Physics/Physicist

Orion Placement; Gig Harbor (WA); On-site; USD 165,000 - 225,000; Full time

Benefits offered by this job

Relocation assistance

Job summary

Confidential Employer is seeking a qualified Medical Physicist to contribute to advanced radiation oncology physics in Gig Harbor, WA. The role involves direct involvement in treatment planning, equipment commissioning, QA, beam data, and radiation safety, within a collaborative clinical team.

You will work with radiation oncologists, dosimetrists, therapists, and engineers to ensure safe, precise cancer treatments and continuous improvement of clinical workflows.

Qualifications

• Bachelor's degree in Physics or another natural science required.
• Master's degree in Physics, Medical Physics, or a related field required.
• Clinical medical physics or radiation oncology physics experience is strongly preferred.
• Experience with treatment planning, commissioning, calibration, QA, beam data, and radiation safety valued.
• Medical physics residency and ABR board eligibility or certification preferred.
• Strong analytical, technical, communication, and collaboration skills.
• Ability to occasionally lift supplies up to 30 pounds.

Responsibilities

• Perform and oversee radiation treatment planning and dose distributions.
• Calibrate radiation oncology treatment machines and radiation sources per protocols.
• Conduct acceptance testing, commissioning, calibration, and ongoing QA of equipment.
• Generate, analyze, validate, and maintain beam data for planning and clinical use.
• Ensure treatment planning systems contain accurate beam and source data.
• Develop and maintain QA procedures, tolerances, and testing frequencies.
• Collaborate with radiation oncologists to optimize treatment plans.
• Support external beam therapy, brachytherapy, imaging systems and planning tech.
• Oversee equipment maintenance and ensure machines are safe to return to clinical service.
• Help establish treatment planning, radiation safety, and clinical workflow procedures.
• Provide medical physics education and guidance to physicians, therapists, dosimetrists, nurses, staff and learners.

Skills

Analytical skills

Technical skills

Communication

Multidisciplinary collaboration

Education

Bachelor's in Physics or natural science

Master's in Physics/Medical Physics or related field

Job description

Pay:$165,000.00 - $225,000.00 per year

Why This Is a Great Opportunity

• Make a direct impact on cancer care through advanced radiation oncology physics.
• Take meaningful ownership of treatment planning, equipment commissioning, quality assurance, beam data, and radiation safety.
• Work closely with radiation oncologists, dosimetrists, radiation therapists, and other clinical professionals.
• Join a collaborative environment where your technical expertise directly supports patient safety and treatment quality.
• Receive relocation assistance of up to $5,000 with a minimum one year commitment.
• Expand your expertise across sophisticated radiation therapy equipment, treatment planning systems, brachytherapy, and clinical physics procedures.

Location

Location:This is an on-site position based in Gig Harbor, Washington. Occasional training at a nearby clinic may be required, including training related to HDR. Relocation assistance of up to $5,000 is available with a minimum one year commitment.

Note

Note:This position requires both a bachelor's degree in Physics or another natural science and a master's degree in Physics, Medical Physics, or a related field. Candidates must be comfortable working on site in a clinical radiation oncology environment.

About Us

We are an established, patient-focused radiation oncology organization dedicated to delivering high-quality, personalized cancer care. Our team combines advanced technology, clinical expertise, and a collaborative approach to help provide patients with safe and effective radiation treatments. Confidential Employer.

Job Description

• Perform and oversee radiation treatment planning and determination of patient dose distributions.
• Calibrate radiation oncology treatment machines and radiation sources according to accepted clinical protocols.
• Conduct acceptance testing, commissioning, calibration, and ongoing quality assurance of radiation therapy equipment.
• Generate, analyze, validate, and maintain beam data for treatment planning and clinical use.
• Ensure treatment planning systems contain accurate beam and source data.
• Develop and maintain quality assurance procedures, testing tolerances, and testing frequencies.
• Collaborate with radiation oncologists to evaluate and optimize radiation treatment plans.
• Support external beam therapy, brachytherapy, imaging systems, simulators, CT systems, and treatment planning technology.
• Oversee equipment maintenance and confirm treatment machines are safe to return to clinical service.
• Help establish treatment planning, radiation safety, and clinical workflow procedures.
• Provide medical physics education and technical guidance to physicians, therapists, dosimetrists, nurses, technical staff, and learners.

Qualifications

• Bachelor's degree in Physics or another natural science required.
• Master's degree in Physics, Medical Physics, or a related field required.
• Clinical medical physics or radiation oncology physics experience is strongly preferred.
• Experience with treatment planning, commissioning, calibration, quality assurance, beam data, and radiation safety is highly valued.
• Medical physics residency training and ABR board eligibility or certification are preferred.
• Strong analytical, technical, communication, and multidisciplinary collaboration skills.
• Ability to occasionally lift supplies weighing up to 30 pounds.

Why You Will Love Working Here

• Your expertise will directly contribute to safe, precise cancer treatment.
• You will work alongside experienced clinical professionals who value collaboration and quality.
• The role provides broad exposure to treatment planning, equipment commissioning, QA, radiation safety, and clinical technology.
• You will have opportunities to contribute to education, technical improvement, and evolving treatment practices.
• Relocation assistance helps make a move to the Gig Harbor area more accessible.

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