Medical Dosimetrists calculate radiation doses and develop detailed treatment plans used in cancer care. They work with radiation oncologists, medical physicists and radiation therapists to ensure treatment plans are accurate, safe and appropriately matched to each patient's clinical needs. The latest national salary benchmark is approximately $147,470 per year or $70.90 per hour, while the mean annual wage is $148,500. Actual Dosimetrist compensation can vary according to experience, certification, employer, location, specialization and clinical responsibilities.
Medical Dosimetrists are specialized radiation oncology professionals who calculate treatment doses and create treatment plans for patients receiving radiation therapy. The current national median wage is $70.90 per hour, which corresponds to approximately $147,470 per year. The occupation reports a mean annual wage of $148,500, showing how closely the national average and median currently compare. Actual Dosimetrist earnings may move above or below these figures depending on clinical experience, certification, employer, location, treatment technology and professional responsibilities.
The national median annual wage for Medical Dosimetrists is approximately $147,470 based on the latest published wage data.
Dividing the $147,470 annual median by 12 produces an estimated monthly equivalent of about $12,289 before taxes and deductions.
The national median hourly wage for Medical Dosimetrists is approximately $70.90 per hour.
The reported mean annual wage is approximately $148,500, slightly above the national median salary of $147,470.
Medical Dosimetrists are reported as a dedicated occupational category under Medical Dosimetrists (SOC 29-2036) This makes the national $147,470 median a direct occupational wage benchmark rather than a residual category shared with several unrelated healthcare occupations. Individual salary offers can still vary according to treatment center, experience, certification, location and scope of practice.
| Salary Metric | Dosimetrist Benchmark |
|---|---|
| Median Annual Salary | Approximately $147,470 per year |
| Monthly Equivalent | Approximately $12,289 per month |
| Weekly Equivalent | Approximately $2,836 per week |
| Median Hourly Pay | $70.90 per hour |
| Mean Annual Wage | $148,500 per year |
| Mean Hourly Wage | $71.40 per hour |
| Median Annual Calculation | $70.90 × 2,080 ≈ $147,470 |
| Occupational Salary Category | Medical Dosimetrists (29-2036) |
The $70.90 median hourly wage corresponds to approximately $147,470 per year on a standard full-time schedule. Dividing the annual figure by 12 gives roughly $12,289 per month, while dividing it by 52 gives about $2,836 per week. These monthly and weekly amounts are calculated estimates, not separately published pay rates.
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Experience can make a meaningful difference in medical dosimetry because professionals gradually develop stronger skills in treatment planning, radiation physics, clinical software, dose optimization and quality assurance. More experienced Dosimetrists may handle complex treatment plans, support specialized techniques and take on additional responsibilities within radiation oncology departments.
| Wage Experience Reference | Salary Reference | Hourly Reference |
|---|---|---|
| Lower 10% Wage Level | Less than $111,670 | Less than approximately $53.69 per hour |
| Lower-to-Middle Career Range | Above $111,670 and below $147,470 | Approximately $53.69–$70.89 per hour |
| Median Benchmark | Approximately $147,470 | $70.90 per hour |
| Mean Wage Benchmark | Approximately $148,500 | $71.40 per hour |
| Upper 10% Wage Level | More than $185,450 | More than approximately $89.16 per hour |
The wage distribution provides a useful way to understand earning potential, but it does not assign a guaranteed salary to a particular number of years of experience. Professional certification, treatment-planning expertise, advanced radiation techniques, employer type and leadership responsibilities can all influence where an individual falls within the national wage range.
Location can have a noticeable effect on Medical Dosimetrist compensation. States with major cancer centers, large hospital networks and specialized radiation oncology programs can provide stronger opportunities for trained professionals. The figures below are selected detailed state wage benchmarks and are presented separately from the current national 2025 median.
| State | Annual Salary Benchmark | Hourly Benchmark |
|---|---|---|
| Washington | $177,710 per year | Approximately $85.44 per hour |
| Kansas | $160,120 per year | Approximately $76.98 per hour |
| New York | $158,340 per year | Approximately $76.12 per hour |
| New Jersey | $157,980 per year | Approximately $75.95 per hour |
| Alaska | $157,340 per year | Approximately $75.64 per hour |
The state figures shown above are selected May 2023 detailed Medical Dosimetrist wage benchmarks They should not be mistaken for the national May 2025 median of $147,470 State compensation can change as local healthcare demand, employer mix and specialized cancer-care services develop.
The type of healthcare organization can influence compensation for Medical Dosimetrists. Cancer treatment centers, hospitals, physician practices and outpatient facilities may have different staffing models and pay structures. The level of treatment complexity, technology used and professional responsibilities can also affect the overall compensation package.
| Employer / Industry Setting | Salary Reference |
|---|---|
| Outpatient Care Centers | $174,400 per year |
| Offices of Physicians | $148,190 per year |
| Hospitals; State, Local and Private | $147,010 per year |
| National Median Wage | $147,470 per year |
| National Mean Wage | $148,500 per year |
Industry wage figures are useful for comparing different healthcare settings, but an individual Dosimetrist offer may differ from the listed industry benchmark. Certification, treatment-planning experience, hospital size, geographic market, workload and advanced responsibilities can all influence actual compensation.
Medical Dosimetrists play an important technical role in radiation oncology. They translate a physician's treatment prescription into a carefully designed radiation plan that determines how dose should be distributed within the patient's anatomy. Their work combines medical knowledge, radiation physics, computer-based planning and detailed quality checks.
Calculate radiation dose distributions and help determine how prescribed treatment can be delivered accurately to the intended target.
Develop and optimize treatment plans using specialized planning software, patient anatomy and the clinical objectives established by the oncology team.
Review CT, MRI and other relevant imaging information to understand patient anatomy and support accurate treatment planning.
Work with radiation oncologists, medical physicists and radiation therapists to evaluate treatment plans and address clinical planning requirements.
Perform detailed checks of treatment plans, calculations and planning parameters to support safe and consistent radiation delivery.
Maintain accurate treatment-planning records, calculations and supporting documentation according to departmental procedures and clinical standards.
Medical Dosimetrists commonly work in hospitals, physician offices and outpatient cancer-care environments. Most of the work is computer-based and requires close coordination with radiation oncology professionals. The position combines technical planning responsibilities with patient-specific clinical decision support.
Treatment planning is one of the central responsibilities of a Medical Dosimetrist. After receiving the physician's treatment objectives, the Dosimetrist uses patient imaging and planning software to develop a dose distribution that targets the appropriate area while limiting exposure to nearby healthy structures.
Different treatment techniques can require different planning approaches. Professionals may work with technologies such as intensity-modulated radiation therapy, image-guided treatment, stereotactic techniques and other advanced methods depending on the facility and clinical program.
Dosimetry involves more than creating a treatment plan. Professionals also review calculations, dose distributions and planning parameters to identify potential problems before treatment is delivered. Careful verification is important because even small planning errors can affect the intended radiation dose.
Dosimetrists may also participate in equipment and treatment-system quality processes. Their responsibilities can include checking planning outputs, working with medical physicists and ensuring that treatment plans meet the clinical requirements established for each patient.
Medical Dosimetry relies heavily on detailed patient and treatment data. Professionals evaluate anatomy, target volumes, organs at risk, dose distributions and treatment parameters when developing a plan.
Computer-based analysis allows Dosimetrists to compare different planning approaches and refine dose distribution. Accurate data interpretation is particularly important when treatment plans involve complex anatomy, multiple targets or highly precise radiation techniques.
Dosimetrists work within multidisciplinary radiation oncology teams that can include radiation oncologists, medical physicists, radiation therapists, oncology nurses and other clinical professionals. Their planning work helps translate a patient's treatment prescription into a practical radiation delivery plan.
Depending on the facility, Dosimetrists may support conventional radiation therapy as well as more advanced techniques involving highly targeted dose delivery. The exact scope of work depends on the equipment, patient population and clinical protocols of the organization.
Medical Dosimetrists can contribute to research and quality-improvement projects focused on treatment planning, radiation safety, workflow efficiency and clinical outcomes. Their practical knowledge of planning systems can be valuable when evaluating new techniques or technologies.
Hospitals and cancer centers may use planning data to compare treatment approaches, improve consistency and identify opportunities to streamline clinical workflows. Research responsibilities vary by employer and by the professional's level of experience.
Education is a central requirement for entering medical dosimetry because the profession combines radiation physics, anatomy, medical imaging, treatment planning and clinical practice. A typical pathway includes a bachelor's degree followed by specialized education in medical dosimetry.
Candidates who develop strong technical knowledge and complete accredited clinical training may be better prepared for advanced planning environments. Additional experience with treatment-planning systems, radiation techniques and quality assurance can also strengthen long-term career opportunities.
A common route into medical dosimetry begins with a bachelor's degree in medical dosimetry or a related scientific or healthcare field. Students then complete an accredited medical dosimetry program that combines classroom education with supervised clinical preparation.
Training commonly covers radiation physics, anatomy, radiobiology, radiation treatment techniques, medical imaging and treatment-planning software. Clinical education gives students practical experience in developing and evaluating radiation treatment plans.
After completing the required education and clinical preparation, candidates may pursue professional certification and meet employer-specific requirements. Certification is commonly valued by employers and can be an important part of establishing professional competency.
Medical Dosimetry employers commonly seek candidates who have completed formal specialized training and can demonstrate competency in radiation treatment planning. Professional certification can strengthen employment prospects and demonstrate knowledge of established dosimetry practices.
Continuing professional development can include advanced treatment techniques, treatment-planning systems, stereotactic procedures, image-guided radiation therapy and quality-assurance practices. Keeping technical skills current is important as radiation oncology technology continues to advance.
Education and credentialing requirements can differ by program and employer. Candidates should verify current academic, clinical and certification requirements before applying for Medical Dosimetrist positions.
Medical Dosimetrists need a strong combination of analytical ability, radiation knowledge, computer skills and attention to detail. Treatment planning requires careful evaluation of patient anatomy and precise adjustments to dose distribution while working within clinical requirements.
Understand radiation principles, dose distribution, treatment techniques and the physical factors that influence radiation delivery.
Use specialized planning systems to build, modify and evaluate patient treatment plans.
Interpret treatment data, compare planning options and identify issues that could affect dose distribution or plan quality.
Review calculations, anatomical structures and treatment parameters carefully to support accurate radiation planning.
Communicate effectively with radiation oncologists, medical physicists, radiation therapists and other members of the oncology team.
Maintain accurate treatment-planning records and document relevant clinical and technical information.
Advanced experience with complex treatment planning, specialized radiation techniques and quality-assurance procedures can expand a Dosimetrist's clinical responsibilities and create opportunities for senior or specialized positions.
Medical Dosimetry offers several possible directions as professionals gain experience and develop specialized technical skills. Some Dosimetrists remain focused on clinical treatment planning, while others move toward advanced planning, education, management, research or specialized radiation programs.
Develop foundational experience creating and evaluating radiation treatment plans for patients receiving cancer therapy.
Handle more complex treatment plans and provide technical guidance to other members of the dosimetry team.
Develop expertise in complex radiation techniques and sophisticated computer-based treatment-planning systems.
Participate in clinical research, treatment-planning studies and evaluation of new radiation technologies and techniques.
Support students and healthcare professionals through education in treatment planning, dosimetry techniques and clinical workflows.
Move into departmental leadership involving staffing, planning operations, quality programs, technology and workflow coordination.
Career progression can depend on professional certification, treatment planning experience, technical specialization, leadership ability and employer needs. Additional responsibilities may lead to opportunities in senior clinical practice, education, research and management.
Medical Dosimetrist compensation may include more than the advertised base salary. Hospital and cancer-center positions can provide health insurance, retirement contributions, paid leave, professional development and other employee benefits.
Some employers may also provide additional compensation for specialized responsibilities, leadership assignments, extended schedules or other departmental requirements. The structure varies significantly between healthcare organizations.
When comparing Dosimetrist opportunities, candidates should consider salary, benefits, certification support, workload, treatment technology, schedule, professional development and advancement opportunities together rather than evaluating base pay alone.
Medical Dosimetry is a specialized healthcare occupation connected to cancer treatment and radiation oncology. National employment is projected to grow from approximately 3,500 jobs in 2025 to about 3,700 jobs by 2035, representing projected growth of approximately 5%.
The occupation is expected to have about 200 openings per year on average over the projection period. Opportunities can be influenced by cancer treatment demand, replacement hiring, healthcare expansion and the availability of specialized radiation oncology services.
Medical Dosimetry is a relatively small healthcare profession, so employment opportunities are concentrated around hospitals, cancer centers, physician offices and outpatient treatment facilities. Professionals with strong clinical planning skills and recognized credentials may have access to a broader range of opportunities.
Radiation oncology continues to adopt more precise treatment technologies, advanced imaging and increasingly sophisticated planning systems. Medical Dosimetrists remain important because these systems require detailed patient-specific planning and careful evaluation of radiation dose.
Image-guided radiation therapy, intensity-modulated techniques, stereotactic treatments, adaptive planning and other technology-driven approaches may create additional opportunities for professionals who develop advanced technical skills.
Automation and artificial intelligence may assist with portions of treatment planning, but clinical review remains important. Dosimetrists must understand patient anatomy, treatment objectives and dose limitations while working closely with the radiation oncology team.
Professionals who combine strong radiation-planning fundamentals with experience in advanced treatment systems, automation, data analysis and quality assurance may be well positioned as radiation oncology workflows continue to evolve.
SalaryPayslip uses the U.S. Bureau of Labor Statistics Occupational Employment and Wage Statistics information as the primary federal wage reference for this guide. Medical Dosimetrists are reported separately under Medical Dosimetrists (SOC 29-2036). The May 2025 national median wage is $70.90 per hour, equal to approximately $147,470 per year, while the mean annual wage is $148,500.
| Data Source / Method | How It Is Used |
|---|---|
| National Wage Benchmark | Used to establish the $70.90 median hourly wage and $147,470 median annual salary. |
| Medical Dosimetrists (29-2036) | Used as the dedicated occupational classification for national salary comparisons. |
| 2025 Wage Distribution | Used to compare lower, median and upper wage levels for the occupation. |
| State Wage Information | Used to illustrate geographic differences using selected detailed state benchmarks. |
| Industry Wage Information | Used to compare compensation across hospitals, physician offices and outpatient care settings. |
| Monthly & Weekly Calculations | Annual salary is divided by 12 for monthly pay and by 52 for weekly pay. |
| Career Information | Occupational and professional resources are used to describe education, skills, work settings and career development. |
The $147,470 median represents the published national wage benchmark for Medical Dosimetrists. Calculated monthly and weekly amounts are derived from that annual figure and are provided for easier salary comparison. Individual offers may differ because of certification, experience, treatment-planning skills, location, employer and specialized clinical responsibilities.
Internationally educated healthcare professionals may explore Medical Dosimetry opportunities in the United States when their academic background, clinical preparation and professional credentials meet the requirements of the position. The pathway may involve reviewing education records and meeting U.S. training or credentialing expectations.
Professionals educated outside the United States can research U.S. medical dosimetry programs and employers that evaluate international academic and clinical backgrounds.
Schools, employers or credentialing organizations may request transcripts, degree records and supporting documentation when reviewing international education.
Some candidates may need additional specialized education or supervised clinical preparation before qualifying for particular Dosimetrist roles.
Experience with radiation therapy, treatment planning, medical imaging or related oncology technologies can be useful when pursuing U.S. opportunities.
Requirements can vary according to previous education, certification, employer policies, professional training and employment authorization. International candidates should verify current requirements directly with the relevant educational program, credentialing organization, employer and other applicable authorities.
The following resources can help current and aspiring Dosimetrists research occupational wage information, professional education, certification, radiation oncology careers and medical dosimetry practice in the United States.
Education programs, certification standards, treatment technologies and employer expectations can change over time. Candidates should confirm current professional requirements before choosing an education program or applying for a Dosimetrist position.
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Read GuideMedical Dosimetrists have a national median salary of approximately $147,470 per year, equivalent to about $70.90 per hour. The reported mean annual wage is approximately $148,500. Individual salaries can differ according to experience, certification, employer, geographic location, treatment technology and clinical responsibilities.
Using the national median annual salary of $147,470, the estimated monthly equivalent is approximately $12,289 per month before taxes and other deductions. This figure is calculated by dividing the annual salary by 12 and is not a separately published monthly wage.
The national median hourly wage for a Medical Dosimetrist is approximately $70.90 per hour. The corresponding annual salary is about $147,470 for a standard full-time work schedule. Actual hourly compensation may be different depending on the employer, location, experience and professional specialization.
Yes. The national wage distribution shows that higher-paid Medical Dosimetrists can earn more than $185,450 per year. The mean annual wage is approximately $148,500, while professionals with advanced skills, certification, complex treatment-planning experience or additional responsibilities may have stronger earning potential.
Selected detailed state benchmarks show high wage levels in several U.S. markets. May 2023 figures include approximately $177,710 per year in Washington, $160,120 in Kansas, $158,340 in New York and $157,980 in New Jersey. These are state occupational benchmarks from 2023 rather than current 2025 state-specific salary guarantees.
Experience can improve earning potential as Dosimetrists become more proficient with treatment-planning software, complex radiation techniques, dose optimization and clinical quality procedures. The national wage distribution ranges from less than $111,670 at the lower 10% level to more than $185,450 at the upper 10% level, with a median of $147,470.
A typical Medical Dosimetrist pathway includes a bachelor's degree followed by specialized education in medical dosimetry. Accredited programs commonly cover radiation physics, anatomy, radiobiology, treatment techniques, medical imaging and treatment-planning systems, along with supervised clinical preparation.
A master's degree is not universally required for every Medical Dosimetrist pathway. The typical route involves a bachelor's degree and an accredited medical dosimetry program, although certificate or graduate-level options may be available depending on a candidate's background. Additional training can also help professionals develop advanced treatment-planning skills.
Foreign-trained professionals may pursue U.S. Medical Dosimetry opportunities when their education, clinical preparation and credentials meet applicable requirements. Depending on the candidate and employer, academic evaluation, additional U.S. training, professional certification and appropriate work authorization may be necessary.
Dosimetrist compensation can be influenced by certification, clinical experience, treatment-planning expertise, employer type, geographic location, radiation technology, workload and advanced responsibilities. The current national median is approximately $147,470 per year or $70.90 per hour, while the mean annual wage is about $148,500.
Medical Dosimetrists play a highly technical role in radiation oncology. Their work combines radiation science, computer-based treatment planning, patient anatomy and clinical teamwork to help create accurate radiation treatment plans.
The current national salary benchmark is approximately $70.90 per hour, equivalent to $147,470 per year or about $12,289 per month. The reported mean annual wage is approximately $148,500. These figures provide a strong national reference for understanding the earning level associated with the Medical Dosimetry profession.
Actual Dosimetrist compensation can vary according to education, certification, treatment-planning experience, employer, geographic market, clinical specialization, workload and professional responsibilities. Advanced treatment techniques and senior positions may also influence total earnings.
Medical Dosimetry can be an attractive healthcare career for professionals who enjoy radiation science, technology, analytical work and patient-focused clinical environments. When evaluating opportunities, compare salary with benefits, certification support, treatment complexity, technology, workload and long-term career development.
The Dosimetrist salary information published by SalaryPayslip is provided for general educational and informational purposes. Actual compensation may vary according to professional experience, education, certification, employer, geographic location, specialization, workload and employment arrangement.
Salary figures should not be considered guaranteed earnings, employment offers or contractual compensation. Annual, monthly, weekly and hourly amounts shown in this guide include calculated conversions designed to make salary comparisons easier.
Medical Dosimetrists are reported as a dedicated national wage occupation under SOC 29-2036. The national benchmark used in this article therefore represents the occupation directly, while individual salaries can still vary according to professional and market conditions.
Dosimetrist earnings can change with clinical experience, certification, treatment-planning expertise, employer, geographic market, technology, workload, leadership responsibilities and changes in the healthcare labor market.