The ENSYSTRA consortium is now recruiting 15 outstanding PhD students (‘Early stage researchers (ESRs)’) for the interdisciplinary ENSYSTRA training network.
15 PhD positions in Energy Systems Transition with Marie Skłodowska-Curie training network ENSYSTRA
The ENSYSTRA training network
ENSYSTRA – the ENergy SYStems in TRAnsition Innovative Training Network is the unique interdisciplinary Marie Skłodowska-Curie Innovative Training Network, funded by the Horizon 2020 Programme of the European Commission, targeting solutions for integrated energy systems transition. The ENSYSTRA consortium consists of high profile universities, research institutions and companies located in the Netherlands, UK, Germany, Sweden, Denmark and Norway. The European Commission formally granted the EU Horizon 2020 ENSYSTRA project with an exceptional score of over 96%.
ENSYSTRA will train 15 ESRs in all aspects of energy systems transition. PhD subjects range from energy systems modelling, scenario analysis, technology development, socio-technical cultures, participatory approaches, investment modelling, market design, and cross-border regulatory frameworks. All ESRs are part of the international ENSYSTRA training network and will benefit from targeted training in interdisciplinary energy systems transition through workshops, summer schools and subject specific courses.
Every ESR will work with one or more of the 23 ENSYSTRA partners from the energy sector. ESRs will be trained in the scientific, technical and business skills, and will become highly sought-after experts for front-runner businesses and other organisations that will shape the energy transition. ESRs will carry out research at a home university and intensively interact with other ESRs in ENSYSTRA through joint research and participation in workshops and summer schools.
- ESR 1: Modelling of Whole North Sea Energy System (University of Groningen, Netherlands)
- ESR 2: Modelling Dispatchable Loads in Interlinked Power, Heat and Transport Models(Europa-Universität Flensburg, Germany)
- ESR 3:Modelling of Policies and Investments for a Large-scale Introduction of Variable Renewable Energy Power Production (Chalmers University, Sweden)
- ESR 4: Spatial Modelling and Potentials of Energy Systems and Transport for the North Sea (University of Groningen, Netherlands)
- ESR 5: Simulation of Sustainable Pathways of the EU-28 Energy System (Europa-Universität Flensburg, Germany)
- ESR 6: Integrated bio-refinery and – CCU Technologies for Aquatic and Terrestrial Biomass (Aalborg University, Denmark)
- ESR 7: Offshore Advanced Renewable Energy Technologies – Learning Curves and Roadmaps (University of Groningen, Netherlands)
- ESR 8: Energy Efficient Production and Waste Heat Utilisation (University of Stavanger, Norway)
- ESR 9: Development of a Real-time Optimization Solution for Dispatchable Energy Supply Units (University of Stavanger, Norway)
- ESR 10: Energy Cultures and Agent Behaviour: Mapping the Drivers and Barriers to Acceptance (Aalborg University, Denmark)
- ESR 11: Ownership Models, Participation, and Integrated Energy Systems. Between Large scale and Local Integration Fluctuating Renewable Energy Sources (Aalborg University, Denmark)
- ESR 12: An Agent Based Approach to Model Investments in the Power Sector (Chalmers University, Sweden)
- ESR 13: Market Design to Support Energy Transitions (University of Edinburgh, United Kingdom)
- ESR 14: Policy Framework Interactions for Cross-border Cooperation in Energy System Transitions (University of Stavanger, Norway)
- ESR 15: Transition Policies for Oil and Gas Incumbants (University of Edinburgh, United Kingdom)
Applicants need to fully respect the following criteria:
- Qualifications required for the specific position. These qualifications can be found in the description of the ESR project.
- Early-stage researchers (ESR) are those who are, at the time of recruitment by the host, in the first four years (full-time equivalent) of their research
- Marie Curie Innovative Training Networks are a mobility scheme. Researchers are required to undertake trans-national mobility (i.e. move from one country to another) when taking up the appointment. At the time of selection by the host organisation, researchers must not have resided or carried out their main activity (work, studies, etc.) in the country of their host organisation for more than 12 months in the 3 years immediately prior to their recruitment. Short stays, such as holidays, are not taken into account.
- English language: ESRs must demonstrate excellent English language proficiency both orally and in writing to derive the full benefit from the network training.
Benefits and salary
The successful candidates will receive an attractive salary in accordance with the MSCA regulations for early stage researchers. The exact salary will be confirmed upon appointment and is dependent on the country of recruitment. The salary includes a living allowance, a mobility allowance and a family allowance (if married). Positions are for 36 months, or the required duration at the recruiting university. In addition to individual scientific projects, all fellows will benefit from research collaboration within the ENSYSTRA network, extensive joint training opportunities, and collaboration with partners from the energy sector. More details about benefits and working conditions can be found in the job postings of the ESR positions at each university.
How to apply
Applicants are requested to send a CV and motivation letter for one or more positions before January 7, 2018 23:59. Applications must be submitted through the online portal of the university.
Candidates are encouraged to apply for more multiple positions if interested. Each application is to be submitted separately through the online portal of the university. Multiple applications will not influence the selection chance in any particular project. Please mention on every application all ESR projects to which an application is submitted.
An application must contain a CV and motivation letter according to the application format of the university. Furthermore, proof of eligibility for the ENSYSTRA training network is required as an annex where relevant, including:
- proof that you have no more experience than 4 years as a researcher (copy with your MSc certificate with graduation date),
- proof that you did not spent more than 12 months in the last 3 years in the country where the ESR position will be hosted, and
- proof of English language proficiency.
Recruited PhD candidates are set to start their research in March/April 2018 at one of the universities in the consortium.
The project members of ENSYSTRA have experienced a successful Summer School in Flensburg, Germany, that took place from 3 to 7 September. The Summer School on System Modelling was designed for the ENSYSTRA early stage researchers (ESRs) at the start of their research...read more
During the first week of September (3-7 September) the first ENSYSTRA Summer School will take place in Flensburg, Germany. The Summer School is organised around Modelling Energy Systems and is hosted by the...read more
From 16 to 20 April 2018, ENSYSTRA had its official project kick-off and first workshop. ENSYSTRA, co-developed and led by New Energy Coalition, will train 15 PhD researchers in all aspects of energy systems transition. The process of moving from an energy system...read more
The ENSYSTRA partners recieved promising applications for all 15 ESR positions in the last two months. Currently, the Advisory Committees are considering eligible candidates in order to recruit excellent candidates.read more
The objective of this project is to develop a scenario model and a dynamic model of the North Sea electricity production system.read more
This ESR will build on an existing open source and open data based energy system modeling framework (OEMOF) of the German and European power sector, which has been developed by the research team at Europa-Universitaet Flensburg.read more
ESR 3, Modelling of Policies and Investments for a large-scale Introduction of Variable Renewable Power Production
Many actors envision a future renewable electricity system dominated by solar and wind. However, it is not clear how such a system would optimally be designed in general or in the North Sea region.read more
The objective of this research is to execute a geographically explicit land use, land consumption, land reserves and transport analysis and to develop scenarios using a combination of simulation and static models for the North Sea region based on the best suitable data as well as on legislation and plans for future space use.read more
This ESR will build on the existing open source and open data based energy system modelling framework OEMOF of the German and European power sector developed at Europa-University Flensburg.read more
The overall objective of this ESR project are to develop a thermochemical bioenergy concept incorporating hydrothermal liquefaction with carbon capture and use from the process, to result in optimized biofuel production and carbon efficiency.read more
The main objective of this project is to investigate how key off-shore RET’s (wind, wave, macro-algue, OTEC) and low carbon options (CCS/EOR/EGR) and infrastructure (including key flexibility and energy storage options) can develop over time in terms of improvement, scale-up and implementation.read more
This project aims at deployment of methods and tools for effective utilization of industrial waste heat as well as other low temperature heat sources to provide higher efficiency and higher level of operational flexibility of aggregated energy systems.read more
The main goal of this project is to develop artificial intelligence (AI) based tools for modelling and analysis of the future energy systems, including intermittent renewables, storage systems and the dispatchable energy units to meet the expected demand side requirements.read more
The objective of this project is to investigate energy cultures across selected academic and non-academic ENSYSTRA partners. The project will explore the drivers and barriers of people’s acceptance towards energy systems by applying a techno-anthropological research approach.read more
ESR 11, Ownership models, energy system integration, local and regional selfreliance and energy security within smart energy systems
This project is supposed to deliver a study investigating and assessing the currently existing ownership models, and a set of new ownership models that will be applicable and realistic to the local/ regional contexts as well as informative to the legislative and executive bodies at regional, national, and European level. Different regional case studies will be developed for typical regions around the North Sea.read more
Investments in new low carbon technologies such as wind power, PV, and CCS are critical for the transition of the European power system to a system with zero CO2 emissions. In the majority of models used for climate policy assessment and planning investment decisions taken by market agents are modelled in a very simple way.read more
The objective of this project is to explore how markets can be designed and operated to support North Sea and wider EU energy transitions.read more
The main objective is to explore how national and international policies and framework conditions for the cross-border cooperation in energy system transitions interacts.read more
This project will explore the prospects for incumbents in the energy industry to play a more meaningful role in Europe’s energy transition. Focusing on the North Sea region, the ESR will examine oil and gas company strategies in relation to low carbon energy and the role of policy and regulation in facilitating the reconfiguration and repurposing of existing energy infrastructure.read more