Materials Engineering Researcher

Description

We are seeking an expert in the behavior of metallic materials in critical environments to lead R&D projects under demanding service conditions, particularly in contexts associated with the energy transition: hydrogen, CO₂, renewable fuels, Oil&Gas, offshore, and energy storage and transportation. Your objective will be to work on applied research projects focused on the evaluation, selection, modeling, and prediction of the in-service behavior of critical materials and components. **Your main responsibilities:** * **Technical Leadership:** Manage R&D projects on material compatibility in aggressive environments. * **Advanced Experimentation:** Design and interpret critical tests (SSRT, fatigue, corrosion-fatigue, fracture toughness, SCC, autoclaves, high pressure). * **Modeling and Data:** Develop predictive models based on FEA and implement Python/MATLAB and Machine Learning tools for data analysis and prediction of service life of materials and components. * **Strategy and Acquisition:** Identify technological business opportunities and lead proposals for national, regional, and European funding calls (Horizon Europe, Hazitek, CDTI, etc.). * **Technology Transfer:** Collaborate with international partners, universities, and companies in the industrial and naval sectors. * **Education:** PhD in Materials Engineering or Mechanics. * **Experience:** Demonstrable track record in preparing and managing national and European R&D projects, delivering technical reports, and communicating technically with clients or partners. * **Knowledge:** + Solid expertise in fracture mechanics, fatigue, structural integrity, hydrogen embrittlement, and corrosion in aggressive media. + Knowledge of experimental techniques for evaluating metallic materials: metallographic preparation, microstructural characterization, fractography, and mechanical/environmental testing. * **Tools:** Proficiency in simulation software (Abaqus, ANSYS, COMSOL) and programming languages (Python/MATLAB). * **Languages:** Advanced English (C1), with ability to write technical documents and defend proposals. **We especially value:** * **International postdoctoral experience in leading research groups.** * **Familiarity with material design standards and guidelines** (ASTM, ISO, NACE, ASME, API, DNV). * Ability to integrate experimentation, physical modeling, and data analysis. * **Scientific publications**, conference participation, technical book chapters, or other significant contributions in the fields of materials, hydrogen, corrosion, fracture, fatigue, or modeling. * **Laboratory experimental experience in material compatibility with** high-pressure gaseous hydrogen, autoclaves, electrochemical hydrogen charging systems, permeation, TDS, DCPD, CT, SENB, SPT, or other advanced techniques. **TECNALIA offers** * Integration into a cutting-edge, multidisciplinary team. * Leadership in disruptive projects related to the energy transition. * A highly technology-transfer-oriented environment with strong professional growth opportunities. *We will positively consider applications from individuals holding a disability certificate of 33% or higher, in compliance with current legislation, the General Law on the Rights of Persons with Disabilities and their Social Inclusion.*