Amélie Ruelle

Nuclear Project Manager at Tractebel

Brussels Metropolitan Area

About

Experience

  • Nuclear Project Manager at Tractebel
    Sep 2025 - Present · 10 mos

  • Westinghouse Electric Company (13 yrs 4 mos)
    • Project Engineer
      Jan 2020 - Jun 2025 · 5 yrs 6 mos

      Nuclear Engineering Services Europe – Business Unit – EMEA System and Analysis Solutions • Business and Product Strategy Development for System and Analysis solutions to support PWR plants in Europe • Offer bid and proposal preparation for international projects in nuclear industry – assessment of customer requests, resource identification and team set up, coordination of complex and multidisciplinary activities in international environment, interaction and coordination of various engineering groups. • Project Management in different engineering areas (Mechanical analysis, licensing, EOPs, Post Fukushima products, etc) – scope integration to drive delivery of engineering commitments on time and with appropriate quality, lead cross functional engineering team

    • Senior Engineer
      Jun 2014 - Jan 2020 · 5 yrs 8 mos

      Nuclear Engineering Services Europe - System and Safety Analysis • Project Engineer and Technical Leader for innovative nuclear power plant system design, safety and licensing activities. • International environment of work – On site jobs in Nuclear Power Plants - Manufacturing follow-up activities

    • Engineer
      Mar 2012 - Jun 2014 · 2 yrs 4 mos

      Nuclear Engineering Services Europe - Engineering Equipment and Spare Parts • Engineer in Mechanical System engineering, Fluid/Thermo-hydraulic Analysis, Component Engineering (Equipment Specification)

  • Research Engineer - Teaching assistant at Université Libre de Bruxelles
    Sep 2008 - Oct 2011 · 3 yrs 2 mos

    - In charge of the exercise sessions and laboratories. Experimental and numerical studies with Ansys Fluent - Partners : Techspace Aero, Cenaero

  • Internship in the Product Support Department at SONACA
    Jul 2007 - Sep 2007 · 3 mos

    Conception and development of a parametrical slat model in order to evaluate the stress increase due to a dent.