As an Oncology Medical Physicist seeking new career opportunities, partnering with AMN Healthcare can be a game-changer for you. With over 40 years of experience as a staffing leader, we have built a solid reputation for supporting over 10,000 healthcare professionals annually. Our dedicated team understands the unique needs of Allied professionals like yourself and is committed to providing personalized guidance to help you navigate your career path effectively. Whether you’re looking for exciting job placements or valuable resources to advance your skills, AMN Healthcare is here to empower you every step of the way.
AMN Healthcare has successfully filled 2 Oncology Medical Physicist positions across the United States. These positions offered competitive weekly pay, with salaries ranging from $3,093 to $6,186, and the average pay being around $4,381 per week.
The filled jobs were in various facility types, including Physician Group and Academic, such as UT Medical Branch (UTMB Health). These roles provided valuable experience and growth opportunities for Oncology Medical Physicists looking to work in dynamic environments while earning great pay. Whether you are interested in working at Physician Group and Academic, these recently filled jobs offer a glimpse of the exciting possibilities available to you.
Take a look at some of the latest Oncology Medical Physicist positions recently filled nationwide, offering insight into the competitive pay rates and exciting opportunities available.
As a Medical Physicist specializing in oncology, you can expect to work in a diverse range of environments throughout the United States, including cancer treatment centers, academic medical institutions, and community hospitals. Your role will involve ensuring the safe and effective delivery of radiation therapy, conducting quality assurance procedures, and collaborating closely with radiation oncologists, dosimetrists, and other healthcare professionals to optimize patient treatment plans. Additionally, you may engage in research, develop advanced radiation technologies, and provide training to clinical staff. From large, state-of-the-art facilities to smaller regional clinics, opportunities abound for Medical Physicists to contribute to cutting-edge cancer care while enhancing their skills in a fulfilling work environment.
Working as a permanent Oncology Medical Physicist in the United States offers numerous advantages, especially in vibrant cities like Lincoln, Nebraska, known for its friendly atmosphere, affordable cost of living, and commitment to healthcare innovation. With AMN Healthcare’s extensive network, professionals can find rewarding opportunities that not only provide job stability but also allow them to contribute to cutting-edge cancer care in supportive communities. The city’s access to high-quality healthcare facilities, along with opportunities for professional development, enables Oncology Medical Physicists to advance their careers while enjoying a fulfilling work-life balance. Furthermore, permanent positions often come with attractive benefit packages, enhancing both personal and professional growth in a dynamic and evolving field.
As you explore the statistics presented below, you’ll uncover valuable insights into the permanent Oncology Medical Physics job landscape across the nation. The data illustrates key trends, such as average pay fluctuations over the last three months, and provides a comprehensive overview of compensation ranges, including average, minimum, and maximum salaries in the past year. This information is crucial for both job seekers and employers, helping to establish a clearer understanding of what to expect in terms of remuneration in the evolving healthcare sector.
Additionally, the charts offer a detailed breakdown of the healthcare facilities in the United States that are actively hiring for these specialized roles. By analyzing this data, you can gain insights into the types of organizations offering Oncology Medical Physics positions, which can inform your career decisions and recruitment strategies. Whether you’re looking to advance in your career or seeking top talent, this information will empower you to navigate the job market more effectively and making informed choices in this dynamic field.
Candidates for oncology jobs in the US typically need a strong background in clinical practice, including experience in patient care and familiarity with cancer treatment protocols. Preferred qualifications often include specialized training in oncology, such as a fellowship, and prior experience in a relevant healthcare setting.
Oncology Medical Physics permanent jobs in the US are typically found in hospitals, especially those with radiation oncology departments, as well as specialized cancer treatment centers and academic institutions that provide clinical training and research. Additionally, some positions may exist in medical device companies that develop technologies used in radiation therapy and cancer treatment.
An Oncology Medical Physicist should seek an employer that offers comprehensive health benefits, including medical, dental, and vision insurance, to ensure personal well-being. In addition, a competitive salary and opportunities for professional development, such as funding for conferences and continued education, can significantly impact career growth. It’s also important to consider a supportive work environment that emphasizes work-life balance, as this can enhance job satisfaction and overall productivity. Lastly, finding an organization that values mentorship and collaboration can be crucial for professional advancement in this specialized field.
A permanent Oncology Medical Physicist would likely prioritize access to advanced cancer treatment facilities and opportunities for professional development in their desired city. Additionally, factors such as cost of living, quality of life, and local research programs could significantly influence their job search.
Some of the most popular cities for a permanent Oncology Medical Physicist in the United States include Houston, known for its renowned medical institutions like the MD Anderson Cancer Center, and Boston, which offers a vibrant healthcare community with top universities and research facilities. Additionally, cities like Seattle and San Francisco attract professionals due to their innovative healthcare sectors and high quality of life. These locations not only provide excellent career opportunities but also foster a rich cultural and social environment.
A permanent Oncology Medical Physicist should look for positions that offer a strong collaborative environment with a focus on advanced technology and innovation in cancer treatment. It’s also important to evaluate the institution’s commitment to professional development and support for continuing education. Additionally, the physicist should consider the clinical workload and the potential impact on work-life balance.
At AMN Healthcare, we are excited to share a recent group of job placements that highlight the current landscape of Oncology Medical Physics positions across the United States. These placements not only showcase the dynamic opportunities available in this specialized field but also serve as a valuable resource for understanding the types of roles commonly sought by healthcare facilities. Whether you’re a seasoned professional looking to advance your career or a recent graduate exploring your options, this overview offers insights into the qualifications and responsibilities associated with various Oncology Medical Physics roles, ultimately helping you navigate the evolving job market in this critical area of patient care.
As an Oncology Medical Physics professional, you have the opportunity to find rewarding career openings in diverse cities across the United States. Two notable locations where AMN Healthcare currently has positions available are Lincoln, Nebraska, and Galveston, Texas. Each city offers a unique blend of lifestyle, compensation, and community, making them ideal backdrops for your next career move.
Lincoln, the vibrant capital of Nebraska, presents an appealing opportunity for oncology medical physicists with a competitive pay range of $4,124 per week. The cost of living in Lincoln is relatively affordable, allowing you to enjoy a comfortable lifestyle while making the most of your salary. Housing options span from charming single-family homes in friendly neighborhoods to modern apartments that cater to a variety of preferences and budgets. The work environment here is supportive, with a strong emphasis on teamwork within the healthcare sector. Plus, Lincoln’s climate is characterized by distinct seasons, offering warm summers and snowy winters, perfect for those who appreciate seasonal changes. When you’re not at work, you can immerse yourself in the local arts scene, enjoy recreational activities at the beautiful parks, or savor delicious cuisine at the myriad of restaurants throughout the city.
On the other hand, Galveston, a captivating coastal city on the Texas Gulf Coast, showcases a broader pay range for oncology medical physics positions, from $3,093 to $6,186 per week. Despite a slightly higher cost of living than Lincoln, Galveston’s coastal appeal contributes to a rewarding lifestyle, complete with picturesque views and a welcoming community. Housing options include charming historic homes, modern beachfront condos, and convenient rental properties. The clinical work environment in Galveston fosters innovation and collaboration, allowing you to thrive in your specialty while positively impacting patient care. The city enjoys a temperate climate year-round, making it ideal for outdoor enthusiasts and anyone who appreciates a milder winter. Additionally, Galveston offers a plethora of activities, from exploring its rich history at local museums to relaxing on its beautiful beaches or indulging in the vibrant dining scene that showcases the best of Gulf Coast flavors.
By considering career opportunities in Lincoln and Galveston, you can find the perfect fit for both your professional aspirations and personal lifestyle preferences, all while making a significant impact in the field of oncology medical physics.