To achieve this task, the person will be part of the multidisciplinary stack design engineering team, where their main goal will be to model the physical processes occurring inside the stack. Based on the modeling results, they should provide feedback to the team regarding CFD and thermal parameters during the design stage before proceeding to validation in the operational environment.
The person is expected to collaborate closely with the testing team and external component suppliers to exchange feedback on design improvements.
Responsibilities:
* Take full accountability for developing CFD and thermal models of Solid Oxide Electrolysis stacks and system components.
* Participate in solid oxide electrolysis stack development, system development, and testing activities.
* Facilitate technology transfer and provide training to internal colleagues for smooth implementation.
* Establish and maintain collaboration with external component suppliers.
* Ensure all work complies with safety standards and is performed to high standards of quality and precision.
Other Key Responsibilities:
* Propose process improvements to enhance efficiency and quality.
* Participate in Design and Process Failure Modes and Effects Analysis (FMEA).
* Support all engineering divisions, including Membrane Electrode Assembly, Stack, Balance of Plant, and System.
* Build strong working relationships with teams at our collaborator’s Centre of Competence, ensuring effective communication.
Knowledge, Skills & Experience Requirements:
* Advanced degree in engineering.
* Experience in Computational Fluid Dynamics modeling using software such as Ansys, Comsol, AVL Cruise, or similar.
* Expertise in heat transfer and fluid flow physics.
* Understanding of electrochemical processes.
* Ability to work independently and in a fast-paced team environment.
* Strong teamwork, integrity, positive attitude, and professionalism.
* Excellent English communication skills; Spanish is a plus.
* Previous project management experience is advantageous.
* Experience in the hydrogen industry and electrolyzer/fuel cell modeling are considered pluses.
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