You will be expected to develop a novel research direction in collaboration and consultation with your supervisors for the following project: The electric energy demand of buildings is increasing due to the electrification of the transportation and heating systems which will lead to increasing numbers of electric vehicles (EVs) and heat pumps. While this puts an additional strain on the power grid, EVs and heat pumps are flexible loads that can be leveraged to keep the balance between generation and load. At the same time the deployment of smart meters and building automation systems (BAS) as well as an increasing share of renewable energy sources such as rooftop or façade PV progresses.

You have a master degree in electrical engineering, energy, control systems or similar and have a strong back-ground in control systems and / or optimization, solid programming skills, energy systems. In addition, you have a strong interest in developing both novel theory, as well as practical tools. Additional skills in electrical distribution grid modelling and knowledge on Swiss/EU regulatory frameworks for energy grids would be a benefit. The successful candidate will be integrated in the PhD Program of the Swiss Federal Institute of Technology Zurich (ETHZ). You will work on a collaborative project, and benefit from the co-supervision in two groups: Urban Energy Systems lab at Empa and the Power Systems Lab at ETHZ. A positive attitude and ability to work with others from diverse backgrounds is a necessity for this position. Very good communication skills in English are required, German language skills are beneficial.