Julien Levadoux

Responsibilities:

Monitor and evaluate project verification requirements versus Cameron product and identify technical gaps in products and processes.
Establish technical gap closure and verification programs to meet project requirements. Develop and progress interface registers and maximize the use of product standard interfaces. Participate in Design, HAZOP and SAFOP reviews and where necessary give leadership to the execution of these procedures.

Undertake assessment of future projects as required to determine deliverables meet customer/market needs. Ensure products can and are being applied to minimize technical and commercial risk.

Participate in meetings with clients and provide feedback as required to the product centers of excellence. Provide presentation on product/system verification and justify the existing product requirements.

Verify HSE policies and procedures in all activities. Provide support and accountability in the execution of these activities.

Provide Commercial Leadership in Designs and product standardization. Work with the Product Centres of Excellence in developing standards that suit the market needs and improve Cameron competitiveness.

Strong systems and interface engineering skills based upon the assigned work package. Detailed understanding of product design basis / verification and product knowledge gained through industrial experience.
Capabilities to undertake FMECA, HAZOP and interface engineering within the boundaries of product standards. Knowledge and understanding of other related systems engineering skills such as equipment and system reliability analysis (RAM), hydraulic and flow assurance.

Company:

Cameron is a leading provider of flow equipment products, systems and services to worldwide oil, gas and process industries. Leveraging its global manufacturing, sales and service network, Cameron's 10 operating divisions work with drilling contractors, oil & gas producers, pipeline operators, refiners and other process owners to control, direct, adjust, process, measure and compress pressures and flows. The company generates annual bookings in excess of $4 billion with more than 12,500 employees and is headquartered in Houston, Texas.

Responsible for design and detailing of Subsea Control Modules and related products for oil well equipment. Materials selection, inspection methods, surface treatments, component configuration as well as system function are defined by the engineer. I am also in charge of translating customer requirements accurately into detail documents for production processes and users. This includes final responsibility for accuracy of drawings, material bills and design calculations. Design engineers report to an Engineering manager, Supervisor and System Lead Engineer.

Product details: Rated for water depths up to 3000 meters (10,000 feet), the CAMTROL Subsea Control Module (SCM) is the heart of the subsea system.
The SCM provides multiplexed electro-hydraulic control and monitoring of a wide variety of field functions including traditional tree functions, manifold valve control, choke adjustment, position indication, header pressure/temperature monitoring, downhole intelligence monitoring, sand detection, corrosion monitoring and multiphase flow measurement.

Research Project for Total at the TULSA University Artificial Lift Project department (TUALP) sponsored by 9 major petroleum companies.

Studied the influence of viscosity on electrical submersible pump (ESP) performance.

Proposed new procedure to correct the pump performance under viscosity based on Navier-Stokes equations and dimensional analysis.

Designed and installed the experimental loop sponsored by the University and by Schlumberger (Reda), to validate the proposed methodology.