Certified Medical Physicist (MS or PhD) El Paso

US Oncology Network-wide Career Opportunities; El Paso (TX); On-site; USD 120,000 - 180,000; Full time

Job summary

Texas Oncology seeks a Certified Medical Physicist (Ph.D. or M.S.) to join the El Paso Team, serving our cancer patients with cutting-edge radiation therapy techniques, including SRS, SBRT, and HDR.

The role requires ABR certification or CAMPEP residency completion with board eligibility, 2–5 years of clinical radiotherapy physics experience, and a Texas Medical Board license. It is an on-site position within a multi-disciplinary oncology group, offering strong collaboration and growth potential.

Qualifications

• Master's or PhD in Physics/Medical Physics from an accredited college or university.
• ABR certified, or CAMPEP approved residency completed, and board eligible.
• Minimum two to five years of experience in clinical radiation physics.
• Texas Medical Board license required.

Skills

ABR certification

CAMPEP residency

Clinical radiation physics

Texas Medical Board license

Education

Master's or PhD in Physics/Medical Physics

Tools

Varian TrueBeam

Varian Trilogy

Varian 21iX

Elekta MicroSelectron HDR

CT simulator

PET/CT

Varian Eclipse

Elekta MOSAIQ R&V

RadCalc

SNC SunCHECK

SNC Mapcheck2

Job description

Overview

Texas Oncology is seeking a Certified Medical Physicist (Ph.D or M.S.) to join our El Paso Team! Our El Paso locations are home to 12 Hematologists/Oncologists, 2 Board Certified Radiation Oncologists, 3 Nurse Practitioners, and a Physician Assistant. We also offer in house labs, imaging, and have a full-time Oncology pharmacist. Our centers handle an average of 110 patients per day, including SRS, SBRT, and HDR programs.

Today, Texas Oncology treats half of all Texans diagnosed with cancer on an annual basis. Texas Oncology is the largest community oncology provider in the country and has approximately 600+ providers in 220+ sites across Texas and southeastern Oklahoma. Our mission is still the same today-at Texas Oncology, we use leading-edge technology and research to deliver high-quality, high-touch, evidence-based cancer care to help our patients achieve.

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.

Location Specifics

El Paso Cancer Treatment Center Gateway

El Paso Cancer Treatment Center Grandview

Responsibilities

Our equipment includes

• Varian TrueBeam
• Varian Trilogy
• Varian 21iX
• Elekta MicroSelectron HDR
• CT simulator
• PET/CT
• Varian Eclipse
• Elekta MOSAIQ R&V
• RadCalc
• SNC SunCHECK
• SNC Mapcheck2

Qualifications

Desired Skills and Qualifications:

• Applicants must have a Master's degree or PhD in Physics or Medical Physics from an accredited college or university.
• Must be ABR certified, or have completed a CAMPEP approved residency and be board eligible, and have working experience in a clinical environment.
• Minimum two to five years' experience in clinical radiation physics.
• Texas Medical Board license required.

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.