Radiographer.

The role is a full time, permanent position, reporting to the Chief MIT working Monday to Friday, between 7am-9pm .

Role Overview Your responsibilities will include:

• Performing X-RAY, CT, Mammography, and/or MRI scans with high quality patient care.
• Assisting the Radiologist with interventional procedures.
• Collaborating with clerical and technical staff, referrers and Radiologists.

What We’re Looking For ✅ Current AHPRA and EPA Radiation Licence.

✅ Ability to work independently and collaboratively in a team.

✅ Open to all levels of experience, including new grads!

✅ Ability to participate in a rotating on call service within a private hospital.

What We Can Offer You 🌱 Wellbeing benefits

• Fitness passport, including full gym access and a range of classes
• Supportive management that values your well-being.

📚 Learning and development

• Modality upskilling
• Career opportunities across our diverse Network
• In-house and online CPD learning opportunities

🏠 Workplace Experience

• Collaborative and inclusive team
• Lots of uniform options to suit your preferences at no cost to you with annual top ups
• Work with a brand new high end cardiac CT scanner

💵 Compensation

• Industry-competitive salary and benefits package
• Annual Remuneration Review

With over 250 clinics and 4000 staff, I-MED Radiology is Australia’s largest Radiology Network. As an industry leader, we have the resources to grow your skills and provide opportunities for a range of career advancement pathways.

How to Apply: Ready to contribute to exceptional patient care? Click apply now and upload an updated CV.

About Us With over 240 clinics nationally, I-MED Radiology is Australia's largest private diagnostic imaging network offering a comprehensive range of services including CT, MRI, ultrasound, general x-ray, Nuclear Medicine, and a commitment to exceptional standards of patient care.

Our vision is to be the most respected and trusted medical imaging specialists in the world. Our purpose is to help save lives and reduce uncertainty.