Travel CT Tech - $2,050 to $2,362 per week in Austin, TX - Military veterans preferred

2024-05-10
AMN Healthcare Allied
Other

/yr

  full-time   part-time   employee   contract


Balcones
Texas
United States

Job Description & Requirements Computed Tomography Technologist - (CT Tech) StartDate: 1/22/2024 Available Shifts: 10 N Pay Rate: $2050.00 - $2362.00 CT Tech needed ASAP 50-mile radius rule. 1 years experience. No more than a 3-month work history gap in the last year. MUST HAVE ARRT CT – ARRT, TMB, BLS Prefer: 2 years experience Scrub Color: Technologist - Olive Green Top. Black Pants. Required Qualifications CT, TMB, BLS TX Lic required MUST HAVE ARRT Preferred Qualifications Prefer: 2 years experience Facility Location Situated among an abundance of lakes, hills and lush greenery, the capital of Texas is home to a diverse culture and is a refuge for outdoor enthusiasts and music lovers. Here you’ll find an abundance of museums, restaurants, historic buildings, and cultural institutions such as universities and government facilities. Known for its vibrant and youthful social life, Austin is also home to Texas’ high-tech corridor and one of the nation’s largest music and film festivals. Job Benefits Allied travel assignments are typically for 13 weeks and offer generous packages that include: Competitive pay rates Medical, Dental, Vision 401(k) and Flex Spending Life Insurance Accident and Short-term Disability Coverage Free Continuing Education Competitive Housing Deal Refer a friend and earn extra cash About the Company At AMN Healthcare, we strive to be recognized as the most trusted, innovative, and influential force in helping healthcare organizations provide quality patient care that continually evolves to make healthcare more human, more effective, and more achievable. Computed Tomography Technologist, CT tech, CT technologist, computed tomography tech, CT, radiology, radiologic technologist, radiologic, allied health, healthcare, health care, allied, medical, hospital, patient care, ct, computed tomography