6 modules · 6 videos · 9 images · 14/15 slots filled. Every row below is an existing slide in the deck — fill it from the CEU editor and it renders in-app, in the handout, and in the printed PDF.
Visual anatomy — the structures behind the function
Cornea, lens, retina, optic nerve, chiasm, tracts, and visual cortex — the hardware that visual performance depends on.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: /ceu/eye-anatomy.jpg
The brain's two visual highways
Ventral "what" and dorsal "where" streams, and how each one shows up in the school day.
5–9 min screen recording, 1920x1080, narrated. Upload to YouTube (unlisted) or Loom, then paste the embed URL.
Where it goes: Slides tab → set "url"
Where the referral sits in the student’s day
The referral question, the occupation it interrupts, and who else is already involved.
Flat vector-style graphic on the brand background, exported at 1920x1080 PNG.
Where it goes: Media tab → upload as visual-function-clinical-foundations/m1-s18-diagram.png, then set "src" to media:visual-function-clinical-foundations/m1-s18-diagram.png
Two streams, one retina
Retina → optic nerve → chiasm → LGN → V1, then divergence: dorsal superiorly to parietal cortex, ventral inferiorly to temporal cortex (Visual Minds Learning clinical education).
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: pathway-routing
Parvocellular and magnocellular tracts
Parvocellular cells carry fine detail and color into the ventral stream; magnocellular cells carry motion and low-contrast information into the dorsal stream.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: parvo-magno-tracts
Vision's Two Highways
The magnocellular highway (motion, contrast, spatial awareness, action) and the parvocellular highway (detail, color, form, recognition) merge at the LGN before diverging into the dorsal and ventral streams.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: two-highways
Module 2 video — how the brain splits visual processing
Narrated walkthrough connecting stream anatomy to functional classroom signs.
5–9 min screen recording, 1920x1080, narrated. Upload to YouTube (unlisted) or Loom, then paste the embed URL.
Where it goes: Slides tab → set "url"
Module 3 video — underlying conditions and the functional problems they produce
Condition by condition: the mechanism, the functional limitation, and the OT-scope language for each.
5–9 min screen recording, 1920x1080, narrated. Upload to YouTube (unlisted) or Loom, then paste the embed URL.
Where it goes: Slides tab → set "url"
Module 4 video — comorbidity patterns and OT documentation
Walkthrough of the four comorbidity profiles and scope-safe phrasing.
5–9 min screen recording, 1920x1080, narrated. Upload to YouTube (unlisted) or Loom, then paste the embed URL.
Where it goes: Slides tab → set "url"
What those contrast values actually look like
The same worksheet line at ~90%, ~70%, ~40%, and ~10% contrast, plus reverse and tinted variants — hold a student handout next to these before assuming the print is usable.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: contrast-examples
Magnification options, side by side
Handheld, stand, spectacle/telescope, electronic (CCTV), and built-in digital magnification — each with its own working distance and field trade-off.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: magnification-types
Module 5 video — the low-vision service model in practice
Walkthrough of usable/non-usable vision, lighting, contrast, and AT selection.
5–9 min screen recording, 1920x1080, narrated. Upload to YouTube (unlisted) or Loom, then paste the embed URL.
Where it goes: Slides tab → set "url"
Where low vision sits in the framework
Low vision is a Level 1 access problem. Contrast, lighting, and magnification restore the floor so the higher levels can be measured at all.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: module-level-map
Which level each block of this course was operating on
Blocks 1–6 mapped to the five-level framework, so your documentation language matches the level the finding actually came from.
Already-supplied clinical figure — replace only if you want a higher-resolution version.
Where it goes: Built-in diagram: module-level-map
Block 6 video — from observation to the VPA™
Why sequencing matters, what the five-level framework adds, and what the VPA™ adds on top of it.
5–9 min screen recording, 1920x1080, narrated. Upload to YouTube (unlisted) or Loom, then paste the embed URL.
Where it goes: Slides tab → set "url"