CoDeF

A multi-disciplinary  Marie Sklodowska-Curie PhD training network on Consumer energy Demand Flexibility

The CoDEF project in a nutshell

The CoDeF project is an EU Marie Sklodowska-Curie PhD training network focused on the topic of consumer energy demand flexibility. This research project provides a fantastic opportunity for researchers interested in the energy transition. It aims to integrate knowledge of engineering (e.g., mechanical and electrical engineering) and social sciences (economics, sociology, and anthropology) in a doctoral training programme across 8 European research institutions. The CoDeF consortium brings together a multidisciplinary research team from across Europe to train experts in consumer energy flexibility and develop key skills to deliver a just and sustainable energy transition. Consumer energy flexibility is being rapidly acknowledged as a crucial tool as Europe undergoes the energy transition to climate neutrality and energy security. Find more about CoDeF on the Project page.

We're hiring 15 PhD candidates across various disciplines

The CoDeF project is now actively seeking applicants for the PhD positions hosted by the project partners. Applicants should not have been living over the past 12 months in the country where they will be hosted. As part of the PhD training, candidates will have the opportunity to carry out a secondment in at least one other institution for 3 months.  The individual positions are described below.

The posts will become available at different times from July 2024 depending on the project.  Applicants should apply to the individual posts they are interested in, according to the individual post specifications. 

Determinants of flexibility in the household energy use

Supervisor: A. Löschel

Field: Economics, engineering

More info & application coming soon!

The engagement of households with demand response interventions

Supervisor: M. Talevi

Field: Economics

More info & application (Scroll down to "Funding for specific research projects")

Market design and flexibility potential in smart local energy systems

Field: Economics, electrical engineering

Supervisor: J. Weibezahn

More info & application

Resilient Consumer-Centric Electricity Market Design Under Deep Decarbonization

Field: Electrical engineering, Economics

Supervisor: K. Bruninx

More info & application  

Understanding the co-evolution of investment decisions in power capacity and adoption of distributed energy resources

Field: Electrical engineering, Economics

Supervisor: E. Delarue

More info & application 

Occupant-centric flexibility quantification and dispatch

Field: Electrical engineering

Supervisor: H. Cai

More info & application

Impact of consumer flexibility on planning of multi-energy districts 

Field: Electrical engineering

Supervisor: K. Binold

More info & application

The uptake of households with demand response interventions 

Field: Economics

Supervisor: L. Ryan

More info & application (Scroll down to "Funding for specific research projects")

Bottom-up occupant-centric stochastic quantification and dispatch of flexibility 

Field: Engineering

Supervisors: Hanmin Cai, V. Bertsch

More info coming soon


Consumer Flexibility in a Social Justice Perspective

Field: Anthropology

Supervisor: K. Lindland

More info coming soon

Development and research of demand response control algorithms in smart grids 

Field: Electrical engineering

Supervisor: V.  Radziukynas

More info & application 

Analysing trade-offs and flexibility in integrated residential energy systems by Pareto navigation 

Field: Engineering

Supervisors: V. Bertsch

More info & application


The value of consumer flexibility in energy systems

Field: Engineering and economics

Supervisor: Lena Kitzing

More info & application

  More info & positions coming soon!