Canada – PhD in Carbon Utilization at University of Sherbrooke

Job Description

PhD in Carbon Utilization – University of Sherbrooke

We are seeking a full‑time, fully funded PhD candidate to join the Department of Chemical and Biotechnological Engineering at the University of Sherbrooke, Canada. The research focuses on modeling, optimization, and techno‑economic analysis of intensified catalytic processes for carbon utilization, with a particular emphasis on decarbonizing the maritime sector.

About the University

The University of Sherbrooke is a leading Canadian institution located in Quebec. With a student population of over 32,000, including more than 3,500 international students, it offers a vibrant, inclusive academic environment and strong industry ties. The Department of Chemical and Biotechnological Engineering is known for its dynamic research atmosphere and collaborative partnerships.

Research Topic and Significance

The PhD project will develop advanced computational models and machine‑learning tools to improve catalytic processes for carbon capture and utilization. The goal is to enable maritime vessels to convert and reduce CO₂ emissions, supporting global climate targets.

Project Details

The project is supervised by Dr. Ergys Pahija, Assistant Professor of Chemical and Biotechnological Engineering. Dr. Pahija’s research spans thermo‑ and electro‑catalytic processes, cellular dynamics, and bioprocess monitoring.

The Successful PhD Candidate Will Focus On

• Modeling and optimizing intensified catalytic processes for carbon utilization.


• Analyzing experimental data and developing predictive models using machine learning and hybrid techniques.


• Evaluating the techno‑economic feasibility and environmental impact of proposed technologies.


• Collaborating with partner institutions and industry stakeholders to ensure practical applicability.

Candidate Profile

• Robust background in data science, modeling, and optimization within chemical or process engineering.


• Strong interest and motivation in researching carbon utilization technologies.


• Proficiency in Aspen Plus and programming skills in Python (preferred) and/or MATLAB.


• Experience with carbon‑utilization modeling and familiarity with machine‑learning algorithms is a strong asset.


• Analytical mindset, problem‑solving skills, and the ability to work collaboratively in a multidisciplinary environment.

Application Process

Applications are reviewed on a rolling basis. The role is available for immediate enrollment. Please prepare a complete application package, including a CV, statement of research interests, and academic transcripts. Incomplete applications will not be considered.

For application details, visit https://www.cbpgroup.net/openings.

Conclusion

This fully funded PhD opportunity offers a unique chance to contribute to pioneering research in carbon utilization and environmental sustainability. If you are driven to tackle real‑world challenges and advance your expertise in chemical engineering and data science, we encourage you to apply.

Questions & Answers

Q: What makes the University of Sherbrooke an attractive destination for international research students?
A: The university offers a multicultural environment, strong research infrastructure, and a supportive academic community.

Q: What is the main research focus of this PhD position?
A: Modeling and optimizing catalytic processes for carbon utilization, targeting decarbonization of the maritime sector.

Q: Is this PhD position fully funded?
A: Yes, it is fully funded throughout the program.

Q: What are the key technical skills required?
A: Proficiency in Aspen Plus, programming experience in Python (preferred) and/or MATLAB, and a strong background in data science, modeling, and process optimization.

Q: Are international students eligible to apply?
A: Yes, students worldwide are encouraged to apply.

Q: How soon can the selected candidate start?
A: Immediate enrollment is available; applications are reviewed on a rolling basis.

Q: What is the significance of carbon utilization research in the maritime sector?
A: The maritime sector is a major source of CO₂ emissions; effective carbon utilization technologies are crucial for global climate targets.

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