RMIT University in Melbourne, Australia, is offering a fully funded PhD opportunity focused on the development of next-generation miniaturised neural implants. The research project aims to create all-optical power and data interfaces for millimeter-scale EEG implants, with the goal of achieving a fully self-contained, ceramic-encapsulated implant powered and interfaced entirely through optical links. This innovative approach enables millimetre-sized implant packaging, safe and robust optical power transfer, high-speed data communication, and strong potential for real clinical translation.

The project is led by Senior Lecturer Arman Ahnood at RMIT University, a globally recognised institution for industry-connected research and applied innovation. The research is conducted in collaboration with an industry partner, providing candidates with valuable internship opportunities and exposure to commercialisation pathways. The university is located in Melbourne’s MedTech precinct, offering access to state-of-the-art facilities and a vibrant biomedical ecosystem.

Applicants should have a strong background in biomedical engineering, microelectronics/VLSI, photonics/optical engineering, microsystems, or related fields. Postgraduate industry experience is highly valued. The position is open to both domestic and international candidates who meet RMIT’s PhD admission requirements. The funding package includes a stipend and full tuition fee coverage.

Melbourne is renowned for its dynamic tech and biomedical sectors, multicultural lifestyle, and high quality of life. This opportunity is ideal for candidates interested in working at the intersection of microelectronics, optics, and medical devices, and who are passionate about advancing implantable neural technology.

To apply, candidates should send their CV, transcripts, and a short statement of interest to [email protected]. Further details about the project and application process can be found on the RMIT University website.