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Postdoctoral research associate

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PhD Student(s) in Material Science and Engineering

I am looking for a curious and capable PhD student to join my group at McMaster University in exploring the quantum nature of materials. Our research sits at the intersection of condensed matter theory, computational physics, and materials science. We develop and apply advanced simulation tools to investigate how the behavior of electrons in solids gives rise to exotic phenomena such as symmetry-protected states, unusual responses to electric or magnetic fields, and novel topological phases. These effects are not just theoretical curiosities; they are at the heart of emerging technologies in quantum computing, sensing, and electronics.

The position is fully funded for four years. The project offers flexibility and room to shape your direction within a broader effort to extend the predictive power of first-principles calculations, build research-grade software, and collaborate with experimental and theoretical groups internationally. Canadian and international applicants are welcome.

What you will do

• Study how crystal symmetry, dimensionality, and structural disorder influence electronic properties in materials
• Develop or extend software tools for characterizing materials with unusual or quantum-driven behaviors
• Design and carry out computational experiments to help identify or explain key signatures of topological or correlated phases
• Collaborate with experimental and theoretical research teams abroad to test predictions or interpret results
• Contribute to peer-reviewed publications and present your work at conferences or workshops

Who would be a good fit

• A Master's degree in materials science or physics, with a solid foundation in quantum mechanics (exceptional candidates with a Bachelor's degree may be considered if they can demonstrate strong research ability, ideally supported by undergraduate publications)
• Familiarity with Python, Fortran, Linux, and DFT software (e.g., WIEN2k, VASP, or Quantum ESPRESSO)
• Comfort working with high-performance computing systems
• Intellectual curiosity, independence, and an interest in computational problem solving

Why join this group

• Your tuition and living expenses will be covered for four years through a combination of research funding and teaching assistantships
• A flexible and focused research environment with individual mentoring
• Funding is available to attend conferences and specialized training schools, typically once your research has reached the publication stage
• Collaboration with national and international research groups in both theory and experiment

How to apply

Please send the following in a single PDF:

• A brief statement of interest, connected to your previous experience (1 page)
• CV including academic background, research experience, relevant publications, and programming skills
• Contact information for 2 to 3 academic references

This is a small research group with close mentoring and collaboration. I value an inclusive and respectful working environment and welcome applications from individuals of all backgrounds, especially those from groups historically underrepresented in science and engineering. All applications are evaluated based on academic merit, research potential, and alignment with the group's direction.

Applications are reviewed on a rolling basis until the position is filled. Preferred start dates are January 2025, May 2025, or September 2025. International applicants are encouraged to get in touch at least 9 months before their intended start date to allow sufficient time for admission and visa processing.

If interested, please contact Dr. Oleg Rubel at . Begin your subject line with [MSE PhD].

Master's Student

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Undergraduate thesis project student

One vacancy available. Registration in MATLS 4K06 is required.