[Expired] Funded PhD in CO₂ Reduction Electrocatalysis at Queen’s University

This position is no longer available.University: Queen’s UniversityCountry: CanadaDeadline: Not specifiedFields: Mechanical Engineering, Chemical Engineering, Materials Science, Energy Engineering, Environmental EngineeringAre you driven by the challenge of developing sustainable energy solutions and eager to advance your research career in a world-class academic setting? If you are seeking to make a tangible impact in the fight against climate change while building strong expertise in computational modeling and electrocatalysis, this opportunity at Queen’s University may be the perfect next step for your academic journey.About The University Or Research InstituteQueen’s University, located in Kingston, Ontario, Canada, is renowned for its commitment to research excellence and innovation. As one of Canada’s leading institutions, Queen’s fosters a vibrant academic environment where interdisciplinary collaboration is encouraged. The Smith Engineering faculty is at the forefront of engineering education and research, providing students with access to cutting-edge facilities and a supportive scholarly community. The Crane Energy Research Group, housed within Smith Engineering, is recognized for its pioneering contributions to sustainable energy technologies and advanced computational modeling.Research Topic and SignificanceThe available PhD position centers on CO₂ reduction electrocatalysis, a transformative area of research with significant implications for the future of clean energy. This technology aims to convert renewable electricity and carbon dioxide into valuable fuels and chemical feedstocks, offering a promising pathway to reduce greenhouse gas emissions and support the global transition to a low-carbon economy. The project’s focus on device-level finite-element multiphysics modeling will enable the prediction and optimization of electrocatalytic performance, bridging the gap between theoretical design and experimental realization. As climate change continues to pose urgent challenges, advancements in CO₂ reduction technologies are more critical than ever, making this research both timely and impactful.Also SeeFully Funded PhD Scholarships in Carbon Capture, Utilisation, and Storage (CCUS) at Edith…Ireland – Fully Funded PhD in Environmental Economics at University of GalwayCanada – Postdoctoral Fellowship in Fluid Mechanics at Dalhousie UniversityCanada – Fully Funded PhD in Electrochemical Energy Systems at University of CalgaryFully Funded PhD Studentships in Artificial Leaves and Organic Photocatalysis at NTU SingaporeProject DetailsThe successful PhD candidate will join the Crane Energy Research Group at Smith Engineering, Queen’s University. The project involves developing sophisticated device-level finite-element multiphysics models to predict the performance of CO₂ reduction electrocatalysis systems. The research will require close collaboration with experimental teams, ensuring that computational insights are directly applied to real-world systems. The candidate will engage in code development using languages such as Python and MATLAB and will utilize commercial software tools like COMSOL for modeling tasks.Supervision for this project will be provided jointly by Dr. Jackson Crane (Mechanical Engineering) and Dr. Cao-Thang Dinh (Chemical Engineering), both of whom are respected leaders in their fields. The research is supported by the prestigious Bruce Mitchell Research Program, which underlines the project’s academic significance and provides substantial financial backing.Candidate ProfileQueen’s University Is Seeking Applicants Who Demonstrate a Strong Academic Background And a Passion For Computational Research In Energy Systems. Ideal Candidates Will Possess– A Master’s degree in Mechanical Engineering or Chemical Engineering.– Experience and a keen interest in computational projects.– Familiarity with electrocatalysis and modeling tools such as COMSOL is considered an asset, but is not mandatory.– Both Canadian and international applicants are encouraged to apply.– Strong programming skills (Python, MATLAB) and the ability to work collaboratively in an interdisciplinary research environment.The successful candidate will receive a generous stipend of $35,000 per year for four years, with additional Teaching Assistant (TA) income of at least $4,400 per year.Application ProcessTo express your interest or apply for this position, please contact:Dr. Jackson Crane, Assistant ProfessorEmail: jackson.crane[at]queensu[dot]caNo specific application deadline has been mentioned in the advertisement. Interested candidates are encouraged to reach out as soon as possible to discuss their suitability for the role and obtain further details regarding the application process.ConclusionThis funded PhD opportunity at Queen’s University offers an exceptional platform for aspiring researchers to contribute to cutting-edge advancements in sustainable energy. If you are passionate about computational modeling, electrocatalysis, and making a positive environmental impact, you are encouraged to apply. Stay informed about more opportunities like this by following updates and exploring similar academic positions.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!