JUNIOR RESEARCHER IN COMPUTATIONAL FLUID DYNAMICSThe successful candidate will join the Hydrogen and Power-to-X department of the research centre.
The successful candidate will be expected to perform the following tasks:
Develop, create, and analyse CFD simulations of various types of energy storage, Power-to-X, and hydrogen technologies.Foster collaborations with experimental researchers from CIIAE and beyond.Provide recommendations to decision makers based on modelling results.Successfully collaborate with universities, research institutes, and companies at national and international levels.Write publications as first author and co-author (e.g., 1.5 papers per annum in high-ranked journals).Write research proposals and contribute towards the acquisition of competitive funding, both private and/or public.Undertake project management and project administration responsibilities (internal and external) within the department and within the CIIAE.Become gradually more independent to conduct, manage, and lead an independent project.Challenge: The multi-scale nature of the processes driving the energy transition presents a significant scientific challenge in CFD. The underlying physics span a broad range of scales, from microscale properties that influence reactivity and advanced material development, to mesoscopic phenomena such as bubbling and clustering that govern transport and flow optimization, to the macroscopic limitations affecting mass and heat transport in full-scale units, such as reactors and fuel cells. A CFD methodology that is rigorous, validated, and tailored is essential for reliably predicting the performance and durability of next-generation energy storage, Power-to-X, and hydrogen conversion systems.
If you are interested in this new project, please send the following documents:
Application form (available at www.ciiae.org/empleo).Copy of your identity document.Curriculum Vitae.Copy of the qualifications that give access to the position.Motivation letter (specific for each position applied for).Letters of reference (or dates of references).We recommend including a list or table with the justification of merits.List of R&D&I projects.Professional experience. Include any supporting documents.Indicate in the subject Refª IJ-CFD (HYDROGEN AND POWER-TO-X) to this e-mail address: ******.
The successful candidate is required to have:
Other education:
Those candidates who are finishing their doctorate with an agreed thesis defence date may also be eligible. In this case, a soft copy of the thesis document must be included in the application. Note: at the time of the formalization of the contract, a document stating the successful thesis defence will be required.Professional experience:
Not required.Specific techniques:
Excellent knowledge and deep understanding of physics and chemistry applied to energy storage, hydrogen, and Power-to-X, e.g., fluid dynamics, electrochemistry, combustion, heat transfer.Excellent skills/experience in CFD software.Excellent programming skills, e.g., C++, Python, Fortran.Statistical skills, e.g., statistical tests and regression.Excellent analytical skills.Participation and/or collaboration in R&D&I/business projects:
Participation in at least 1 R&D project.Languages:
Excellent oral and written skills in English.Cross-cutting competences:
Commitment to open science in terms of research methods, data, and publications.Ability to work in a diverse and flexible academic environment in a team-oriented, but independent way.Experience in collaborating with other colleagues from the same department and beyond.Willingness to travel and stay abroad:
The candidate is expected to travel, both nationally and internationally, in the context of projects and conferences.
Publications: scientific articles, theses, conference presentations, reports, technical reports, technical guides, etc.:
A strong track record of publications as first author and/or co-author, given the candidate is expected to publish in top journals in the field.At least 3 publications in Scopus indexed journals.
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