Radiologic Technology

The program totals 90 credit hours and takes approximately 24 months of full-time study, delivered across roughly six semesters and about 25 courses. Following Keiser's signature model, students take one class at a time in accelerated four-week terms, with new classes starting every month. Coursework is delivered on campus, as the program requires in-person laboratory work and clinical rotations.

Clinical education is a major component: students complete supervised rotations at affiliated hospitals and imaging centers, typically on a 40-hour weekly schedule that may include day, evening, and weekend assignments. Students are responsible for clinical-related expenses such as travel and site-specific requirements. Because the curriculum is sequential and clinical, students must meet minimum grade and GPA standards (including a cumulative 3.0 GPA before entering the core) to progress through the program.

The curriculum blends general education (including Human Anatomy & Physiology I & II, English Composition, Algebra, and Psychology) with a sequential radiologic technology core spanning imaging science, radiographic procedures, radiation protection, patient care, and multiple clinical rotations. The full course-by-course sequence is listed below.

Required Courses

Tuition is charged per 16-week semester based on scheduled credit hours. At the full-time rate (12–17.99 credits) of approximately $12,408 per semester (per Keiser's Undergraduate Tuition & Fee Disclosure, subject to annual review), the 90-credit program completed over roughly six full-time semesters carries an estimated tuition of about $74,000. A one-time $55 application fee and $145 registration fee apply at enrollment. As a clinical health-sciences program, Radiologic Technology may carry additional program-related costs (for example, lab or resource fees, uniforms, background check, drug screening, immunizations, CPR certification, and clinical travel); prospective students should confirm current amounts with a financial services counselor, as specific figures are not published on the program page.

Financial aid is available to those who qualify. Options include federal Pell Grants, FSEOG, Direct Subsidized and Unsubsidized Loans, Direct PLUS Loans, and Federal Work-Study; Florida FSAG and EASE grants; institutional scholarships; and veterans and military education benefits. Keiser's FAFSA School Code is 015159, and students should file the FAFSA annually. A Net Price Calculator is available at https://www.keiseruniversity.edu/NPC-index.html.

Estimated total program tuition of about $74,448 (full-time semesters at ~$12,408/semester); actual cost varies with pace and transfer credit.

Graduates are prepared for entry-level positions as radiologic technologists (radiographers) in a range of settings, including:

• Hospital imaging and radiology departments
• Outpatient and freestanding imaging centers
• Urgent care facilities
• Physician offices and clinics
• Orthopedic and sports medicine practices
• Mobile imaging services

Upon completing the program, graduates are eligible to sit for the American Registry of Radiologic Technologists (ARRT) national certification examination and to apply for Florida state licensure as an entry-level radiologic technologist. The curriculum is aligned with ARRT examination content specifications. State licensure requirements vary; Keiser publishes state-by-state licensure disclosure information on its website.

Expect a structured, sequential program that moves one class at a time through foundational sciences into advanced imaging and clinical practice. Classroom and lab instruction is paired from early on with supervised clinical rotations, so you will spend substantial time in real healthcare environments learning patient positioning, radiation protection, and diagnostic image production alongside experienced technologists.

Because this is a clinical health-sciences program, you should plan for rigorous progression standards (minimum "C" grades and a cumulative 3.0 GPA before the core), a demanding clinical schedule that can include day, evening, and weekend hours, and health and safety prerequisites such as background checks, drug screening, immunizations, CPR certification, and HIPAA/OSHA training. Clinical assignments may be at geographically dispersed facilities, and students cover their own travel and related costs.