Silicon Austria Labs (SAL)

Head of Research Unit – Power Electronic Architectures and Topologies (f/m/d)

Save job


​We are looking for an extremely talented research unit head who will serve as leader and promoter of the highest quality, industry-ready research in the field of power electronics. 


  • Further development of a research unit with currently more than 10 scientists with the focus on power electronic converter systems for a wide range of fields and applications.
  • Vision for long-term research opportunities in power electronics.
  • Setting up and managing research projects together with a variety of industrial and academic partners.
  • Shaping the division research program and project portfolio together with supervisors and peers.
  • Effective delegation of research questions to the right combination of SAL scientists for best team performance.
  • Research unit budget and resource planning and controlling.
  • Overall, guiding the research unit towards generation of high-quality research findings, scientific excellence, and economic impact.


  • Development of power electronic hardware topologies and architectures. Focus on highly compact converting systems for various fields of application with low to medium power ranges.  
  • Advanced modeling and optimization of electronic systems.  
  • Developing of control architectures and modulation strategies for dynamic and efficient converting systems.   
  • Design of magnetic components and transformers (incl. planar) for fast switching converting systems.
  •  Vision for how future power electronics systems and topologies can benefit from other scientific domains (e.g. artificial intelligence, sensor technology, thermal engineering, numerical techniques…). 


  • PhD degree in electrical engineering, electronics, applied physics or related fields with a specialization in power electronics.
  • At least 6 years of practical experience in power electronics. Experience in a scientific environment would be beneficial.
  • Expertise in power electronic hardware topologies and/or related control engineering.
  • Strong scientific track record as evidenced by publications, invited lectures, etc..
  • Project management skills.
  • Experience with the Austrian and European funding landscape preferred.
  • Active industrial and academic network preferred.
  • Contacts within the international power electronics industrial network is a plus.
  • Autonomous, well organized and enjoy working in a dynamic and multi-cultural team.
  • Innovative and keen on finding solutions for applied research challenges.
  • Leadership qualities, the ability to inspire, promote and motivate young scientists and researchers to achieve their best performance.
  • Excellent oral and written communication skills in English.


  • Diversified research activities with plenty of technical challenges.
  • State-of-the-art lab facilities and instruments.
  • Internal and external training opportunities for further development.
  • Home Office possible.
  • € 4 per day food allowance in restaurants or € 2 per day in supermarkets.
  • Family & kids friendly.
  • Free coffee/milk/tea & fresh fruits.
  • Start: as soon as possible.

This position is subject to the Collective Agreement for employees in non-university research (Research CA) in occupational group G (G1 salary = EUR 5.356, paid 14 times a year). Your actual salary depends on your experience and qualifications. We offer a gross salary in the range between EUR 85.000 to EUR 120.000 (annual, based on an All-in contract and bonus).

Job details

Head of Research Unit – Power Electronic Architectures and Topologies (f/m/d)
Inffeldgasse 33 Graz, Austria
Application deadline
Save job

More jobs from this employer

About the employer

In the network of science and industry, we carry out re­search at the highest global re­search level.

Visit the employer page

This might interest you

Deciphering the Gut’s Clues to Our Health University of Turku 5 min read
Understanding Users to Optimise 3D Experiences Centrum Wiskunde & Informatica (CWI) 5 min read
Control Systems: The Key to Our Automated Future? Max Planck Institute for Software Systems (MPI-SWS) 5 min read
More stories