University of British Columbia (UBC), Vancouver, Canada
Department of Mechanical Engineering & Department of Mathematics
Supervisor: Prof. Mattia Bacca
Expected start: September 2027
Application deadline: Dec 10 for full consideration, Jan 10 final deadline
Research Project
The Micro & Nano Mechanics Lab at the University of British Columbia is seeking a highly motivated PhD student to conduct research in computational solid mechanics, fracture mechanics, and finite-element modelling of soft materials.
The project focuses on developing advanced numerical methods to simulate crack initiation and propagation in highly deformable solids, with applications to the puncture and cutting of biological tissues.
A central objective is to develop an adaptive finite-element framework capable of predicting evolving fracture paths without prescribing them in advance. The research will combine nonlinear continuum mechanics, adaptive mesh refinement, damage and fracture criteria, and computational algorithms to address fundamental challenges involving large deformations, contact, and material failure.
The resulting methods will contribute to high-fidelity simulations of soft-material fracture and may support applications in surgical simulation and biomedical engineering.
Candidate Profile
We welcome applications from outstanding candidates with backgrounds in Mechanical Engineering, Applied Mathematics, Computational Mechanics, or closely related disciplines.
Main qualifications:
- Strong foundations in solid mechanics, continuum mechanics, and numerical methods.
- Experience with finite-element analysis, preferably using Abaqus or comparable software.
- Programming experience (e.g., Python, MATLAB, C++, or Fortran).
- Strong analytical and mathematical skills, along with an interest in developing new computational methods.
Additional assets:
- Experience with nonlinear FEA, large-deformation mechanics, or contact problems.
- Familiarity with fracture mechanics, cohesive-zone models, damage mechanics, and/or adaptive meshing.
- Experience implementing custom numerical algorithms or material models.
- Previous research experience and scientific publications.
Candidates with a strong bachelor's degree and demonstrated research excellence may also be considered for direct-entry PhD admission, subject to UBC eligibility requirements.
Funding and Research Environment
The PhD will be based in the Department of Mechanical Engineering or in the Department of Mathematics at UBC, within a research group working at the intersection of theoretical mechanics, soft-matter physics, and biomechanics.
UBC provides a minimum funding package of CAD 40,000 per year for the first four years of full-time PhD study, which combines research assistantships, teaching assistantships, and scholarships. Admission and funding arrangements are subject to university requirements and confirmation.
How to Apply
Interested candidates should email mbacca [at] mech.ubc.ca (mbacca[at]mech[dot]ubc[dot]ca) with the following documents, preferably in PDF format:
- Curriculum Vitae (required): Clearly indicating degrees obtained or in progress, institutions attended, GPA or equivalent academic averages, relevant research experience, computational skills (including specific FEA software and programming languages), and current Canadian immigration/visa status, if applicable.
- Academic transcripts (required): Unofficial transcripts are acceptable for the initial evaluation.
- Motivation statement (optional): A brief statement (maximum half a page) describing the applicant's interest in joining our group and how their background and experience align with the proposed research.
Email subject (required): PhD position 2027
Application deadlines: To ensure full consideration, applications should be submitted by December 10, 2026. Applications will continue to be accepted until January 10, 2027.
Shortlisted candidates will be contacted for an interview and, where appropriate, invited to complete the formal UBC graduate application process.
Research group: https://micronano.mech.ubc.ca