* You will support the development of next generation batteries for aeronautical applications, from cell selection, module and pack design, prototype assembly, testing and qualification. * Depending on your background, you will develop and test: (a) physics-based AI/ML methods for aeronautical battery design and validation, (b) numerical methods for battery state and safety prediction, and (c) high-voltage/high-power or lightweight battery prototypes, including structural and multifunctional energy storage systems. * You will interface with experienced scientists and engineers in the field of aerospace across Europe.

* You will work closely with European Institutions and international partners from research organisations and industry on multi-annual large-scale collaborative projects. * You will build your own network, contribute to defining our strategic research direction, and prepare proposals for new projects with the support of your colleagues . * You will publish your results in high-ranking journals and will support other scientists in doing so. * You will supervise PhD and master's students.

Your qualifications as an Ingenious Partner:

* PhD-level qualification in Electrical Engineering, Aerospace Engineering, Mechanical Engineering, Physics, or a closely related discipline, with a focus on battery design and testing, preferably for high-voltage/high-power aerospace applications. * Alternatively, an MSc-level qualification combined with relevant professional experience may be accepted.

* A traceable scientific publication record is an essential requirement. Experience publishing in high-ranking peer-reviewed journals is required. * Proven experience in at least one of the following areas: (i) physics-based AI/ML methods in engineering, (ii) high-voltage/high-power electrical design and testing, (iii) lightweight structural design and testing, or (iv) hybrid-/more-electric systems and aircraft architecture. The cover letter must explain the candidate's fit with at least one profile (i-iv) and support the claimed expertise with relevant publications and project experience. Missing information may result in rejection.

* Programming skills in Python, MATLAB, including Simulink, C/C++, or similar languages are required. * Knowledge of the fundamentals of battery electrochemistry and understanding of battery modelling methodologies are highly valued. * Experience with state-of-the-art simulation tools (such as ANSYS, Modelica, or Dymola) are highly valued. * Experience in battery testing at cell, module, and pack level is considered an advantage. * Experience in industrial projects and/or European research programmes, such as Horizon Europe or Clean Aviation, including an understanding of the European aerospace research ecosystem, is an asset. * A high level of motivation to pursue a scientific or research-oriented career is required. Strong self-motivation and personal drive are essential. * English knowledge appropriate to the job. Knowledge of German is desirable.



What to expect:

* Employee benefits include a canteen allowance, health care support, pension fund, family benefits, additional leave, vouchers, sports and social events, flexible working hours with up to 50% home office, conference support, and individual training and career development opportunities. * Starting date is expected in Q4-2026/Q1-2027 (flexible). Applications will be accepted until September 30th, 2026, at 12:00 (CET). Early-bird applications are welcome since the selection process can start at an earlier stage.



AIT promotes an inclusive and family-friendly workplace with equal opportunities and diversity. We particularly welcome applications from female candidates.



Please submit your application online and ensure that you your CV, letter of motivation and a proof of identity.

Link: https://jobs.ait.ac.at/Job/269079