Travel MRI Tech in Centralia, WA

MRI Tech
Location: Centralia, WA
Agency: Concentric Healthcare Staffing
Pay: Competitive weekly pay (inquire for details)
Shift Information: 12 hours
Contract Duration: 13 Weeks
Start Date: ASAP

About the Position

Job Title

MRI Technologist

Location

Centralia, WA

Schedule / Job Type

Contract | Nights | 3x12-Hour Shifts (6:30 PM – 7:00 AM) | Onsite

Key Responsibilities

• Perform MRI imaging procedures in accordance with facility protocols and standards of care
• Conduct X-ray procedures across a range of categories including extremities, abdomen/GI, spine/pelvis, head, chest/thorax, musculoskeletal, and upper and lower extremities
• Support emergency radiology needs drawing on relevant ER experience
• Maintain accurate documentation and adhere to patient safety standards throughout all imaging procedures
• May be expected to float between nearby sister facilities as needed
• Commit to working 3 of 5 designated holidays: Thanksgiving, Christmas Eve, Christmas Day, New Year's Eve, and New Year's Day

Required Qualifications

• Minimum 1 year of MRI technologist experience required
• Active ARRT (MR) certification required
• Valid Washington State license required; compact license must be in hand at time of submission
• BLS certification required
• Pending license accepted
• Candidates with permanent residence within 50 miles of the facility are not eligible for this travel contract
• All requested time off must be submitted upfront at the time of submittal; post-offer RTO requests may not be considered
• 2 professional references covering at least 1 year of experience within the last 3 years required prior to start

Preferred Experience / Skills

• Emergency room (ER) radiology experience preferred
• Experience performing a broad range of X-ray procedures across multiple anatomical regions
• First-time travel technologists are welcome to apply

Why Join Us

• Expected schedule of three 12-hour night shifts per week with set consecutive nights
• Opportunity to gain experience in a dynamic radiology setting with a variety of imaging modalities