Australia – PhD and Postdoc in Biomedical Engineering at Queensland University of Technology

University

Queensland University of Technology

Australia

Not specified

Biomedical Engineering, Materials Engineering, Mechanical Engineering, Electrical Engineering, Mechatronics Engineering

Are you passionate about applying your engineering expertise to revolutionize healthcare delivery and make a tangible impact on patient care? If you are driven to bridge the gap between cutting‑edge technology and clinical practice, this opportunity at the Queensland University of Technology (QUT) could be your next career‑defining step.

Queensland University of Technology (QUT), located in Brisbane, Australia, is recognized as one of the country’s leading research‑intensive universities. QUT is renowned for its strong emphasis on practical and applied research, fostering innovation and collaboration across disciplines. The QUT Centre for Biomedical Technologies is at the forefront of developing transformative solutions for healthcare challenges, working closely with clinicians, industry partners, and the broader scientific community.

With state‑of‑the‑art facilities, an inclusive academic environment, and robust support for research, QUT offers scholars and professionals a vibrant platform to advance their careers and make meaningful contributions to society.

Australia itself is a highly attractive destination for researchers and students alike, offering a high quality of life, multicultural cities, and a dynamic research ecosystem. Brisbane, the capital of Queensland, is known for its warm climate, friendly community, and thriving innovation sector, making it an ideal location for academic and professional growth.

This opportunity focuses on the development of next‑generation clinical training tools for complex medical therapies. The research aims to create innovative devices and systems that will significantly enhance the effectiveness and efficiency of clinical training, thereby improving patient outcomes. By integrating advanced engineering methods with real‑world clinical needs, the project seeks to deliver rapid and measurable improvements in healthcare delivery.

• United Kingdom – PhD in Brain‑Machine Interfaces at University of Southampton
• Portugal – PhD in Environmental Engineering at University of Porto
• Canada – PhD in Gaussian‑Based Uncertainty‑Aware Multi‑Robot Modelling at Laval University
• Canada – PhD & Postdoc in Robotics at Toronto Metropolitan University
• Canada – Fully Funded PhD in Structural Engineering at Polytechnique Montréal

The positions are based within the QUT Centre for Biomedical Technologies, a multidisciplinary hub known for its collaborative research environment. Dr. Shaun Gregory is actively seeking both a postdoctoral research fellow and a PhD student to join his team. The projects are designed to foster regular scientific outputs, including publications and conference presentations, while maintaining a strong focus on practical applications that benefit clinical practice.

• Postdoctoral Research Fellow: The position is offered on a contract basis until the end of 2027, with the possibility of extension contingent on future grant or fellowship success. The role involves collaborating with clinicians, engaging in the design and testing of medical devices, and contributing to the translation of research outcomes into clinical practice.
• PhD Candidate: The scholarship covers 3.5 years of doctoral study, providing full financial support. The PhD project will focus on similar themes, encouraging the candidate to develop innovative solutions for clinical training and patient care, with opportunities for multidisciplinary collaboration and professional development.

• A Bachelor’s degree in engineering, with a preference for materials engineering. Applicants with backgrounds in biomedical, mechanical, electrical, or mechatronics engineering are also encouraged to apply.
• For the postdoctoral position, a PhD in engineering is required.
• Experience working in the biomedical field and collaborating with clinicians is highly desirable.
• Skills in 3D…