The Experimental Micromechanics & Characterization Group at the University of British Columbia (UBC), Vancouver, is offering two fully funded PhD positions in advanced electron microscopy for materials engineering. These positions are part of a dynamic research environment focused on the development and application of cutting-edge electron microscopy techniques to address major challenges in clean energy, engineering alloys, transportation, and infrastructure. Project 1 centers on next-generation multimodal electron microscopy, utilizing UBC’s TESCAN TENSOR STEM for advanced imaging and analysis methods such as 4D-STEM, SPED, X-ray mapping, and direct electron detection. Project 2 focuses on advancing 3D electron microscopy using the automated 3D-MARVIN system, building robotic workflows for large-volume, multimodal materials analysis. The group offers a collaborative environment with access to world-leading instrumentation, opportunities for teaching experience, and professional growth. The minimum guaranteed stipend is CAD $32,000 per year for four years, with additional financial support available through various awards and scholarships. Applicants should hold or be nearing completion of a Master's degree in Materials Engineering or a related field, demonstrate a passion for innovation and advanced instrumentation, and be interested in pushing the boundaries of materials analysis. The preferred route is direct admission to the PhD program following a Master's degree, though exceptional students may transfer from the Master's program. Interested candidates should contact Professor Ben Britton with a brief inquiry outlining their research interests, academic background, and funding needs, and then proceed with the formal UBC application process. The positions are set to begin in May or September 2026. For more information, visit the group’s website and the UBC graduate admissions pages.