Researcher in Multi-Physics Battery Modelling

Engineering / Physics / Mathematics

High level of written and spoken English

• At CIDETEC you will be able to develop your career alongside a team of top-level professionals, in a young yet committed environment, dedicated to innovation and seeking to provide practical solutions that result in a more sustainable world.
• Professional development opportunities that allow you to build a solid career, working on projects that transform both industry and society.
• Work with teams at the very highest level in local, national and European settings.
• Work-life balance initiatives
• Continuous training
• Privileged setting in a safe and friendly environment
• Variable remuneration package for all employees

CIDETEC needs to recruit a researcher to work in the Multi-physics Modelling area in the Energy Materials Unit, where they will carry out their activities at our Energy Storage site, located at Oianguren 5, Zubieta (Donostia-San Sebastián).

A researcher is required in the area of energy storage, capable of assisting in the development and implementation of multi-physics models for operation and manufacturing of lithium/sodium ion, solid-state and other advanced battery technologies.

If you want to be part of this revolution, we are waiting for you!

Our work covers the entire value chain, from battery chemistry to the final application. We design and develop cells, modules and battery packs tailored to our customers' needs, with a clear focus on technology transfer to industry. The researcher's work will be related in the development and implementation of multi-physics models for lithium ion and lithium metal batteries.

You will form part of a state-of-the-art research centre, geared to sustainability and the circular economy, which has helped electrify Spain's roads and is now working towards 100% future sustainability.

The developer will join the Energy Materials Unit, working on the development of battery technologies. They must be capable of carrying out several lines of work simultaneously, optimising resources and maximising results.

The researcher will work independently, according to the defined work plan.

They will be in charge of implementing new mechanisms and features on an existing battery simulation code. This will require knowledge of Python programming as well as fluency in deducing and implementing variational formulations for complex models.

Your work will focus on the following activities:

• Generating new ideas/concepts and implementing them.
• They will assist in producing documentation related to the search for funding.
• Strong product/market/result orientation (deadline, cost, time)
• Achievement of the forecasts defined in the annual plans.
• Continuous monitoring of the state of the art and the market.

The successful candidate will demonstrate a sound knowledge in:

• Python programming or advanced programming in another similar language.
• Experience in implementing and optimizing numerical methods for solving systems of partial differential equations.
• Modelling and simulation of complex problems: multi-physics and multi-scale problems
• Additionally, knowledge in the following areas will be an advantage:
  • Lithium-ion and electrochemical battery modelling
  • Modern programming tools, display and software development (Git/SVN)
  • Mathematical, statistical and machine learning optimisation

A highly motivated person, with a keen interest in research and innovation, you will join a multidisciplinary team. You will be able to organise your work, meeting both the deadlines and the established objectives. Problem-solving capacity and scientific criteria. Good communication skills, both verbal and written.

Having undertaken a placement abroad and more than 3 years' work experience will be considered a plus.

*We positively value applications from people with a disability equal to or greater than 33%, in compliance with current legislation, the General Law on the Rights of Persons with Disabilities and their social inclusion (LGD).