Senior Clinical Research Scientist (Neurophysiologist)

Your next career opportunity

You will lead day-to-day delivery of the Hear Alert trial, advancing next-generation cochlear implant neurophysiology. You will work hands-on in the operating theatre and clinics, and recruit and support participants capturing complex electrophysiology that directly informs patient care. You will collaborate with engineers, clinicians and industry, building a distinctive clinician-scientist profile in hearing research.

What you will deliver:

• Lead design, coordination and governance of the Hear Alert cohort trial, ensuring rigorous ethics, regulatory and protocol compliance.
• Manage participant journey end-to-end, including recruitment, consent, training, support and retention across intraoperative and home settings.
• Acquire, curate and quality-assure complex cochlear implant electrophysiology data, integrating intraoperative recordings with longitudinal home monitoring.
• Contribute neurophysiological expertise to protocol refinement, biomarker interpretation, publications, conference presentations and industry-facing reports.
• Provide operational leadership, mentoring students and staff, and fostering collaboration across academic, clinical and industry partners.

You may be a great fit if you:

• Hold a PhD or equivalent in audiology, neuroscience, biomedical science, biomedical engineering or a closely related clinical discipline.
• Demonstrate substantial experience conducting human clinical studies, including ethics submissions, consent processes, recruitment and longitudinal retention.
• Bring hands-on expertise with clinical electrophysiology systems and feel comfortable working within operating theatre or procedural environments.
• Show capability managing complex clinical datasets, including database design, data integrity checks and documentation for regulatory-grade research.
• Collaborate effectively with surgeons, clinicians, engineers, industry partners and participants across multidisciplinary, multi-site trial environments.
• Contribute peer-reviewed outputs and mentoring, and welcome opportunities to translate neurophysiology into clinically impactful hearing technologies.