Funded PhD Position in Real Estate and Climate Finance: Closing the Water-Energy-Food Loop
Funded PhD Position in Real Estate and Climate Finance: Closing the Water-Energy-Food Loop
About the Project We are seeking a fully funded PhD student to join the PhD in Business Administration – Finance program at the John Molson School of Business, Concordia University. … Read More Read More
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PhD Candidate – Water as key component for the energy transition
PhD Candidate – Water as key component for the energy transition
Water is the basis of our lives, but it is also essential for the success of the energy transition. Water is needed, among other things, for the production of green … Read More Read More
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Closing the water-energy-food-loop: Building-integrated aquaponic greenhouses for all, from remote communities to metropolises
Closing the water-energy-food-loop: Building-integrated aquaponic greenhouses for all, from remote communities to metropolises
About the Project This project integrates building-based greenhouses into urban and remote communities to decarbonize food production and support electrification. By reusing waste heat and CO₂ from buildings, these greenhouses … Read More Read More
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PhD Student / Research Assistant (f/m/d) on "Shallow Geothermal Energy"
PhD Student / Research Assistant (f/m/d) on "Shallow Geothermal Energy"
Organizational unit Institute of Applied Geosciences (AGW) Job description We are seeking a PhD student to join the research project IGWN (Innovative Geothermal-based Heating Networks) to investigate the potential for … Read More Read More
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Doctoral student in Chemical Physics, studies of singlet fission processes and energy transfer in energy conversion materials
Doctoral student in Chemical Physics, studies of singlet fission processes and energy transfer in energy conversion materials
Subject description The PhD work will be carried out within European Innovation Council funded project Bioinspired Singlet Fission Photon Multipliers (BioSinFin). The goal of BiosSinFin is to use singlet-fission active … Read More Read More
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PhD Candidate in Development of Aluminium Batteries for Stationary Energy Storage
PhD Candidate in Development of Aluminium Batteries for Stationary Energy Storage
The PhD Candidate in Development of Aluminium Batteries for Stationary Energy Storage position at Norwegian University of Science and Technology (NTNU) is an excellent opportunity to advance your academic and … Read More Read More
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PhD scholarship in Multiphysics Modeling of High Temperature PEM Fuel Cells - DTU Energy
PhD scholarship in Multiphysics Modeling of High Temperature PEM Fuel Cells - DTU Energy
Are you passionate about advancing fuel cell technologies and contributing to innovative solutions for energy resilience under harsh conditions? Do you thrive in international collaborative settings and wish to play … Read More Read More
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PhD Scholarship in Experimental Electrocatalysis: Synthesis of 3D Active Site Structures to Break Scaling Relations - DTU Energy
PhD Scholarship in Experimental Electrocatalysis: Synthesis of 3D Active Site Structures to Break Scaling Relations - DTU Energy
If you are you passionate about getting to the core of a scientific problem and coming up with creative solutions, and if you are you passionate about experimental electrocatalysis and … Read More Read More
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PhD Position Systems Engineering for Sustainable and Resilient Energy Use in Manufacturing
PhD Position Systems Engineering for Sustainable and Resilient Energy Use in Manufacturing
Join our PhD program to develop a digital twin framework for safer, more resilient critical infrastructure Job description Context and Motivation The industrial sector, including manufacturing, is the third-largest energy … Read More Read More
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PhD: Closing the water-energy-food-loop: Building-integrated aquaponic greenhouses for all, from remote communities to metropolises
PhD: Closing the water-energy-food-loop: Building-integrated aquaponic greenhouses for all, from remote communities to metropolises
About the Project This project integrates building-based greenhouses into urban and remote communities to decarbonize food production and support electrification. By reusing waste heat and CO₂ from buildings, these greenhouses … Read More Read More
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