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to use micro-computed tomography (µCT) and scanning electron microscopy (SEM). The student will analyse 3D-rendered semicircular canal morphology using morphoHeart, software developed for the heart in the
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-source software development and industrially relevant applications. Tasks include: Development of molecular descriptors from protein structures and simulations Design and training of QSPR and machine
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direction, independently and within a team environment to meet deadlines Computer skills: Word, Excel, power point, data software etc. Expectations for all UBC employees: - Willingness to respect diverse
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to the development and maintenance of analytical pipelines and opensource software. Contribute to academic writing, data visualization, and presentations. Website development and maintenance of code/documentation
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would not normally be approved but a software package specific to the project would be acceptable. Living expenses are not automatically approved, but may be accepted if a case can be made for them
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sampling strategies in Python and C++ Apply your framework to analyse real biological datasets to demonstrate robustness, interpretability, and practical impact Contribute to open-source software tools
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& Expertise The ideal candidate will have a strong technical background in one or more of the following areas: Essential Skills Strong knowledge of embedded systems, embedded electronics, and software
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software such as NVivo Well-developed written and verbal communication skills A strong commitment to confidentiality, research integrity and quality Ability to work collegially within multidisciplinary
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The right candidate will have experience working across various teams and projects, and excellent knowledge of mixed-methods methodologies and common software (Nvivo, STATA/SPSS, Covidence). Due
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. 4. System Prototyping & Software Development Contribute to the development of the AI Pathologist prototype, including UI/UX, backend integration, and workflow automation. Support deployment of models