11 Fully-Funded PhD Scholarship Opportunities at NTNU, Norway

The Norwegian University of Science and Technology (NTNU) offers fully funded PhD positions across various engineering disciplines, providing opportunities to contribute to cutting-edge research in sustainable technologies. Below are eleven exciting PhD scholarships for 2025, each offering a chance to work with leading researchers and industry partners in Norway’s vibrant academic environment. All positions include a competitive salary, mentorship, and access to world-class facilities.

1- PhD in Hydrological and Water Resource Modeling in Ladakh, Himalayan Region

Institution: Norwegian University of Science and Technology (NTNU), Department of Civil and Environmental Engineering
Location: Norway
Application Deadline: July 31, 2025
Apply Here: Jobbnorge.no

Overview

Join an exciting PhD opportunity at NTNU to study the impacts of climate change on mountain communities in Ladakh, India. This position is part of the Threatened Lifelines project, which explores how shrinking glaciers and snow cover affect water flows, land use, and livelihoods in the Himalayan region. You’ll work with a dynamic team to develop sustainable, community-focused solutions for water management and climate adaptation.

What You’ll Do

• Conduct research on climate-driven changes in meltwater flows using climate scenarios and glacio-hydrological modeling.
• Collaborate with experts in hydraulic engineering, geography, and social anthropology.
• Publish academic papers and share findings with policymakers and the public.
• Participate in international conferences and potential research stays abroad.
• Contribute to NTNU’s Hydraulic Engineering research group.

Requirements

• Master’s degree in Hydraulic Engineering, Hydrology, Physical Geography, or a related field (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Proficiency in GIS, hydrology, and programming (especially Python).
• Experience with field measurements and remotely sensed data.
• Competence in hydrological, glaciological, or geophysical modeling.
• Excellent English communication skills (written and oral).
• Master’s degree must be completed by October 1, 2025.

Preferred Skills

• Knowledge of IoT and sensor technologies.
• Experience with AI methods.
• Good communication skills in Norwegian or another Scandinavian language.
• Strong teamwork, analytical skills, and motivation for research.

Benefits

• Annual salary of approximately NOK 536,200 (around USD 48,000, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Opportunity to work in an inclusive, international research environment.
• Support for career development and international research stays.

How to Apply

Submit your application via Jobbnorge.no by July 31, 2025. Required documents include:

• Bachelor’s and Master’s transcripts and diplomas.
• CV and a copy of your Master’s thesis (or draft if recently submitted).
• Project outline (max 1500 words/4 pages) with research questions and methodology.
• Motivation letter (max 400 words/1 page).
• Contact details for three referees.
• Any relevant publications or certificates.

See Also: 14 Fully-Funded PhD Scholarship Opportunities with Project REACT (Marie Skłodowska-Curie Doctoral Network)

2- PhD in Molecular Dynamics Simulation in Mineral Processing

Institution: Norwegian University of Science and Technology (NTNU), Department of Geosciences
Location: Norway
Application Deadline: July 20, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Department of Geosciences for an exciting PhD opportunity focused on molecular dynamics simulation in mineral processing. This role is part of the Mineral Processing Laboratory’s efforts to advance sustainable extraction of critical raw materials, vital for renewable energy and a greener economy. You’ll use cutting-edge simulation techniques to study mineral behavior at the molecular level, collaborating with top global research groups.

What You’ll Do

• Develop computational models to study mineral behavior in sustainable processing.
• Analyze simulation data to uncover molecular mechanisms in mineral processing.
• Collaborate with experimental teams to integrate simulation and real-world findings.
• Publish research in high-impact journals and present at international conferences.
• Complete doctoral education to earn a PhD degree.
• Contribute to the Mineral Processing Laboratory’s interdisciplinary research.

Requirements

• Master’s degree in Physics, Chemistry, Materials Science, Chemical Engineering, Mineral Processing, or a related field (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Proficiency in molecular dynamics simulation software (e.g., LAMMPS, CP2K, or VASP).
• Background in quantum mechanics and molecular modeling.
• Strong analytical skills for interpreting complex simulation data.
• Excellent English communication skills (written and verbal).
• Ability to work in a multidisciplinary team.
• Master’s degree must be completed before starting the position.

Preferred Skills

• Peer-reviewed publications in relevant scientific journals.
• Experience in interdisciplinary research teams.
• Strong presentation skills at scientific conferences.
• Proactive attitude, organizational skills, and a passion for research.

Benefits

• Annual salary of approximately NOK 541,800 (around USD 48,500, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s employee benefits, including pension contributions.
• Work in a dynamic, international, and inclusive research environment.
• Opportunities for collaboration with global research groups and career development.

How to Apply

Submit your application via Jobbnorge.no by July 20, 2025. Required documents include:

• Bachelor’s and Master’s transcripts and diplomas.
• CV and certificates.
• Copy of Master’s thesis (or draft if recently submitted).
• Cover letter detailing motivation and suitability.
• Project proposal (max 2 pages).
• Contact details for three referees.
• Any relevant publications or documentation of prior education (e.g., diploma supplement).

3- PhD in Marine Electrification – Smart Charging Infrastructure

Institution: Norwegian University of Science and Technology (NTNU), Department of Marine Technology
Location: Norway
Application Deadline: July 20, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Department of Marine Technology to work on cutting-edge research in marine electrification, focusing on smart charging systems for vessels and port-side infrastructure. This PhD is part of the MarTrans R&D Centre, a prestigious initiative funded by the Research Council of Norway, aimed at advancing sustainable maritime energy solutions. You’ll develop innovative, scalable charging technologies in collaboration with leading academic and industry partners.

What You’ll Do

• Develop smart, sustainable solutions for vessel charging and port electrification.
• Use advanced control strategies and data-driven optimization to improve charging efficiency.
• Publish research in top journals and present at international conferences.
• Collaborate with the Marine Electrification Lab and MarTrans R&D Centre.
• Participate in international research activities, including potential stays abroad.
• Complete doctoral education to earn a PhD degree.

Requirements

• Master’s degree in Marine Technology, Cybernetics, Electrical Engineering, Control Engineering, Computer Science, Applied Mathematics, or a related field (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Excellent English communication skills (written and verbal).
• Master’s degree must be completed before starting the position.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Knowledge of electrical system modeling, control systems, power electronics, or optimization techniques.
• Experience with experimental work and laboratory-based research.
• Proficiency in data analysis and programming tools like Python or MATLAB.
• Strong organizational skills, teamwork, and adaptability.

Benefits

• Annual salary of approximately NOK 541,800 (around USD 48,500, subject to qualifications).
• Three-year fully funded PhD position (subject to external funding).
• Access to NTNU’s employee benefits, including pension contributions.
• Opportunity to work in a world-leading research environment with global industry and academic partners.
• Career development and networking opportunities through seminars and conferences.

How to Apply

Submit your application via Jobbnorge.no by July 20, 2025. Required documents include:

• CV and Bachelor’s/Master’s transcripts and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• Motivation letter (max 400 words/1 page).
• Relevant publications or research work.
• Contact details for three referees.
• Documentation of prior education (e.g., diploma supplement).

See Also: 13 Fully-Funded PhD Positions at KTH Royal Institute of Technology Sweden for 2025

4- PhD in Scalable Model Predictive Control for the Space-Heating Flexibility of Buildings

Institution: Norwegian University of Science and Technology (NTNU), Department of Energy and Process Engineering
Location: Norway
Application Deadline: July 15, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Sustainable Energy Systems group to research innovative solutions for energy-efficient building heating. This PhD focuses on developing scalable Model Predictive Control (MPC) systems to optimize space-heating in non-residential buildings, enabling energy flexibility for electricity or district heating grids. You’ll test your solutions in a real building, contributing to sustainable energy practices and occupant comfort in cold climates.

What You’ll Do

• Develop a scalable MPC setup for hydronic heating and ventilation systems.
• Test and monitor the MPC system in a real non-residential building.
• Publish findings in at least three peer-reviewed international journals.
• Document the MPC workflow and lessons learned for scalable applications.
• Engage in science communication and dissemination activities.
• Collaborate with the Sustainable Energy Systems research group.

Requirements

• Master’s degree in Control Engineering, Building Engineering, HVAC Engineering, or Applied Mathematics with a focus on data-driven modeling, machine learning, or control (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Excellent programming skills (e.g., Python, Julia, or MATLAB).
• Strong English communication skills (written and oral).
• Master’s degree must be completed before starting the position.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Experience with Model Predictive Control (MPC), ideally applied to buildings (simulations or real cases).
• Knowledge of building automation, database management, or engineering modeling.
• Experience in scientific writing (e.g., journal articles or conference papers).
• Proficiency in Norwegian or another Scandinavian language.
• Teamwork, creativity, and solution-oriented mindset.

Benefits

• Annual salary of approximately NOK 536,200 (around USD 48,000, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Work in an inclusive, international research environment in Trondheim, a vibrant tech hub with a high quality of life.
• Opportunities for career development and international knowledge dissemination.

How to Apply

Submit your application via Jobbnorge.no by July 15, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Cover letter explaining motivation and background (max 500 words).
• Copy of Master’s thesis (or draft if recently submitted).
• Project outline with research questions, methodology, and progress plan (max 1500 words/4 pages).
• Contact details for three referees.
• Any publications or relevant research work (with a description of your contribution).
• Documentation of prior education (e.g., diploma supplement).

5- PhD in Well Plugging and Abandonment – Expanding Materials for Well Integrity

Institution: Norwegian University of Science and Technology (NTNU), Department of Science and Technology (NTNU), Department of Geosciences
Location: Norway
Application Deadline: July 14, 2025
Apply Here: Apply Here

Overview

Join NTNU’s Department of Geosciences to research innovative solutions for well plugging and abandonment (P&A) as part of the SFI Center for Subsurface Well Integrity, Plugging and Abandonment (SWIPA). This PhD focuses on using expanding materials like bismuth to improve well sealing, enhancing integrity and reducing environmental leaks in wellbores. You’ll contribute to sustainable technologies critical for the energy sector.

What You’ll Do

• Develop numerical models to study the thermo-mechanical behavior of bismuth-based alloy plugs.
• Simulate plug expansion and interactions with casing, cement, and formation under downhole conditions.
• Use tools like Abaqus, COMSOL, or ANSYS to implement material models.
• Validate simulations with experimental data from material and thermal tests.
• Publish research findings and complete doctoral education to earn a PhD.
• Participate in SWIPA research activities and PhD program courses.

Requirements

• Master’s degree in Petroleum Engineering, mechanical Engineering, Mechanical Engineering, Rock Mechanics, Geotechnical Engineering, Geological Engineering, Applied Physics, or Civil Engineering with geomechanics or materials specialization (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Excellent English communication skills (written and oral).
• Commitment to SWIPA activities and PhD program coursework.
• Master’s degree must be completed before starting the position.
• Admission to NTNU’s Doctoral Programme in Engineering.

Preferred Skills

• Experience in industry or research related to materials or well mechanics.
• Knowledge of plasticity, damage mechanics, or thermo-mechanical coupling.
• Understanding of wellbore and casing behavior under thermal loads.
• Proficiency in Finite Element Analysis tools (e.g., Abaqus, COMSOL, or ANSYS).
• Programming skills in Python, Fortran, or C/C++.
• Initiative and ability to work independently and in teams.

Benefits

• Annual salary of approximately NOK 536,200 (around USD 48,000, subject to qualifications).
• Three-year fully funded PhD position (subject to external funding).
• Access to NTNU’s employee benefits, including pension contributions.
• Work in an international, inclusive research environment with SWIPA collaborators.
• Opportunities for career development in research positions.

How to Apply

Submit your application via Jobbnorge.no by July 14, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• One-page research proposal outlining your approach to the research.
• Motivation letter (max 400 words/1 page).
• Up to five academic works (published or unpublished).
• Contact details for three referees.
• Documentation of prior education (e.g., diploma supplement).

See Also: 12 Fully-Funded PhD Opportunities at the University of Gothenburg, Sweden

6- PhD in Improving Safe Handling and Storage Safety of Biocarbon

Institution: Norwegian University of Science and Technology (NTNU), Department of Civil and Environmental Engineering
Location: Norway
Application Deadline: July 9, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Department of Civil and Environmental Engineering to research safer biocarbon value chains as part of the EnergyProSafe project, funded by the Research Council of Norway and industry partners. This PhD focuses on addressing fire safety risks (e.g., self-heating, self-ignition, and dust explosions) in the production, transport, and storage of biocarbon, a sustainable alternative to fossil materials in the metallurgical industry. You’ll collaborate with leading R&D institutes and industries to develop practical safety solutions.

What You’ll Do

• Investigate safety risks (self-heating, self-ignition, dust explosions) through experimental studies and numerical simulations.
• Assess safety issues during biocarbon handling using inspections, interviews, and case studies.
• Propose and test detection and prevention measures for safe biocarbon value chains.
• Publish findings in international journals and present at conferences.
• Collaborate with EnergyProSafe project partners and participate in international research activities.
• Complete doctoral education to earn a PhD degree.

Requirements

• Master’s degree in Fire Safety Engineering, Civil Engineering, Mechanical Engineering, Energy and Environmental Engineering, Material Science, Physics, Chemical Engineering, or equivalent (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Background in fire safety engineering, CFD simulations of fire/combustion, or risk assessments.
• Excellent English communication skills (written and oral).
• Master’s degree must be completed before starting the position.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Knowledge or experience in biomass, biobased materials, or thermochemical conversion processes.
• Experience in conducting fire safety, combustion, or thermochemical experiments.
• Proficiency in CFD simulation of fire scenarios or thermochemical processes.
• Publications in international journals or conference presentations.
• Communication skills in Norwegian or another Scandinavian language.
• Strong analytical skills, teamwork, and adaptability.

Benefits

• Annual salary of approximately NOK 536,200 (around USD 48,000, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Collaboration with industry and R&D partners like SINTEF and RISE Fire Research.
• Work in an inclusive, international research environment in Trondheim, a vibrant tech hub.

How to Apply

Submit your application via Jobbnorge.no by July 9, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• Project outline with research questions, methodology, and progress plan (max 1500 words/4 pages).
• Motivation letter (max 400 words/1 page).
• Contact details for three referees.
• Any publications or relevant research work.
• Documentation of prior education (e.g., diploma supplement).

7- PhD in Safety Checklist for Maritime Industry

Institution: Norwegian University of Science and Technology (NTNU), Department of Mechanical and Industrial Engineering
Location: Norway
Application Deadline: July 1, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Department of Mechanical and Industrial Engineering to develop safety checklists for the maritime industry, focusing on labor-intensive vessels like fishing boats and zero-emission vessels such as hydrogen-fueled ships. This PhD, in collaboration with the Korea Maritime Transportation Safety Authority (KOMSA), aims to enhance operational safety and regulatory compliance, supporting the maritime sector’s shift toward sustainable technologies.

What You’ll Do

• Develop comprehensive safety checklists tailored for various vessel types.
• Conduct research to establish advanced safety protocols for maritime operations.
• Publish findings in academic journals and engage in science communication.
• Collaborate with the RAMS research group and industry partners like KOMSA.
• Participate in international conferences and potential research stays abroad.
• Complete doctoral education to earn a PhD degree.

Requirements

• Master’s degree in Engineering or equivalent, with a focus on Risk Analysis or Naval Architecture (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Good English communication skills (written and oral).
• Master’s degree must be completed by August 31, 2025.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Experience in publishing or presenting research (e.g., journal articles or conference presentations).
• Industry collaboration experience, particularly in maritime or safety-related fields.
• Communication skills in Norwegian or another Scandinavian language.
• Strong analytical skills, teamwork, and adaptability.

Benefits

• Annual salary of approximately NOK 541,800 (around USD 48,500, subject to qualifications).
• Three-year fully funded PhD position (subject to external funding).
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Work in an inclusive, international research environment with industry collaboration.
• Opportunities for career development through conferences and networking.

How to Apply

Submit your application via Jobbnorge.no by July 1, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• Project outline with research questions, methodology, and progress plan (max 1500 words/4 pages).
• Motivation letter (max 400 words/1 page).
• Contact details for three referees.
• Any publications or relevant research work.
• Documentation of prior education (e.g., diploma supplement).

8- PhD in Building Integration of Solar Cells

Institution: Norwegian University of Science and Technology (NTNU), Department of Civil and Environmental Engineering
Location: Norway
Application Deadline: June 30, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Department of Civil and Environmental Engineering to research building-integrated photovoltaics (BIPV) as part of the SolKit project, funded by the Research Council of Norway and industry partners. This PhD aims to advance the adoption of solar cells in Norwegian buildings by addressing challenges like energy performance, durability, and innovative design under Nordic conditions. You’ll work with NTNU, SINTEF Community, and industry partners to develop sustainable BIPV solutions.

What You’ll Do

• Conduct experimental lab and field work on BIPV energy performance, weather protection, or durability.
• Explore innovative BIPV designs, such as plug-and-play systems or simplified electrical connections.
• Contribute to simulations and modeling for BIPV performance under Norwegian conditions (e.g., snow, low solar radiation).
• Help develop a user-friendly BIPV tool for stakeholders, detailing power output and environmental benefits.
• Publish findings in journals, present at conferences, and collaborate with SolKit partners.
• Complete doctoral education to earn a PhD degree.

Requirements

• Master’s degree in Physics, Chemistry, Materials Science, Nano Materials Science, Building Physics, Building Science, Building Technology, Solar Radiation, Thermal Physics, or Solar Cells (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Experience in laboratory activities and a background in materials science or building science.
• Good English communication skills (written and oral).
• Master’s degree must be completed by July 1, 2025.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.
• Two-page project proposal on building integration of solar cells.
• No prior PhD degree.

Preferred Skills

• Knowledge or experience in multiple fields like solar cells, building physics, or materials science.
• Experimental experience with solar cells or BIPV technologies.
• Programming skills or simulation/modeling experience.
• Published international scientific articles.
• Strong motivation, reliability, and ability to work independently and in teams.

Benefits

• Annual salary of approximately NOK 532,200 (around USD 47,500, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Collaboration with SINTEF Community and industry partners in a cutting-edge research environment.
• Work in Trondheim, a vibrant tech hub with a high quality of life.

How to Apply

Submit your application via Jobbnorge.no by June 30, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• Two-page project proposal on BIPV integration.
• Contact details for three referees.
• Any publications or relevant research work.
• Documentation of prior education (e.g., diploma supplement).

9- PhD in Hydrogen Uptake and Diffusion in Metal Barriers for Hydrogen Gas Transport Pipes

Institution: Norwegian University of Science and Technology (NTNU), Department of Mechanical and Industrial Engineering
Location: Norway
Application Deadline: June 29, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Materials & Manufacturing research group to research hydrogen embrittlement in metal barriers for safe hydrogen infrastructure as part of the ReSIstH2 project, funded by the Research Council of Norway. This PhD focuses on studying hydrogen uptake and diffusion in alloys like aluminum and stainless steel to enhance the safety and reliability of hydrogen pipelines and storage. You’ll collaborate with SINTEF, NTNU, and industry partners to develop robust solutions for sustainable hydrogen transport.

What You’ll Do

• Investigate hydrogen absorption and diffusion in metal alloys under mechanical loading.
• Characterize microstructures and surface oxides of selected alloys.
• Conduct experimental tests using a high-pressure hydrogen diffusion cell.
• Perform theoretical analysis and numerical simulations to study hydrogen permeation.
• Publish findings in peer-reviewed journals and present at conferences.
• Co-supervise master’s students and complete doctoral education to earn a PhD.

Requirements

• Master’s degree in Chemistry, Materials Physics, or Metallurgy (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Good English communication skills (written and oral).
• Master’s degree must be completed before starting the position.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Research or industry experience in hydrogen-related studies or material testing.
• Interest in both experimental and theoretical research.
• Ability to publish in peer-reviewed journals or present at conferences.
• Communication skills in Norwegian or another Scandinavian language.
• Strong motivation, curiosity, and ability to work independently and in teams.

Benefits

• Annual salary of approximately NOK 541,800 (around USD 48,500, subject to qualifications).
• Three-year fully funded PhD position (subject to external funding).
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Collaboration with SINTEF and industry partners in an international research environment.
• Opportunities for career development through conferences and research stays abroad.

How to Apply

Submit your application via Jobbnorge.no by June 29, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• Project outline with research questions, methodology, and progress plan (max 1500 words/4 pages).
• Motivation letter (max 400 words/1 page).
• Contact details for three referees.
• Any publications or relevant research work.
• Documentation of prior education (e.g., diploma supplement).

10- PhD in Characterization and Optimization of Concrete with Low-CO₂ Binders

Institution: Norwegian University of Science and Technology (NTNU), Department of Structural Engineering
Location: Norway
Application Deadline: June 22, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Concrete group in the Department of Structural Engineering to research sustainable concrete solutions using low-CO₂ binders and recycled aggregates. Funded by Heidelberg Materials and the Norwegian Public Roads Administration, this PhD focuses on early-age concrete behavior to ensure crack-free, durable structures. You’ll conduct theoretical, numerical, and experimental studies to advance sustainable construction practices for watertight structures in demanding environments.

What You’ll Do

• Study early-age concrete properties with low-CO₂ binders and recycled aggregates.
• Develop calculation methods to assess structural behavior and serviceability.
• Perform experimental lab work to characterize concrete cracking sensitivity.
• Conduct numerical analyses to optimize concrete design for durability.
• Publish findings in journals, present at conferences, and complete PhD coursework.
• Collaborate with industry partners and the Concrete group’s research team.

Requirements

• Master’s degree in Civil Engineering, with a focus on structural analysis/design or concrete materials (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Excellent English communication skills (written and oral).
• Master’s degree must be completed before starting the position.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Research or industry experience in concrete materials or structural engineering.
• Keen interest in experimental and theoretical research, including lab work.
• Proficiency in programming or software (e.g., MATLAB, Python, FEA tools, LabView).
• Communication skills in Norwegian or another Scandinavian language.
• Strong analytical skills, teamwork, and motivation for research.

Benefits

• Annual salary of approximately NOK 536,200 (around USD 48,000, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Work in a leading Concrete group with extensive lab facilities and industry collaboration.
• Opportunities for career development in sustainable construction research.

How to Apply

Submit your application via Jobbnorge.no by June 22, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Motivation letter outlining research interest (max 400 words/1 page).
• Academic works (published or unpublished).
• Contact details for three referees.
• Documentation of prior education (e.g., diploma supplement).

11- PhD in Integrated Intelligent Monitoring Systems for Water Quality Dynamics in Fjords

Institution: Norwegian University of Science and Technology (NTNU), Department of Ocean Operations and Civil Engineering
Location: Ålesund, Norway
Application Deadline: June 20, 2025
Apply Here: Jobbnorge.no

Overview

Join NTNU’s Department of Ocean Operations and Civil Engineering in Ålesund to develop intelligent monitoring systems for fjord water quality. This PhD focuses on identifying pollutants, modeling water quality dynamics, and assessing ecological risks in Ålesund’s coastal areas using sensor networks, IoT, and remote sensing data. You’ll contribute to sustainable marine ecosystems by addressing emerging contaminants like pharmaceuticals and microplastics.

What You’ll Do

• Identify major pollutants and sources in Ålesund’s coastal areas.
• Develop real-time hydrodynamic and water quality simulation systems using sensor and satellite data.
• Assess ecological health risks from pollutants.
• Create a platform for real-time water quality monitoring using IoT sensors and remote sensing.
• Publish findings in journals, present at conferences, and complete PhD coursework.
• Participate in the department’s research group and international activities.

Requirements

• Master’s degree in Civil, Environmental, or Hydraulic Engineering, Computer Science, Applied Mathematics, or equivalent (equivalent to a five-year Norwegian degree with 120 credits at the master’s level).
• Strong academic record (average grade of B or better on NTNU’s scale or equivalent).
• Experience in machine/deep learning, remote sensing, and hydrodynamic/water quality modeling.
• Proficiency in programming (e.g., Python, C++) and tools like MS SQL Server, Apache, Jenkins, or Node.js.
• Excellent English communication skills (written and oral).
• Master’s degree must be completed by August 15, 2025.
• Admission to NTNU’s Doctoral Programme in Engineering within three months of employment.

Preferred Skills

• Expertise in Python, C++, machine learning, and tools like Delft3D for water quality modeling.
• Experience in knowledge dissemination to students or the public.
• Communication skills in Norwegian or another Scandinavian language (A2 level).
• Strong motivation, teamwork, and ability to work under pressure.

Benefits

• Annual salary of approximately NOK 541,800 (around USD 48,500, subject to qualifications).
• Three-year fully funded PhD position.
• Access to NTNU’s mentorship program and employee benefits, including pension contributions.
• Work in an inclusive, international research environment in Ålesund, a coastal hub.
• Opportunities for career development through conferences and research stays abroad.

How to Apply

Submit your application via Jobbnorge.no by June 20, 2025. Required documents include:

• CV, Bachelor’s/Master’s transcripts, and diplomas.
• Copy of Master’s thesis (or draft if recently submitted).
• Motivation letter (max 400 words/1 page).
• Contact details for three referees.
• Any publications or relevant research work.
• Documentation of prior education (e.g., diploma supplement).

Ready to Apply?

These PhD positions at NTNU offer a unique chance to tackle global challenges in sustainability, energy, and safety through innovative research. Don’t miss the opportunity to join a world-class academic community in Norway! Apply by the respective deadlines via its link available in each post above. For questions, contact the listed supervisors or HR contacts for each position.