Bellevue College consulted with radiation and imaging professionals and accrediting societies to develop a professionally relevant curriculum. The curriculum incorporates discipline-based, general education and elective courses built on progressive rigor and sophistication. The program receives ongoing review and guidance from its industry advisory committee to maintain currency.
The 180-credit technology concentrations are comprised of 65 credits earned through achievement of national certification in the students’ professional field; 25 credits for demonstrated satisfactory completion of specific general education requirements; and 90 credits earned through the general program and concentration requirements.
Required core courses provide the technical knowledge and foundational skills to your success as an advanced technologist. Students can also choose from a variety of electives that will help develop advanced technical skills that best match their career goals.
Learning Outcomes
Degree recipients should possess the following skills and abilities:
- Demonstrate a clear understanding of medical dosimetry in its support of radiation oncology
- Design treatment plans for three-dimension conformal radiotherapy
- Design treatment plans for intensity-modulated radiation therapy
- Design treatment plans for brachytherapy treatments
- Perform hand calculations to verify plan accuracy
- Effectively communicate with an interdisciplinary radiation oncology team
- Demonstrate an understanding of leadership, ethical and economic issues as they pertain to medical dosimetry
Program Eligibility
Individuals must have:
- National certification in Radiation Therapy
- Demonstrated completion from a regionally accredited college of the following courses, or their equivalent, with a grade point average of 2.0 or better:
- Precalculus (or assessment into a higher-level course)
- College-level English composition
- Two courses in human anatomy and physiology and one course in sectional anatomy
- Humanities course
- Social sciences course
Degree Requirements
A complete description of the required curriculum for each concentration is shown in the worksheet.
In addition to eligibility requirements, students must achieve the following:
- Completion of 93 quarter credits in the general program and concentration requirements, with a grade of “C”, or better
- A minimum cumulative GPA of 2.0 for all coursework taken at BC and the courses applies to the degree, including credits transferred from other colleges
- At least 45 quarter credits for the degree must be completed in residence at BC, of which 30 credits must be upper division
Application Process
To be considered for the Bachelor of Applied Science program prospective students must submit the following:
- Completed general Bellevue College admission form
- Nonrefundable admissions and placement fee of $55
- Completed Bachelor of Applied Science application form and notice of right to file a discrimination complaint
- Nonrefundable application fee of $90
- Official transcripts from a regionally accredited college
- Proof of national certification in Radiation Therapy
- Two letters of recommendation from someone who personally knows your work, such as your current or past manager, discussing your contributions to your workplace and how he or she believes you will benefit from the completion of the BAS program. For Medical Dosimetry at least one letter must be from an oncologist, medical physicist, dosimetrist, chief therapist, or program director of a radiation therapy program
- Personal statement of no more than 500 words discussing your understanding of the role in your chosen field and how that fits in with your personal or professional goals. You may also discuss your work experience; your advanced certifications; specific or unique attributes that you will bring to the program; challenges or hardships you have overcome in pursuing your educational or work goals; or other special considerations that would make you a good candidate for the program.
Applications and instructions are available at www.bellevuecollege.edu/imaging/.
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