Interventional Radiology Physician for Olympia, WA (Locum)
Job Summary
Occupation
Physician
Specialty
Radiology-Interventional
Degree Required
MD/DO
Position Type
Locums/Travel
Work Environment
Hospital
Clinic/Private Practice
Location
98501, Olympia, Washington, United States
Visa Sponsorship
No
Job Description
Last Update:
11/19/24
Radia is seeking a LOCUM interventional radiologist to join their Providence St. Peter Hospital team for coverage January and February 2025!
Providence St. Peter Hospital's history dates back to 1887, when the Sisters opened the first facility in Olympia, treating hundreds of patients in their first year. Over the years, the hospital expanded and modernized, adding electricity in 1897, the first X-ray machine in 1917, and a nursing school in 1919. The hospital grew substantially with new facilities, including the current tower in 1971, cardiac and cancer centers in the mid-1970s, and a major expansion in 1982. Key programs were added, like cardiac surgery, rehabilitation, and a diabetes care center. Innovations continued through partnerships for MRI technology in 1990, the start of a family practice residency in 1991, and the opening of a birthing center in 1997. By 1999, St. Peter’s was ranked among the nation’s top 100 hospitals for specific specialties, marking its long-standing commitment to quality care.
About Radia, Inc:
For the world to meet its decarbonization targets, onshore wind energy must be a significant and increasingly large part of the energy mix.
The most efficient wind turbines – those that produce the most power and therefore drive costs down – are the largest.
But there is a problem. These large turbines, and especially their blades – the largest today and the even larger ones planned for the future – are the most difficult to deliver and deploy.
Radia will overcome these barriers. Radia is an energy company building a unique aerial transportation solution, the WindRunner, specifically engineered to deliver the largest wind turbine blades and components directly to wind farm sites – including difficult-to-access locations and low-wind locations where large blades are needed to generate power more cost effectively. Simultaneously, Radia is developing a world-class portfolio of wind energy projects to leverage this solution. And we are partnering with the world’s largest energy and industrial companies to support their energy transition plans.
This unique combination of capabilities allows Radia to bring together the ecosystem of stakeholders and partners to enable GigaWind – the largest onshore wind turbines manufactured by our partners and deployed to more places.
The result will be radical expansion of the scope and scale of the onshore wind energy industry, an expanded role for onshore wind in the renewable energy mix, more clean electrons and green molecules at low cost, and significant progress on the path to decarbonization.
- Coverage needed until their perm provider starts
- Hospital-based practice setting
- Schedule: 8 a.m. - 5 p.m., call coverage for entire week if working that week
- Average of 8-11 cases daily, with high volume of paracentesis, thoracentesis, and biopsies
- Level 3 Trauma Center with an annual ER volume of 55,000
- EMR: EPIC; teleradiology via Radia on Philips ISite platform
- Team: 2 interventional radiologists locally, 25+ system-wide; standard hospital IR support staff
- Patient population: Adults (includes geriatric and adolescent patients)
- Board Certification required: AOBR or ABR
- Fellowship training required in Interventional Radiology (IR)
- Required procedures: Angiography, CT, Ultrasound
- Required interventional procedures: Angioplasty, stent placement, chemoembolization, embolization, aortic aneurysm endograft stent, needle biopsy, thrombolysis, and kyphoplasty
- Credentialing timeframe:60-120 days
- Board Certified in Interventional Radiology
- Fellowship trained in Interventional Radiology - highly preferred
- Active WA License
- ACLS
- Clean background- Required for quick credentialing
Providence St. Peter Hospital's history dates back to 1887, when the Sisters opened the first facility in Olympia, treating hundreds of patients in their first year. Over the years, the hospital expanded and modernized, adding electricity in 1897, the first X-ray machine in 1917, and a nursing school in 1919. The hospital grew substantially with new facilities, including the current tower in 1971, cardiac and cancer centers in the mid-1970s, and a major expansion in 1982. Key programs were added, like cardiac surgery, rehabilitation, and a diabetes care center. Innovations continued through partnerships for MRI technology in 1990, the start of a family practice residency in 1991, and the opening of a birthing center in 1997. By 1999, St. Peter’s was ranked among the nation’s top 100 hospitals for specific specialties, marking its long-standing commitment to quality care.
About Radia, Inc:
For the world to meet its decarbonization targets, onshore wind energy must be a significant and increasingly large part of the energy mix.
The most efficient wind turbines – those that produce the most power and therefore drive costs down – are the largest.
But there is a problem. These large turbines, and especially their blades – the largest today and the even larger ones planned for the future – are the most difficult to deliver and deploy.
Radia will overcome these barriers. Radia is an energy company building a unique aerial transportation solution, the WindRunner, specifically engineered to deliver the largest wind turbine blades and components directly to wind farm sites – including difficult-to-access locations and low-wind locations where large blades are needed to generate power more cost effectively. Simultaneously, Radia is developing a world-class portfolio of wind energy projects to leverage this solution. And we are partnering with the world’s largest energy and industrial companies to support their energy transition plans.
This unique combination of capabilities allows Radia to bring together the ecosystem of stakeholders and partners to enable GigaWind – the largest onshore wind turbines manufactured by our partners and deployed to more places.
The result will be radical expansion of the scope and scale of the onshore wind energy industry, an expanded role for onshore wind in the renewable energy mix, more clean electrons and green molecules at low cost, and significant progress on the path to decarbonization.