Anatomy for the Medical Imager is an upper-division anatomy course written for practising imaging professionals rather than for pre-clinical students. It revisits human anatomy from the standpoint of the imaging plane: what a structure looks like in axial, coronal, and sagittal section; how it appears across radiography, computed tomography, magnetic resonance imaging, and ultrasound; and which anatomical relationships determine whether an examination has been performed and interpreted correctly.
Within the SCNS taxonomy, RTE is the Radiologic Technology prefix, and the 3000-level number places this in the upper division — the junior year of a bachelor's completion program, not the associate degree. It appears at approximately five Florida institutions, including Valencia College, Daytona State, Eastern Florida State, Palm Beach State, and at least one private university, all of which offer baccalaureate completion tracks for credentialed technologists.
The course exists because advanced modality practice demands anatomical knowledge that entry-level radiography does not. A radiographer positioning a chest needs surface landmarks and gross relationships. A CT or MRI technologist selecting a scan range, an oblique plane, or a reformatted reconstruction needs to recognise structures in cross-section, in any plane, in real time. That is a genuinely different skill, and it is the gate into the better-paid modalities.
How Florida course levels affect transfer: the first digit of an SCNS number denotes the year of offering, not transferability. 1000- and 2000-level courses transfer transparently between Florida public institutions, and 3000 to 4000 is unproblematic since both are upper division. The boundary that actually matters is 2000 to 3000.
That has a specific, expensive consequence here. Many radiography graduates have already taken a sectional anatomy course inside their associate degree — this repository carries SON1113C and DSC's RTE program includes cross-sectional content, and Valencia offers RTE2762 Sectional Anatomy at the 2000 level. None of those will satisfy RTE3765, because upper-division credit generally must be earned at the upper-division level. Students frequently assume the content overlap means the requirement is met; it is not, and discovering that late costs a term. Get a written evaluation from the receiving program before assuming any substitution.
A B.S. completion degree in radiologic sciences is a real credential with real returns, but the returns are specific and worth stating plainly rather than assuming.
What it does not do: it does not by itself qualify anyone for a modality. ARRT post-primary certification in CT, MRI, or VI is earned through documented clinical experience plus an examination, and it is obtained through an employer, not through a degree. A technologist can hold this bachelor's and no modality credential, and another can hold three modality credentials and no bachelor's.
What it does do: it is the qualification barrier for supervisory, management, education, and informatics roles, most of which post as bachelor's-required. It is also the prerequisite for graduate study, including the physician assistant and radiologist assistant pathways. Students should enrol knowing which of those they are buying. The most effective sequence in practice is to get hired into a department that runs the modality you want, obtain the post-primary certification there, and complete the bachelor's alongside — the two are complementary, and doing them in that order means the degree is often employer-subsidised.
The distinction between a normal variant and pathology is the most consequential thing a cross-sectional imager learns, and it is where inexperience shows. Accessory spleens, a retroaortic left renal vein, a duplicated collecting system, an azygos lobe, persistent left superior vena cava, Riedel's lobe — each is common, benign, and routinely mistaken for a finding by someone who has not seen it before.
The technologist's role here is bounded but real: a technologist does not interpret, and offering an interpretation to a patient or a referring clinician is outside scope. But a technologist who recognises that something looks unusual and ensures the radiologist has adequate coverage of it — an extended scan range, an additional reconstruction, a repeated series before the patient leaves — prevents callbacks and occasionally catches something that would have been missed. That judgment is the practical payoff of this course.
RTE3765 is a lecture course carrying 3 credits and approximately 45 contact hours — Valencia publishes it explicitly at 3 credits with a 3-0-0 lecture/lab/clinical split, which is the value adopted here. Many Florida sections are delivered online or hybrid, because the students are working technologists; that format suits image-based study well but demands more self-discipline than the associate-degree courses did.
The characteristic work is image identification under time pressure — labelled and unlabelled sections, scrolled series, and modality comparison — rather than essay or calculation. Students who study static atlas plates and then meet a scrollable volume for the first time on the examination tend to struggle; work with actual image series from the start.
This number appears at roughly five Florida institutions, one of which is a private university rather than a Florida public college or state university. Program cost, accreditation, and credit acceptance differ substantially between the public and private offerings of what looks like the same course number. Because baccalaureate completion programs in this field are structured differently from institution to institution — some requiring an ARRT credential for admission, some not — the position of this course within the degree also varies. Confirm against your own program's curriculum plan.
Generated September 2, 2026 · Updated September 2, 2026