ADA Title II Is Coming for Your Course Materials — Here's What University Staff Actually Need to Do
ADA Title II and University Digital Content
On April 24, 2026, public universities serving 50,000 or more people must have all digital content — websites, course materials, PDFs, handouts, everything — compliant with WCAG 2.1 Level AA.
This isn't a recommendation. It's a federal requirement under ADA Title II, formalized by the Department of Justice in April 2024. Smaller institutions get an extra year, but the standard is the same.
If you work in disability services, instructional design, IT, or academic affairs at a public university, this affects you directly. And if your institution is like most, you're probably not as ready as you think.
What Changed
The ADA has required accessible digital content for years, but enforcement was inconsistent because there was no specific technical standard in the regulation. Universities could argue they were "working on it."
That changed in 2024. The DOJ published a final rule explicitly requiring WCAG 2.1 Level AA as the standard for state and local government web content and mobile applications — which includes public universities. The rule set hard deadlines and removed the ambiguity that institutions had been hiding behind.
What "Compliant" Actually Means
WCAG 2.1 Level AA is a set of 50 success criteria organized around four principles: content must be Perceivable, Operable, Understandable, and Robust.
For course materials specifically, the criteria that trip up most universities are:
Every non-text element needs a text alternative. Images need alt text. Diagrams need descriptions. Equations need MathML markup. A scanned PDF of lecture notes — which is essentially one big image — needs to be converted to real, searchable, structured text.
Document structure must be tagged, not just visual. If a line of text looks like a heading because it's bold and large, that's not enough. It must be tagged as a heading in the document's structure. Tables must have designated header rows. Reading order must be defined.
Language must be declared. The document needs a language tag. Most PDFs exported from Word or LaTeX don't have one.
Content can't rely on a single sensory characteristic. "Click the red button" or "see the figure on the right" fails if a student can't see color or spatial position.
Where Most Universities Are Falling Short
From conversations with dozens of disability services offices, the gaps tend to cluster in predictable places:
STEM departments. Math, chemistry, physics, biology, and engineering courses produce the most inaccessible content — equations as images, handwritten notes posted as photos, scanned problem sets with no OCR. These are also the hardest documents to remediate because standard tools can't handle mathematical notation.
Legacy course materials. Years of syllabi, handouts, and exam PDFs sitting in LMS repositories that no one has reviewed. A single department can have hundreds of non-compliant documents.
Faculty-created content. Professors are experts in their fields, not in document accessibility. Most have never heard of WCAG and don't know that the PDF they exported from Word is missing heading tags.
Third-party content. Textbook publisher materials, OER resources, and shared documents from other institutions that may or may not be compliant.
What's Actually at Risk
This isn't theoretical. The consequences of non-compliance are concrete:
Legal action. The DOJ has already pursued enforcement actions against universities for inaccessible digital content. Students can also file complaints with the Office for Civil Rights.
Loss of federal funding. Title II compliance is tied to federal funding eligibility. For research universities, this is existential.
Student exclusion. A student with a visual impairment who can't access a chemistry problem set is being denied equal access to education. That's not a compliance technicality — it's a real barrier to learning.
A Practical Starting Point
If your institution hasn't started systematic remediation, the scale can feel paralyzing. Thousands of documents across dozens of departments. Here's a pragmatic approach:
1. Audit high-impact materials first. Start with current semester syllabi, required readings, and exam materials. These are the documents students are actively using right now.
2. Prioritize STEM. These are your highest-risk documents because they're the hardest to fix and the most likely to be inaccessible. General text documents can be remediated faster with standard tools.
3. Give faculty the right tools. Don't just send a policy memo — give instructors a way to check and fix their own documents. A free tool that takes 30 seconds is going to get more adoption than a 45-minute training session.
4. Set up a workflow, not a one-time project. Every new syllabus, every updated handout, every new problem set needs to be accessible from the start. Build accessibility into your content creation process, not just your remediation backlog.
5. Document your efforts. If your institution is audited, demonstrating a systematic, good-faith remediation effort matters — even if you haven't reached 100% compliance yet.
Start With One Document
We built a free STEM accessibility tool specifically for the content that standard remediation tools can't handle — equations, chemical notation, handwritten notes, and scanned PDFs.
Upload one document from your hardest-hit department. See the compliance report. Download the remediated version. Then decide whether it's worth scaling.
No account, no cost, no strings. The deadline is real, and the first step is always the smallest one.
Try it at labnotes.ai/remediate
— The LabNotes.ai Team January 2026