AI-Driven Power Electronics Scientist

Hitachi Vantara Corporation; Dättwil; Vor Ort; CHF 120.000 - 170.000; Vollzeit

Zusammenfassung

Hitachi Energy in Baden, Switzerland invites a research scientist to advance AI-driven power electronics for HVDC, energy storage, and renewables. You will develop multi-physics models, apply AI/ML to design, and collaborate with global researchers to solve industrial challenges. Strong programming in Python and a PhD are expected.

Join a diverse team driving sustainable energy innovation, publish results, and contribute to advanced engineering tools used across power grid applications.

Qualifikationen

• PhD in Electrical Engineering with focus on Power Electronics or PhD in Computer Science with focus on AI.
• Proven AI/ML expertise with solid algorithms, Python and related tools.
• Ability to apply AI/ML to engineering problems, especially in power electronics.
• Experience in power electronics design, modeling, and integration topics (cooling, insulation, EMC, grid integration) is a plus.

Aufgaben

• Innovate by transforming power electronics modeling, design and optimization with AI/ML.
• Investigate industrial research in multi-physics modelling for high-efficiency tooling in grid applications.
• Take initiative by collaborating with global researchers to shape and solve industrial challenges.
• Collaborate across departments and with external partners, universities and vendors.
• Communicate results via publications, patent filings and technical reports.

Kenntnisse

AI/ML expertise

Python

Algorithms

Power electronics

Communication skills

Ausbildung

PhD degree

Jobbeschreibung

Hitachi Energy in Baden, Switzerland invites a research scientist to advance AI-driven power electronics for HVDC, energy storage, and renewables. You will develop multi-physics models, apply AI/ML to design, and collaborate with global researchers to solve industrial challenges. Strong programming in Python and a PhD are expected.

Join a diverse team driving sustainable energy innovation, publish results, and contribute to advanced engineering tools used across power grid applications.