Travel Radiology MRI Tech

About the Role

Embark on a transformative journey as an MRI Technologist in Radiology with a dedicated travel-focused team, delivering high-quality imaging across Corvallis, Oregon and other captivating locales. This is more than a job—it’s an opportunity to shape patient care, collaborate with seasoned professionals, and expand your expertise in magnetic resonance imaging. Picture yourself guiding patients through the MRI process with skill and empathy, optimizing protocols, and producing diagnostic images that inform critical decisions.

In the scenic Pacific Northwest, you’ll find not only a supportive clinical home but also a region where outdoor adventures and vibrant communities converge. From forested trails and river walks to local breweries, farmers markets, and flourishing arts scenes, Oregon’s landscape offers a remarkable backdrop for a career that blends purpose with exploration. Whether you begin your assignment in Corvallis or rotate through other locations nationwide, you’ll be part of a system that values precision, safety, and patient‑centered care, while embracing the unique rhythms of each community.

Living and working in Corvallis provides a compelling blend of academic energy and small‑town warmth. Nestled in the heart of Oregon’s Willamette Valley, Corvallis combines attainable living with access to remarkable natural beauty—from the nearby Coast Range and the Willamette River to easy drives to the Pacific coastline or the Columbia Gorge. The city is home to a thriving university culture, diverse dining scenes, and walkable neighborhoods that invite you to unwind after a busy shift.

For travelers seeking variety, this assignment offers the appeal of experiencing different facilities across the U.S.—each site presenting its own patient population, equipment configurations, and clinical workflows—while maintaining a steady base of 40 guaranteed hours per week. You’ll enjoy predictable scheduling, support for housing and logistics, and a safety net of 24/7 assistance as you navigate travel life with our company.

The atmosphere is collaborative, with peer mentorship, seasoned radiology teams, and leadership that prioritizes professional growth, ongoing education, and patient safety.

In this role, you will operate state‑of‑the‑art MRI systems, optimize scanning protocols to balance image quality with patient comfort, and tailor imaging approaches to diverse clinical indications. Your responsibilities will include patient positioning and safety assessments, explaining procedures to alleviate anxiety, adjusting parameters for neuro, musculoskeletal, and body imaging studies, and ensuring meticulous documentation and image labeling.

You’ll play a pivotal part in maintaining compliance with radiation and contrast safety guidelines, screen for contraindications, and communicate findings clearly to radiologists and referring clinicians. The position offers robust opportunities for professional development—learning new pulse sequences, expanding capabilities in advanced neuro and standing‑weight‑bearing imaging, and contributing to program improvements that enhance throughput and patient experience.

Our program recognizes your expertise and provides pathways for extension opportunities, allowing you to deepen your specialty and become a go‑to resource within the imaging department.

Weekly pay ranges from $2,379 to $2,466, with guaranteed 40 hours per week and a multi‑week assignment that supports continuity and skill reinforcement. A sign‑on bonus is available where applicable, and we offer housing assistance and relocation support to ease transitions between sites.

You’ll have access to comprehensive support—an around‑the‑clock help desk for travel‑related questions, on‑site onboarding, and a devoted clinical liaison who checks in regularly to ensure you’re comfortable, oriented, and progressing in your role. The arrangement is designed to reduce administrative burden, letting you focus on delivering exceptional imaging quality and compassionate care to every patient you serve. The combination…