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We are seeking applicants interested in communication design, digital learning design and youth arts to undertake a PhD that exploring online frameworks for capturing learning experiences in youth arts. The University will fund the Scholarship for a fixed term of 3 years offering a stipend of...
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at conferences is desirable. Application process Future student, please contact us via the EOI form and please include the following information A cover letter (max. 1 page), a CV (max. 2-3 pages, including
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, or culturally inclusive AI safety is strongly encouraged. Interested candidates should submit their CV, academic transcripts, and a brief research proposal (max 2 pages) outlining their background and experience
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permanent resident or citizen, or are providing your own funding for living expenses. Send your CV (max two pages) and letter of motivation (one page) to structured-biointerfaces@monash.edu , with “PhD
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collaboration with researchers from QUT – Professor Jonathan Roberts and Doctor Steph Hutchison and will be situated within the School of Creative Arts at QUT. Moving with Robots investigates the use
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Creative arts Design Engineering English language and pathway programs Health Information technology and games Justice Languages Law Mathematics and data science Science Teaching Explore Mid-year entry QUT
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of the scholarship, outlining your research project and how the scholarship will help you An annual report outlining the progress of research project (max. 1 page) Payment Method Annual stipend of $37,000 per year for
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modelling, simulation tools such as COMSOL, and programming in MATLAB, Python, or C++. You'll be part of a supportive environment that values creativity, technical excellence, and impactful research. By
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(e.g., social media, websites). Yet, many tools and platforms are not designed with users’ needs or broader social implications in mind. Many systems are not interoperable, or they restrict creativity
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For students who are interested in creative and challenging projects in the area of micro-nano fabrication and vacuum nanoelectronics for microwave vacuum electron devices. For students who