RMIT University PhD Scholarship in Dynamic CT Imaging 2025/2026, Australia

RMIT University is a globally recognized institution known for its strong focus on practical education, cutting-edge research, and industry collaboration. Located in the vibrant city of Melbourne, RMIT offers a dynamic learning environment where students benefit from world-class facilities and innovative teaching approaches. The university provides a diverse range of programs across engineering, technology, business, design, health, and sciences, ensuring students are equipped with the knowledge and skills needed to excel in their chosen fields.

With a reputation for industry connections and hands-on learning, RMIT bridges the gap between academic study and real-world application. Students have access to internships, research opportunities, and partnerships with leading global organizations, fostering career readiness and innovation. The university’s modern campuses, inclusive culture, and focus on sustainability make it an ideal destination for students seeking a future-oriented, globally connected education.

Scholarship Description:

• Host University:  RMIT University;
• Host Country: Australia;
• Study Level: Graduate Level;
• Scholarship Type: Partial Funding ;
• Scholarship Worth: $34,841;
• Eligible Countries: International and National Students;
• Majors Offered: Engineering, Physics, or Mathematics;
• Application Deadline: January 1^st, 2025.

RMIT University, one of Australia’s leading academic institutions, is offering a PhD scholarship in Dynamic CT Imaging. This scholarship aims to foster groundbreaking research in the fields of cardiac radiation ablation and heart protection during cancer radiation therapy. The initiative is designed to address key challenges in modern medical imaging and contribute significantly to patient care and treatment outcomes.

The scholarship will support a doctoral candidate who aspires to advance medical imaging technologies, particularly in Dynamic Computed Tomography (CT). The selected candidate will engage in high-impact research, working on cutting-edge methods to improve cardiac imaging accuracy and efficiency. These innovations are critical for enhancing radiation therapy outcomes for cancer patients while safeguarding heart health.

The research focuses on two primary objectives:

1. Cardiac Radiation Ablation: Optimizing imaging techniques to precisely target and treat heart tissue during radiation therapy.
2. Heart Protection: Developing models and methods to shield healthy heart regions from unintended radiation exposure.

Ideal candidates will have a strong academic background and a passion for exploring advanced technologies in imaging science. This scholarship is ideal for individuals with experience in mathematics, physics, or engineering, particularly those interested in fields such as image reconstruction and modeling of heart mechanics.

RMIT University’s vibrant research environment provides an excellent platform for collaboration with experts in medical imaging and radiation therapy. The program will expose candidates to state-of-the-art equipment, interdisciplinary expertise, and real-world applications, preparing them to make meaningful contributions to healthcare innovation.

Scholarship Benefits

The PhD scholarship in Dynamic CT Imaging at RMIT University offers generous financial and academic support for the selected candidate. Below are the primary benefits:

1. Stipend:
   • A tax-free annual stipend of $34,841 for up to three years.
   • The stipend provides substantial financial support, enabling candidates to focus on their research and studies without financial strain.
2. Research Opportunities:
   • Access to advanced research facilities and computational resources at RMIT University.
   • Collaboration with leading researchers in medical imaging, radiation therapy, and computational modeling.
   • Exposure to real-world clinical challenges, allowing candidates to align their research with current healthcare needs.
3. Academic Growth:
   • Mentorship and supervision from accomplished faculty, including experts in medical imaging technologies.
   • Opportunities to publish findings in reputable journals and present research at international conferences.
   • The chance to develop interdisciplinary skills through collaboration with peers in physics, engineering, and mathematics.
4. Global Accessibility:
   • The scholarship is open to both domestic and international students, reflecting RMIT’s commitment to global academic excellence.
   • International candidates benefit from RMIT’s inclusive research culture and its status as a top-ranking institution in science and technology.

Eligibility Requirements

To be considered for the RMIT PhD scholarship in Dynamic CT Imaging, applicants must meet the following eligibility criteria:

1. Academic Background:
   • Applicants must hold a strong academic foundation in mathematics, physics, or engineering.
   • Previous experience or interest in areas such as cardiac imaging, image reconstruction, or heart mechanics modeling is highly desirable.
2. Language Proficiency:
   • For international applicants, proof of English language proficiency may be required, as per RMIT University’s admission standards.
3. Course Enrollment:
   • Candidates must be pursuing a full-time PhD program at RMIT University.
   • The scholarship specifically supports research in dynamic CT imaging and its applications in cardiac radiation therapy.
4. Eligible Countries:
   • The scholarship welcomes applications from all nationalities, fostering diversity and collaboration across borders.
5. Research Interest:
   • Applicants should demonstrate a keen interest in tackling challenges related to cardiac imaging, radiation therapy, and computational modeling.
   • Strong analytical, problem-solving, and technical skills will be advantageous in meeting the research goals.

Application Process

The application process for the RMIT PhD scholarship in Dynamic CT Imaging is straightforward. Follow the steps below to apply:

1. Initial Contact:
   • Interested applicants should contact Professor Ricky O’Brien at [email protected].
   • Include the following documents in your email:
     • Curriculum Vitae (CV): Highlight academic achievements, research experience, and technical skills.
     • Academic Transcripts: Provide official records of previous studies to demonstrate academic excellence.
2. Research Proposal:
   • While not explicitly required at the initial stage, candidates may benefit from outlining their research interests and motivation for applying to the program.
3. Review and Interview:
   • Shortlisted candidates may be invited for an interview to discuss their qualifications, research interests, and alignment with the project’s objectives.
4. Final Selection:
   • Successful applicants will receive an offer letter for the PhD position along with scholarship details.

Applicants are encouraged to apply early to ensure ample time for processing and consideration. International students should also account for visa and relocation timelines when preparing their applications.

Why Choose RMIT University?

RMIT University stands out as a global leader in applied research and innovation, particularly in fields like engineering, medical imaging, and computational sciences. The university provides a collaborative, interdisciplinary environment that nurtures talent and drives meaningful research outcomes.

Key reasons to pursue this scholarship at RMIT include:

• World-Class Facilities: Access to cutting-edge imaging technologies and laboratories.
• Expert Supervision: Guidance from esteemed academics like Professor Ricky O’Brien, who bring vast experience in imaging research.
• Research Impact: An opportunity to work on projects that have direct applications in healthcare, improving patient treatment and outcomes.
• Global Recognition: RMIT is ranked among the top institutions for research in engineering and technology, ensuring that your work receives international visibility.

Official Website:

For additional details, kindly visit the official website of the university: https://www.rmit.edu.au/students/careers-opportunities/scholarships/research/phd-scholarship-dynamic-ct-imaging