Queensland Quantum Challenge 2032 PhD Scholarship

Status

Open Now

Opens

Closes

Scholarship Value

$AU40,000 Stipend per year ($AU120,000 Total)

Length of Scholarship

3 Years (3 EFTSL)

Number Available

1

Funding Type

Research

We are seeking a highly motivated and talented PhD candidate to join our research team working in a research project at Central Queensland University (CQU) funded by the QLD State Government. Our research focuses on the forefront of ML-empowered network optimization, quantum communication, and cybersecurity, aiming to push the boundaries of current technologies and develop effective methods to support secure real-time group communications targeted for application in sport venues of large-size games including the Brisbane 2032 Olympic and Paralympic Games.

1) Academic Background: A strong academic record in computer science, information technology, electrical engineering, or a related field; 

2) Research Experience: Demonstrated research experience in publications and software development, preferably in network optimization, quantum communication, or cybersecurity; 

3) Skills: Proficiency in programming languages such as Python and C++, and performance evaluation using network simulators.  Knowledge of quantum mechanics and network protocols is a plus; 

4) Communication: Excellent command of English, both written and spoken. 

Enquiries can be directed to: Prof. Hong Shen [email protected].

To apply, please email the Supporting Documentation to Prof. Shen.

Applicants will be notified of the outcome by email.

1) A detailed CV; 

2) Transcripts of academic records; 

3) A statement of purpose outlining your research interests and how they align with our projects not exceeding 2 pages; 

4) A detailed research proposal not exceeding 6 pages; 

5) Contact information for two academic references.

Research Areas: 

1) Network Optimization: Develop advanced ML-empowered algorithms and protocols for optimizing network performance, reliability, and efficiency. 

2) Quantum Communication: Explore the development and deployment of new software-defined network control for quantum networks, including quantum optical communication methods and satellite-based quantum networks. 

3) Cybersecurity: Investigate post-quantum cryptographic systems and quantum-enhanced network security to ensure robust protection against emerging threats.