Matteo Burigana

Matteo Burigana

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location of Matteo BuriganaBrussels Metropolitan Area

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  • Timeline

  • About me

    Project Engineer Thermal - Gas-to-X | Power Plant - Tractebel Engie Group

  • Education

    • Università degli Studi di Firenze

      2009 - 2013
      Bachelor’s Degree in Mechanichal Engeneering Industrial Engeneering 107/110

      Activities and Societies: Heat Transfer and Combustion Group University of Florence

    • Politecnico di Milano

      2014 - 2016
      Master’s Degree in Mechanical Engineering Turbomachinery 110/110
    • Delft University of Technology

      2016 - 2017
      Master’s Degree in Aerospace Engineering Turbomachinery

      Activities and Societies: Propulsion & Power Group TU Delft Thesis research

  • Experience

    • Delft University of Technology

      Jul 2016 - Jan 2018

      In the frame of a collaboration between the university and some industrial partners it was evaluated the possibility to use wasted heat to allow the expansion of an organic fluid in a mini-turbine delivering 10kW of electric power. Design and optimization of radial supersonic turbine- Geometry design from 0D correlation - CFD analysis and optimization - Stress analysis evaluation and material selection- CAD drawings for machine mockup and contact with manufactures for metallic 3D printing Dissimilation of the results- Presentation of the achieved design at the ORC2017 conference- Report writing and presentation for the company sponsoring the project Show less

      • Research And Development Engineer

        May 2017 - Jan 2018
      • MSc. Thesis

        Jul 2016 - Apr 2017
    • Von Karman Institute for Fluid Dynamics

      Feb 2018 - Mar 2020
      Research And Development Engineer

      I lead the numerical activities in the frame of a 3 years contract between VKI and Safran Aircraft Engine. The objective of the project was to define new design guidelines for axial turbine high pressure stage via CFD optimization and experimentally validate the numerical resultsDevelopment of the needed tool - Coding a geometrical CAD tool able to integrate real engine geometries with innovative geometrical shape definition- CFD analysis of the machine performance at different regime - Construct a fully automatic optimization chain from CAD design to efficiency computation of new geometry with high fidelity numerical computation Communication of the results - Weekly report to industrial partner to track project evolution - Conference publication at the ASME turbo expo Show less

    • Cadence Design Systems

      Apr 2020 - Mar 2023
      Lead Product Engineer - CFD turbomachinery

      As lead product engineer in the turbomachinery verticals, I work on pre-sales activities, understanding clients' needs to shape new software developments and validation and customer support. Software quality- Interact with the client to understand and translate new software development request - Write development tracking report- Test new development with generic database set and customer oriented test caseClient support- Handled more than hundreds of support requests from sales offices and primary customer - Generation of documentation and webinar material Pre-sales- Interact with new customer - Run company software with clients test case- Write benchmark definition and objectives Show less

    • TRACTEBEL

      Mar 2023 - now
      Project Engineer Thermal
  • Licenses & Certifications

    • TOEFL IBT (score 106/120)

      The TOEFL® test
      Jul 2014
  • Volunteer Experience

    • Volunteer at the Casa Nova in Bethlehem

      Issued by Custodia Terrae Sanctae on Jul 2008
      Custodia Terrae SanctaeAssociated with Matteo Burigana