Theo Camus

Technologist specializing in filtration (oil, water, air) applied to naval propulsion systems. Responsible for identifying, selecting, and integrating filtration solutions for oil and water circuits, ensuring the performance, reliability, and maintainability of installations. Key interface between Naval Group design teams and suppliers, managing technical exchanges, schedule adherence, and economic aspects. Active contribution to technical choices and optimization of solutions during the project phase.

Early career through work-study, evolving into a role as a design and testing engineer for steam turbines at Baker Hughes and Alstom. Involved in design follow-up and technical analysis throughout the equipment lifecycle. Responsible for capitalizing on feedback to improve turbine reliability, performance, and maintainability. Supervised maintenance and decommissioning operations in coordination with suppliers, including technical monitoring, problem-solving, and validation of interventions.

Development and deployment of an ultrasound-based leak detection method on a gas network within a nuclear facility. Familiarization and qualification of the technology, followed by initial inspections to assess the condition of the installations. Definition and implementation of a corrective action plan, with monitoring of interventions in coordination with stakeholders. Validation of the work performed through a second independent inspection, ensuring the reliability of corrections and compliance of the installations.