñÉçÇø Analysis
• Creep-Fatigue interaction
• Welding Residual Stress Predictions
• Pipework and Pressure Vessel Assessments
• Vibration and response analysis

Professional qualifications 

• MEng (1^st), Mechanical Engineering, University of Bath

Sector Expertise

• Civil Nuclear
• Oil and Gas
• Petrochemicals
• Aerospace