Description
R&D Intern for Multi-Objective Optimization Design Tool for Power Electronic Converter Systems
At Hitachi Energy Research, we closely collaborate with business areas to develop foundations for the next generation of Power Grids products. Located in the proximity of Zurich, the research center employs approximately 60 scientists from all over the world with cross-disciplinary expertise. In the Systems Integration and Physics Team we address the challenges and opportunities in enhancing grid flexibility and facilitating renewable energy proliferation. A key focus of our work is multi-physics modeling for power electronic systems, which plays a critical role in fast-growing applications such as electric vehicle charging, energy storage and renewables like wind and solar. In this context, we offer an internship position which provides the opportunity of working on real-world projects in an international team of research scientists.
How you will make an impact
Extension of a MATLAB-based tool for systematic and comprehensive design and optimization of power electronic converters
Literature review and comparison of modulation strategies for isolated DC/DC converters
Implementation, testing, and documentation of the modulation strategies
Adaption of the code architecture as necessary to maintain clarity and facilitate easy maintenance
Collaboration with an international research team and experts in power electronics
Your background
Degree program (official enrolment is essential) in electrical engineering, mechanical engineering, computer sciences, or a or similar discipline (completion of at least six semesters)
Experience with MATLAB programming
Familiarity with power electronic converter operation and modelling
Enthusiastic, self-motivated mindset and ability to work independently
Highly conscientious person with keen sense of responsibility
Fluency in English, written and spoken
Due to Swiss law, for foreign non-EU students, the internship must be a mandatory part of their study program
Duration: 6 months with possibility to extend; starting date: upon agreement
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