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Status: Open Applications open: 23/06/2025 Applications accepted at any time View printable version [.pdf] About this scholarship Description/Applicant information This PhD scholarship supports a student passionate about developing novel therapeutics for brain diseases such as stroke and...
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international audience, you will play a critical role in implementing strategic recruitment plans and policies, driving student engagement, and achieving enrolment targets. This position requires a high level of
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this exciting role, you will contribute to student acquisition initiatives and support a broad range of marketing activities targeted at international audiences and key product areas. From digital campaigns
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therapeutic targets. The scholarship provides opportunities to apply statistical genetics approaches to dementia research within a collaborative and supportive research environment. Student type Future Students
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the University achieve its goals and targets, and to inspire people to choose Curtin. We are an energetic, dedicated team of academics and professionals working together to provide global solutions through quality
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students who need assistive technological support or targeted intervention strategies as outlined in their Curtin Access Plan. Additionally, the role includes delivering both in-person and online training
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English language proficiency, cultural unfamiliarity, academic preparedness, and implement targeted support strategies. Design and deliver tailored workshops, tutorials, and resources focused
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and staff donor participation Develop effective communication plans and write and coordinate purposeful communications across a range of platforms for target audiences Proactively work to build and
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to execute and costly to implement. Therefore, new population-level strategies, targeting whole communities, are urgently needed. This project aims to develop a new toolkit to promote dementia risk reduction
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, there is an urgent demand for accurate data on ion-beam collisions with atomic and molecular targets for the development and maintenance of fusion reactors, treatment planning in hadron therapy, and