A rewarding new role has recently become available for an experienced CT Radiographer with a well-regarded group of private clinics in Sydney's Sutherland Shire. The opportunity to progress and get great training are central to this organisation's ethos, allowing you to thrive in a close-knit and highly skilled team.
You'll gain great experience on state-of-the-art CT scanners, and will become an integral part of a multidisciplinary team, providing high-quality radiology services to patients and referrers. A strong salary is on offer which will be commensurate with your experience (give us a call to discuss your expectations and objectives) meaning candidates of varying levels are encouraged to apply, thought ideally with a minimum of 2 years of experience.
Preferred Requirements:
* Demonstrated experience in CT (ideally 2 years minimum)
* Exceptional communication and organizational skills to deliver compassionate, patient-focused care
* Passion for advancing your career in a fast-paced clinical setting
* Ability to work collaboratively within a multidisciplinary team of world-class radiologists and specialists
* Commitment to providing excellent clinical outcomes and patient satisfaction
Required Qualifications:
* Relevant tertiary qualifications in radiography/medical imaging
* Current registration with the Australian Health Practitioner Regulation Agency (AHPRA) as a Medical Imaging Pratitioner.
* NSW radiation license
Apply online with your CV in (WORD FORMAT) or for a confidential discussion call Tom or Anthony on 02 9506 7***
We are currently recruiting for a number of Radiographer positions on a Permanent & locum basis through-out Australia. To discuss your requirements for a permanent or locum assignment please feel free to call and have a confidential discussion.
Alexander Associates is a specialist recruitment agency, a recognised leader in our field. Our reputation has been generated by our in-depth market knowledge and our focus on providing a premium quality recruitment service to both clients and candidates.