Fully Funded MSc in Thermal Hydraulics for Small Modular Reactors at University of Alberta
Top Benefits
About the role
University: University of Alberta
Country: Canada
Deadline: 2025-08-01
Fields: Mechanical Engineering, Nuclear Engineering, Energy Engineering, Chemical Engineering, Materials Science
Are you passionate about advancing clean energy technologies and eager to contribute to the next generation of nuclear power solutions? If you are motivated to develop expertise in thermal hydraulics and play a pivotal role in the global energy transition, the Renewable Thermal Lab at the University of Alberta offers an exceptional opportunity to launch your research career.
Small Modular Reactors (SMRs) are at the forefront of low-carbon energy innovation, promising safer and more efficient power generation. The University of Alberta’s Renewable Thermal Lab (RTL) is seeking a highly motivated MSc student to join a fully funded research project focused on the thermal-hydraulics of molten salt systems for SMRs. This project is crucial for establishing the safety and design guidelines necessary for the commercial deployment of SMRs, contributing directly to a sustainable energy future.
About The University Or Research Institute The University of Alberta, located in Edmonton, Canada, is renowned for its world-class research and academic excellence. With a strong tradition in engineering and energy research, the university provides a vibrant academic environment that fosters innovation and collaboration. The Renewable Thermal Lab (RTL) is a leader in thermal sciences and energy systems research, collaborating with industry and academic partners to address some of the most pressing challenges in energy sustainability and decarbonization.
Research Topic and Significance The primary focus of this MSc position is on the thermal-hydraulics of molten salt systems within Small Modular Reactors (SMRs). SMRs represent a transformative technology in the nuclear energy sector, offering enhanced safety, scalability, and efficiency compared to traditional reactors. As the world seeks to decarbonize industrial heat and power generation, SMRs—powered by advanced high-temperature molten salts—are poised to play a central role. This research aims to make SMRs safer and more reliable by investigating heat transfer phenomena and developing passive safety mechanisms, ultimately supporting the global shift toward clean, low-carbon energy solutions.
Also See
- PhD Scholarship in Multiphysics Modeling of High Temperature PEM Fuel Cells at DTU Energy
- Postdoctoral Fellowship in Bidirectional Wireless Charging Systems for Electric Vehicles and…
- PhD and Postdoctoral Opportunities in Polymer Science and Energy Systems at EPFL
- Postdoctoral Opportunity in Harmonic Mitigation for Power Electronics-Based Power Systems at…
- Postdoctoral Opportunity in Harmonic Mitigation for Power Electronics-Based Power Systems at…
Project Details The Successful Candidate Will Join The Renewable Thermal Lab (RTL) At The University Of Alberta Under The Supervision Of Professor Taha Manzoor. The Research Will Involve Advanced Heat Transfer Analysis And Experimental Work On High-temperature Molten Salt Systems, Focusing On
– Small Modular Reactors (SMRs)
– Molten Salts
– Heat Transfer Experimentation
– High-Temperature Fluids
– Radiation-Induced Natural Convection
– Thermodynamics
Through this work, you will contribute to the development of design and safety guidelines that are essential for the commercial viability of SMRs. The project offers a unique opportunity to collaborate with leading academics and industry experts and to participate in research that is vital to the future of clean energy.
Candidate Profile Applicants To This MSc Position Should Possess The Following – A strong academic background in Mechanical Engineering, Nuclear Engineering, Energy Engineering, Chemical Engineering, Materials Science, or a closely related field.
– Demonstrated interest in thermal sciences, heat transfer, and energy systems.
– A proactive and collaborative mindset, with a passion for research that addresses global energy challenges.
– Excellent analytical and experimental skills are highly desirable.
– Commitment to contributing to decarbonization and sustainable energy initiatives.
Application Process Application Deadline: 1 August 2025
To apply, email your CV and transcripts to Professor Taha Manzoor at m[dot]tahamanzoor[at]ualberta[dot]ca with “RTL-SMR” in the subject line.
Conclusion This fully funded MSc position at the University of Alberta offers a unique opportunity to engage in pioneering research on Small Modular Reactors and play a meaningful role in the global transition to sustainable energy. If you are driven by the desire to make a tangible impact in the field of clean energy and possess the required academic background, you are strongly encouraged to apply. Stay tuned for more opportunities in energy research and related fields below.
Want to calculate your PhD admission chances? Try it here:
https://phdfinder.com/phd_admission_chance_calculator/
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Fully Funded MSc in Thermal Hydraulics for Small Modular Reactors at University of Alberta
Top Benefits
About the role
University: University of Alberta
Country: Canada
Deadline: 2025-08-01
Fields: Mechanical Engineering, Nuclear Engineering, Energy Engineering, Chemical Engineering, Materials Science
Are you passionate about advancing clean energy technologies and eager to contribute to the next generation of nuclear power solutions? If you are motivated to develop expertise in thermal hydraulics and play a pivotal role in the global energy transition, the Renewable Thermal Lab at the University of Alberta offers an exceptional opportunity to launch your research career.
Small Modular Reactors (SMRs) are at the forefront of low-carbon energy innovation, promising safer and more efficient power generation. The University of Alberta’s Renewable Thermal Lab (RTL) is seeking a highly motivated MSc student to join a fully funded research project focused on the thermal-hydraulics of molten salt systems for SMRs. This project is crucial for establishing the safety and design guidelines necessary for the commercial deployment of SMRs, contributing directly to a sustainable energy future.
About The University Or Research Institute The University of Alberta, located in Edmonton, Canada, is renowned for its world-class research and academic excellence. With a strong tradition in engineering and energy research, the university provides a vibrant academic environment that fosters innovation and collaboration. The Renewable Thermal Lab (RTL) is a leader in thermal sciences and energy systems research, collaborating with industry and academic partners to address some of the most pressing challenges in energy sustainability and decarbonization.
Research Topic and Significance The primary focus of this MSc position is on the thermal-hydraulics of molten salt systems within Small Modular Reactors (SMRs). SMRs represent a transformative technology in the nuclear energy sector, offering enhanced safety, scalability, and efficiency compared to traditional reactors. As the world seeks to decarbonize industrial heat and power generation, SMRs—powered by advanced high-temperature molten salts—are poised to play a central role. This research aims to make SMRs safer and more reliable by investigating heat transfer phenomena and developing passive safety mechanisms, ultimately supporting the global shift toward clean, low-carbon energy solutions.
Also See
- PhD Scholarship in Multiphysics Modeling of High Temperature PEM Fuel Cells at DTU Energy
- Postdoctoral Fellowship in Bidirectional Wireless Charging Systems for Electric Vehicles and…
- PhD and Postdoctoral Opportunities in Polymer Science and Energy Systems at EPFL
- Postdoctoral Opportunity in Harmonic Mitigation for Power Electronics-Based Power Systems at…
- Postdoctoral Opportunity in Harmonic Mitigation for Power Electronics-Based Power Systems at…
Project Details The Successful Candidate Will Join The Renewable Thermal Lab (RTL) At The University Of Alberta Under The Supervision Of Professor Taha Manzoor. The Research Will Involve Advanced Heat Transfer Analysis And Experimental Work On High-temperature Molten Salt Systems, Focusing On
– Small Modular Reactors (SMRs)
– Molten Salts
– Heat Transfer Experimentation
– High-Temperature Fluids
– Radiation-Induced Natural Convection
– Thermodynamics
Through this work, you will contribute to the development of design and safety guidelines that are essential for the commercial viability of SMRs. The project offers a unique opportunity to collaborate with leading academics and industry experts and to participate in research that is vital to the future of clean energy.
Candidate Profile Applicants To This MSc Position Should Possess The Following – A strong academic background in Mechanical Engineering, Nuclear Engineering, Energy Engineering, Chemical Engineering, Materials Science, or a closely related field.
– Demonstrated interest in thermal sciences, heat transfer, and energy systems.
– A proactive and collaborative mindset, with a passion for research that addresses global energy challenges.
– Excellent analytical and experimental skills are highly desirable.
– Commitment to contributing to decarbonization and sustainable energy initiatives.
Application Process Application Deadline: 1 August 2025
To apply, email your CV and transcripts to Professor Taha Manzoor at m[dot]tahamanzoor[at]ualberta[dot]ca with “RTL-SMR” in the subject line.
Conclusion This fully funded MSc position at the University of Alberta offers a unique opportunity to engage in pioneering research on Small Modular Reactors and play a meaningful role in the global transition to sustainable energy. If you are driven by the desire to make a tangible impact in the field of clean energy and possess the required academic background, you are strongly encouraged to apply. Stay tuned for more opportunities in energy research and related fields below.
Want to calculate your PhD admission chances? Try it here:
https://phdfinder.com/phd_admission_chance_calculator/
- Get the latest openings in your field and preferred country—straight to your email inbox. Sign up now for 14 days free: https://phdfinder.com/position-alert-service/
We’re an independent team helping students find opportunities.
Found this opportunity helpful? Support us with a coffee!