EME3312 is about using technology to support learning — and ⚠ the statewide record and the institution that teaches it describe noticeably different scopes, which is the first thing a student should understand about this number.
Florida's statewide description is squarely about classroom teaching: the course "prepares learners to integrate technology into the classroom. Emphasis is on the use of current technology tools to facilitate teaching, learning and assessment."
UWF's is broader. Its course, titled Technology Supported Learning, "examines the use of current and emerging technologies to facilitate learning. Topics covered will include distance learning, formal and informal technology based learning and mobile learning. Strategies for integrating technology in educational settings will be explored."
⚠⚠ The difference is real and it matters for what you are preparing to do. The statewide framing is teacher-facing — a course about the K-12 classroom. UWF's includes the classroom but extends to distance learning, mobile learning and informal learning, which is learning that happens outside any formal course at all. That wider scope fits the department it sits in: UWF's Instructional Design and Technology programme serves corporate, military and healthcare training as well as education.
The intellectual content either way is the question technology in education keeps failing to answer well: which technology, for what learning purpose, and on what evidence? The field's history is littered with tools adopted enthusiastically and abandoned quietly, and the durable professional skill is being able to reason from the learning problem to the tool rather than the reverse.
⚠ Only one Florida public institution carries this number — the University of West Florida. The other carrier is private and out of scope for this repository. See Special Information.
| Source | Title | Scope |
|---|---|---|
| Statewide | Educational Technology for 21st Century Teaching | ⚠ integrating technology into the classroom; teaching, learning and assessment |
| UWF (the only public carrier) | Technology Supported Learning | ⚠ broader — distance learning, mobile learning, formal and informal technology-based learning |
⚠ The second public-sector carrier situation is worth stating plainly: only UWF carries this number among Florida's public institutions. The other carrier recorded against it is a private university, and this repository covers Florida's public colleges and universities, so its offering is not included in the table above and did not inform this guide.
The scope difference is a genuine one rather than title drift. UWF's course drops "teaching" from the title entirely and adds three things the statewide description does not mention — distance learning, mobile learning and informal learning. ⚠⚠ Informal learning in particular is a different object of study: learning that happens without an instructor, a curriculum or an assessment.
Why the difference makes sense. UWF places this course in its Department of Instructional Design and Technology, a programme serving corporate, military and healthcare training as well as education. ⚠ A course scoped only to the K-12 classroom would not serve most of its students.
What to do about it. ⚠⚠ If you are taking this course as preparation for classroom teaching, check that it covers what you need — the classroom integration material is there, but it shares the course with material aimed elsewhere. If you are taking it as part of an instructional design programme, the broader scope is the point.
Worth stating explicitly because the EME prefix is Education: Technology and Media and the statewide title says "21st Century Teaching", which together can mislead.
Florida teacher certification runs through a state-approved teacher preparation programme, with its own required coursework, field experiences, and subject-area and professional examinations. ⚠⚠ An Instructional Design and Technology degree is not a teacher preparation programme, and completing it does not by itself lead to a Florida teaching certificate.
⚠ That is not a deficiency — it is a different profession. Instructional designers work for employers, hospitals, government agencies, the military and universities, designing training and learning experiences for adults. It is a well-paid field with a different career structure from teaching.
But a student who wants to teach in a K-12 classroom needs a teacher preparation programme, and should establish that early rather than discovering it late. ⚠ If you want both — and technology integration coaching in schools is a real role — the usual route is the teaching credential first. Ask an adviser in your first term.
| Institution | Its title | Credits | Contact hours |
|---|---|---|---|
| University of West Florida (SUS) | Technology Supported Learning | 3 | not published |
UWF is the only Florida public carrier, at three credits. The 45 contact hours recorded here is Florida's convention for a three-credit lecture course. The course sits in the School of Education, Department of Instructional Design and Technology.
⚠ Single-institution courses get more hedging, and this guide is written accordingly — the outcomes and topics above combine UWF's published description with the statewide record, and your syllabus governs.
Worth naming, because it is the most useful critical habit this course can build.
Educational technology has a long record of enthusiastic adoption followed by quiet abandonment — film, television, teaching machines, interactive whiteboards, tablet initiatives, massive open online courses. In each case the tool was real and the claims outran what it delivered.
⚠⚠ The pattern is consistent enough to be diagnostic: the claim is usually about the technology, and the evidence when it arrives is usually about the design. Well-designed instruction works across media; poorly designed instruction is not rescued by a better delivery mechanism. The research tradition on media comparison found largely this — that the medium rarely accounts for the learning difference.
The professional skill this implies is a specific kind of scepticism: asking what learning problem a technology solves, what evidence supports the claim, what it costs including the time to learn it, and who it might exclude. ⚠ That question is asked constantly in practice, and being the person who asks it well is a genuine professional asset — particularly now.
A 3000-level course with no prerequisite recorded statewide or by UWF, so it is accessible across the upper division. It sits alongside the Instructional Design and Technology sequence — EME3351 (foundations), EME3624 (needs assessment), EME4674 (development), EME4083 (evaluation) — and pairs naturally with the development course, since both concern how learning is delivered.
⚠ It carries upper-division credit, which a bachelor's degree requires. Florida's statewide record classifies it as transferable to an institution offering the same course, with no Gordon Rule designation and no general-education category. It is marked for dual enrolment with elective high-school credit; ⚠ that marking is near-universal across the EME prefix, so it says nothing distinctive.
⚠⚠ Being a single-public-carrier number, this is a course a receiving adviser elsewhere may not recognise — and the scope difference from the statewide title compounds it. Send the syllabus, not the number.
⚠⚠⚠ This course is about evaluating technologies for learning, which makes generative AI not a caveat but a live case study — arguably the most consequential one the field has faced.
The right way to treat it is exactly the way the course treats every other technology: what learning problem does it address, what is the evidence, what does it cost, and who does it exclude? ⚠ That question deserves asking with genuine openness, because the answers are not yet settled and anyone claiming otherwise — in either direction — is ahead of the evidence.
What looks promising. Explanation on demand, in as many different framings as a learner needs, at any hour, without embarrassment — that is a real affordance, and one that human tutoring has never scaled to provide. Practice problem generation, language practice, and low-stakes rehearsal all have plausible claims.
⚠⚠ What the field's own history should make you cautious about. The claims currently being made for AI tutoring closely resemble claims made for teaching machines, computer-assisted instruction and adaptive courseware in earlier decades — each of which delivered something, and much less than promised. The mechanism of disappointment was consistent: the technology automated delivery, and delivery was not the binding constraint on learning. Motivation, feedback that is acted on, effortful retrieval and the social context of learning were.
⚠⚠⚠ And there is a specific concern this course's evidence base points to directly. Clark and Mayer's research tradition establishes that learners are poor judges of their own learning, and that material which feels fluent and easy frequently produces worse retention than material requiring effort. A tool that supplies immediate, fluent, effortless answers optimises for exactly the feeling that correlates poorly with durable learning. That is not a reason to reject it — it is the specific hypothesis the field should be testing, and it is the kind of question a graduate of this programme should be equipped to evaluate rather than assert.
Practically, for your own study: these tools are useful for having a framework re-explained, generating examples, and drafting material you then critique. ⚠ Critiquing a generated lesson plan or technology-integration proposal against TPACK is an unusually good exercise — it will produce something plausible that reliably reasons from the tool toward a use rather than from the learning goal toward a tool, which is the exact error this course exists to correct.
Generated September 15, 2026 · Updated September 15, 2026