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Détails du poste

Some features of our web site require JavaScript to function properly. Please enable JavaScript in your browser. Position Fully Funded PhD Opportunities in Geomechanics Employer McMaster University Homepage: https://www.eng.mcmaster.ca Location Hamilton, Ontario, Canada Sector Academic Relevant divisions Cryospheric Sciences (CR) Energy, Resources and the Environment (ERE) Soil System Sciences (SSS) Type Full time Level Student / Graduate / Internship Salary $21,000 CAD/year studentship. Competitive scholarships will be additional. Required education Master Application deadline Open until the position is filled Posted 12 August 2026 Job Description Two fully funded PhD positions are available in the Laboratory for Multiscale Geomechanics in the Department of Civil Engineering at McMaster University. Preferred start dates: January 2027 or September 2027. Some flexibility may be possible. Research Focus Our group develops advanced computational and theoretical methods for understanding the behaviour of geomaterials across multiple spatial scales and under coupled physical processes. Our Research Lies At The Intersection Of Continuum and solid mechanics Computational mechanics and numerical methods Constitutive modelling Multiscale mechanics Geomechanics Potential research topics include large-deformation modeling of geostructures, thermo-hydro-mechanical modeling of geomaterials, and small-scale simulations of porous multiphase materials. The positions are particularly suitable for candidates interested in mechanics-based modelling, numerical implementation, and the fundamental behaviour of soils, rocks, granular materials, or other geomaterials. How to apply Who Should Apply Applicants should have: A degree in civil engineering, mechanical engineering, materials engineering, or a closely related field Strong preparation in continuum mechanics, solid mechanics, computational mechanics, numerical methods, or a related area Evidence of research potential through a thesis, research project, publication, technical report, software development, or comparable experience An interest in applying mechanics and computational methods to geomechanics Previous research experience in geomechanics is an asset but is not required. Applications from students with strong backgrounds in continuum mechanics, computational mechanics, or related areas who are interested in applying these skills to challenging problems in geomechanics are encouraged. Experience implementing numerical methods such as FEM, DEM, MPM, SPH, or molecular dynamics (MD) is beneficial but not required. How To Apply Please email the following materials to [email protected]: A curriculum vitae Unofficial academic transcripts A statement of no more than 500 words describing your research interests, relevant preparation, the types of problems you would like to investigate, and how this opportunity aligns with your academic goals The names of two potential academic referees; reference letters will be requested only from candidates who proceed to a later stage Please Use The Following Email Subject PhD Geomechanics – Your Name – January/September 2027 Successful applicants will contribute to the development of a growing research program in computational geomechanics and tackle challenging problems at the intersection of mechanics, computation, and geomechanics. Go back

Ce que vous ferez

Develop advanced computational and theoretical methods to understand geomaterial behavior across multiple spatial scales. Conduct research on large-deformation modeling, thermo-hydro-mechanical modeling, and simulations of porous multiphase materials.

Exigences

Applicants must hold a Master's degree in civil, mechanical, or materials engineering or a related field. Strong preparation in continuum and computational mechanics is required, with evidence of research potential through a thesis or publications.

Avantages

• Competitive scholarships

Autres compétences pertinentes

Relevées dans la description du poste. Confirmez les exigences importantes ci-dessus.

• Continuum Mechanics
• Solid Mechanics
• Computational Mechanics
• Numerical Methods
• Constitutive Modelling
• Multiscale Mechanics
• Geomechanics
• FEM
• DEM
• MPM
• SPH
• Molecular Dynamics

Domaines d’emploi

• Science & Research
• Engineering
• Education