Travel Interventional Radiology RN Adventurous 12-Week

TotalMed; Minneapolis (MN); On-site; USD 55,000 - 83,000; Full time

Benefits offered by this job

Weekly pay

Guaranteed Hours

Continuing Education

401k retirement plan

Sick pay

Wellness and fitness programs

Referral bonus

Employee assistance programs

Medical benefits

Dental benefits

Vision benefits

Benefits start day 1

Job summary

TotalMed RN in Minneapolis, MN seeks a travel Interventional Radiology RN for a 12-week assignment. You will work a 40-hour week on a 10-hour day shift in a diagnostic radiology environment, assisting physicians and technologists with procedures and patient care.

The role requires ACLS/BLS certifications and 1–2 years of acute care experience, with additional certifications possibly required. Travel nurse assignments include hazards handling and patient monitoring in dynamic radiology settings.

Qualifications

• 1-2 years recent acute care experience.
• ACLS and BLS certifications.
• Additional certifications may be required before assignment.

Responsibilities

• Start or check peripheral IVs, access and assess infusaports, administer medications, monitor vital signs, suction patients, insert foleys, and help patients with their personal needs.
• Inform the technologist or radiologist of any unusual patient needs.
• Perform specialized nursing duties, such as administering IV sedation or analgesia during special procedures.
• Closely monitor patients with cardiac/pulse oximeters.

Skills

ACLS

BLS

Acute care experience

1 year experience

Job description

TotalMed RN in Minneapolis, MN seeks a travel Interventional Radiology RN for a 12-week assignment. You will work a 40-hour week on a 10-hour day shift in a diagnostic radiology environment, assisting physicians and technologists with procedures and patient care.

The role requires ACLS/BLS certifications and 1–2 years of acute care experience, with additional certifications possibly required. Travel nurse assignments include hazards handling and patient monitoring in dynamic radiology settings.