Ph.d.-projekter

Nye tværfaglige ph.d.-projekter skal styrke DTU's strategiske områder

De nye strategiske ph.d.-projekter skal understøtte DTU’s ambitioner indenfor transformativ digitalisering og bæredygtighed, som begge er fokusområder i Handlingsplan 2024.

Blomstrende træ foran bygning på DTU Lyngby Campus. Foto: Bax Lindhardt
 DTU finansierer 28 strategiske ph.d.-projekter indenfor bæredygtighed og transformativ digitalisering
  • Linking pressure from mixture toxicity of shipping discharges to loss of biodiversity in the marine environment
    DTU Aqua & DTU Sustain (CfAS associated)
  • Absolute Environmental Sustainability Assessment of ICT technologies and services
    DTU Electro & Center for Absolute Sustainability
  • Designing trajectories towards absolute sustainable and healthy diets
    DTU Food & DTU Sustain (CfAS associated)
  • DESERTLE: Developing Absolute Environmentally Sustainable Roadmap Scenarios for the Electrification of Long-Haul Transport in Europe
    DTU Management & Center for Absolute Sustainability
  • Assessing Absolute Environmental Sustainability of the Green Energy Transition DTU Management & DTU Sustain (CfAS associated)
  • System analysis for absolute sustainability of electric vehicles in the energy systems
    DTU Wind & Center for Absolute Sustainability
  • Biomethanation of pyrolysis gas: A sustainable route for the conversion of residual biomasses to carbon negative fuels Energy
    DTU Chemical Engineering & DTU Construct
  • Dislocation Functionalized ion conductors for Solid State Battery Electrolyte (DIFUSSE) Energy
    DTU Energy & DTU Nanolab, DTU Physics
  • Developing AI-based Dynamic Blackout Anticipation and Prevention Methods on a Digital Twin of Future Power Systems Energy
    DTU Wind & DTU Compute
  • Generative AI Learning Technology Improving the Teaching-Learning Experience of First Year Polytechnical Foundation Courses
    DTU Compute & DTU Learning Lab
  • DTU students’ construction of conceptual understanding in introductory physics, DTU Energy & DTU Learning Lab, DTU Physics
  • Building the coastal ARGO (ARGO+)
    DTU Aqua & DTU Electro
  • TeraCoat – Enabling the future of sustainable coatings using terahertz spectroscopy
    DTU Chemical Engineering & DTU Electro
  • SAILOR - Situational Awareness Augmentation with Foundation AI Models for Enhanced Sea Safety
    DTU Electro & DTU Compute
  • Electrochemical Pyroprocessing of Spent Nuclear Fuels in Molten Chloroaluminates
    DTU Energy & DTU Chemistry
  • Thermophysical Properties of Fluoride Fuel Salts for Molten Salt Reactors
    DTU Physics & DTU Chemistry
  • Joint quantum and classical communication
    DTU Electro & DTU Physics
  • QUANTRA - QUAntum-based TRAffic systems Analysis
    DTU Management & DTU Compute
  • Thiophosphate thin films for quantum technology
    DTU Nanolab & DTU Electro
  • Revolutionizing Crowd Counting through Remote Sensing and Vision, DTU Compute & DTU Space
  • ARGUS - Collaborative autonomous surveillance of critical maritime 3 infrastructure in GNSS and communication degraded environments
    DTU Electro & DTU Aqua
  • Arctic and Maritime Surveillance – from Space to Seabed
    DTU Space/Security DTU & DTU Compute, DTU Electro, DTU Space, DTU Aqua
  • Harvesting the unused potential of single-cell sequencing using machine learning, DTU Compute & DTU Health Tech
  • Harnessing AI to Identify Superior Strains for Plant-Based Starter Cultures
    DTU Food & DTU Health Tech
  • A Digitalization Approach for Wall Shear Stress Estimation
    DTU Health Tech & DTU Compute
  • Green Chips - Optimizing Microfabrication for Sustainability
    DTU Nanolab & DTU Sustain
  • DegrAId: Forecasting Bioplastic Degradability with Machine Learning for Sustainable Innovation
    DTU Sustain & DTU Chemical Engineering, DTU Compute
  • Greenhouse gas emission monitoring with satellite remote sensing (GasSat)
    DTU Sustain & DTU Space