PhD Scholarship for up to 3.5 years, $40,000 p.a. tax-free stipend About the opportunity Ground-breaking student opportunities in genomics at the University of Sydney Are you passionate about discovering the causes of diseases using cutting-edge technologies? Professor Greg Neely’s laboratory has four unique opportunities for PhD students to work on ground-breaking research in RNA medicine, CRISPR technologies, synthetic protein design and venom genomics. We’re looking for dedicated PhD candidates ready to contribute to innovations that could transform medicine. Why join us? • Work on globally relevant, high-impact projects • Access advanced technology and resources • Potential for complimentary scholarships (subject to a competitive selection process) • Join a dynamic and supportive team focused on real-world medical applications Also, The University of Sydney is consistently ranked among the world’s top universities for academic excellence, research impact and producing highly employable graduates. Its vibrant campus life, state-of-the-art research facilities, support services and global partnerships equip students for successful careers. Available projects: 1. New RNA medicines for major human diseases (Project ID: 3332) Develop RNA-based therapies to treat diseases related to neuroscience, immunity, and lung function. Utilize cutting-edge RNA delivery systems to design and test synthetic genes for rapid therapeutic development. 2. New functional CRISPR screens (Project ID: 3331) Advance CRISPR-based technologies to analyse cellular responses at a genome-wide scale. This project will enhance understanding of disease pathways and aims to rapidly produce new therapeutic solutions. 3. Using directed evolution for synthetic protein development (Project ID: 3333) Apply a unique mammalian-directed evolution platform to create and characterize synthetic proteins for research and therapeutic use. This project explores the enhancement of CRISPR tools and protein medicines. 4. Genomic investigation of poisonous plants and animals (Project ID: 3334) Leverage genomics and CRISPR to understand venoms and develop antidotes or medicinal compounds. The goal is to create universal venom antidotes and identify venom-derived bioactive molecules. To be eligible you must: Be an Australian citizen or have permanent residence Hold an undergraduate degree with at least a credit average or equivalent If you’re ready to make a meaningful impact in medical science, apply now and specify the project(s) you’re most interested in. For more information about any of these projects, please contact Prof. Greg Neely (greg.neelysydney.edu.au). Or you can visit the following websites: https://www.sydney.edu.au/research/opportunities/3332 https://www.sydney.edu.au/research/opportunities/3331 https://www.sydney.edu.au/research/opportunities/3333 https://www.sydney.edu.au/research/opportunities/3334 https://www.neelylab.com/ For scholarship details, refer to the USyd Faculty of Science postgraduate research excellence award. Closing time: 11.59pm EST, Jan 31 2025 How to Apply Applications (including a cover letter, CV and any additional supporting documentation) must be submitted directly to Prof Greg Neely (greg.neelysydney.edu.au). Please do not use the apply button to apply for this opportunity © The University of Sydney Applications Close Friday 31 January 2025 11:59 PM