Certified Medical Physicist (MS or PhD) Longview, TX

Overview Texas Oncology is searching for a Certified Medical Physicist to join our East Texas Physics POD (Longview/Tyler/Palestine). The Medical Physicist will be actively working with 4 other physicists and 6 dosimetrists in the region. Why work for us? Texas Oncology delivers high-quality, high-touch care to help cancer patients achieve “More breakthroughs. More victories.”® in their fight against cancer. We are an independent, physician-led practice delivering leading-edge technology and treatment options and conducting innovative research. Founders of the practice pioneered community-based care to enable more cancer patients to receive high-quality care while staying close to the critical support of family and friends. We offer our employees a competitive benefits package that includes Medical, Dental, Vision, Life Insurance, Short-term and Long-term disability coverage, a generous PTO program, a 401k plan that comes with a company match, a Wellness program that rewards you practicing a healthy lifestyle, and lots of other great perks such as Tuition Reimbursement, an Employee Assistance program and discounts on some of your favorite retailers. Equipment within the East Texas POD consists 7 Varian Linacs, (2-TrueBeam, 1-Halcyon, 4 2100 C-Series). The region also operates 2 active HDR programs, via Nucletron afterloaders. Planning and verification systems include: Eclipse, BrainLab, VariSeed, Oncentra, Aria, Radformation, and RadCalc. With this level of technology there are few special procedures that are not offered. Programs include: SBRT, SRS, HDR, LDR, and radiopharmaceuticals. Texas Oncology also provides many vendor webinars, its own journal club, and the opportunity to serve on many company-wide physics committees. The candidate should have a MS or PhD degree in Physics or Medical Physics from an accredited college or university and a minimum of two to five years’ experience in radiation oncology physics. The candidate should have a current ABR certification or in the process of obtaining certification (completed part 1) and maintain a valid Texas state license for medical physics as required. With more than 400 physicians and 150 sites of service, Texas Oncology is a pioneer in community-based cancer treatment and is united in healing with US Oncology, one of the country’s foremost cancer treatment and research networks. You will appreciate the opportunity to corroborate with other network physicists who are eager to share their expertise. In addition to the outstanding staff, and work environment, you will enjoy living in the family-centric region of East Texas. The mission of Texas Oncology is to provide excellent, evidence-based care for each patient we serve, while advancing cancer care for tomorrow. To this end, we give patients access to the highest quality cancer care available today within their own local communities. Our cutting-edge technologies, treatments and research are offered in welcoming and comfortable environments. We maintain comprehensive quality oversight and responsible financial management. At all times, we pride ourselves in being moral, ethical, and efficient as a medical practice and employer. The ideal candidate will have a strong background in all aspects of radiation oncology physics, including a good working knowledge of SRS, SBRT and HDR. This position offers an extremely competitive benefits package, including Medical Health Care, Dental Care, Vision Plan, 401-k with a matching component, Life Insurance, Short-term and Long-term disability, and Wellness & Perks Programs. Join a Team That Invests in Your Future At Texas Oncology, we recognize the long-term impact of our people and are committed to rewarding performance and potential. That’s why select roles may be eligible to participate in our Long-Term Incentive Plan (LTIP): an incentive program designed to attract, retain, and reward top talent. What is the Long-Term Incentive Plan (LTIP)? Long-Term Incentive Plan (LTIP): is an incentive program that typically vests over a three-year period and is tied to both individual performance and the operational success of Texas Oncology. Awards are discretionary and based on your position, performance, and potential for future career growth at Texas Oncology. Awards are reviewed and approved during the annual compensation review. LTIP awards are subject to your continued employment through the award payment date, and are governed by the written terms and conditions of the LTIP document. include the Code of Ethics and Business Standards. Responsibilities Preferred Experience: Working knowledge of Varian linear accelerators as well as Varian VariSource\Bravos HDR afterloader Working knowledge of Eclipse and Brachyvision A working knowledge of MOSAIQ Radiation Oncology Information System Working knowledge of HDR, SBRT and SRS procedures Working knowledge of Radiation safety Duties will include: Full range of on-site clinical medical physics support at your primary clinic Qualifications The successful candidate will have the following minimum qualifications: Master’s or PhD degree in Medical physics from a CAMPEP accredited program Graduate from a CAMPEP accredited residency program ABR board certificationor in the process of obtaining certification (e.g. new resident graduate) Eligibility for a Texas license Strong organization and oral\written communication skills

PHYSICAL DEMANDS:

The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions. Must have the ability to utilize components of the treatment-planning computer including but not limited to the use of keyboards, digitizers, trackball and mouse controls. Must be able to stand for 8 hours; lift 40 pound block to shoulder level; have sufficient visual acuity to distinguish structures and isodose displays on computer monitor. Additionally, must be able to align treatment field and monitor patient during radiation therapy treatment. #J-18808-Ljbffr US Oncology