Redesign a Worksheet so the Task Can Be Accessed Clearly

An accessible worksheet redesign begins with the learning task. Identify what the learner must work out, then remove avoidable barriers to finding the instructions, accessing the information and giving a response. A cleaner-looking page is not enough if its alternative description supplies the answer or changes the skill being assessed.

This example redesigns an original two-question worksheet. The target is to compare supplied counts and calculate a difference. Reading a graph’s scale, distinguishing colours, handwriting and reading aloud are not the intended skills in this particular exercise. That boundary determines which alternatives can preserve the task.

The deliberately flawed worksheet

The fictional original places the chart between fragments of instructions, uses colour as the only category identifier and gives no useful response space. Here is its complete wording, intentionally kept as one crowded paragraph:

Count work: look carefully do both questions Q1 which colour has most counters Q2 how many more green than red give number and working answers here check it.

Original chart: categories shown only by colourTop red bar: five counters. Middle green bar: eight counters. Bottom blue bar: three counters.Original chart: categories shown only by colour012345678Number of counters
The original chart identifies three categories only by colour. The teaching description below makes the example available without relying on the colours.

Teacher’s full description of the flawed chart: Three horizontal bars, from top to bottom, are red, green and blue. Their counts are 5, 8 and 3 counters respectively. The horizontal scale runs from 0 to 8 in steps of 1. In the redesign, these same categories become Box A, Box B and Box C. This description is supplied here so everyone can inspect the flawed example; it was missing from the fictional original worksheet.

The task itself is solvable, but its presentation creates unnecessary work. A learner must infer where one question ends, remember that green is the second bar, locate the requested comparison, and decide where the explanation belongs.

Worked redesign decision 1: repair reading order

First separate instructions from questions. Put the task information before the questions that use it. Give each question its own descriptive heading and place its response instruction immediately afterwards. In native HTML, use actual heading elements; making a line bold does not make it a navigable heading.

The main page title belongs to the surrounding page. The worksheet below therefore uses a section heading followed by question subheadings. In a standalone document, use the document’s own logical heading hierarchy. Do not choose heading levels only to produce a preferred visual size.

For a paper version, provide enough clear writing space after each question and test the actual printout. In this on-page version, learners can answer on paper or speak their answer and method. The instructions say where to respond rather than presenting an empty text field that cannot save anything.

Worked redesign decision 2: remove colour-only meaning

Give each bar a stable label: Box A, Box B and Box C. Put the counts in a native table and write them beside the bars. A learner can then locate Box B without knowing which colour it uses. Colour may remain as an extra cue, but the wording and answers no longer depend on it.

Keep the mapping consistent: original red becomes A with 5 counters; green becomes B with 8; blue becomes C with 3. Merely changing “green” to “B” in the question without identifying B in the data would replace one barrier with another.

Improved worksheet: compare the boxes

Learning task: Compare counts and find a difference. Use the chart or the table; they give the same information. Answer each question on paper or explain your answer and calculation aloud to the adult leading the activity.

Redesigned chart: labelled boxes and countsBox A has five counters; Box B has eight; Box C has three. The same data appear in the native table.Redesigned chart: labelled boxes and counts012345678Box A5Box B8Box C3Number of counters
Each labelled bar represents the number of counters in one box. The complete values also appear in the table.
Number of counters in each box
Box Counters
A 5
B 8
C 3

Text alternative: Box A contains five counters, Box B contains eight and Box C contains three. These are separate counts of the same kind of object. No counters move between boxes during the questions.

Question 1: identify the greatest count

Which box contains the most counters? Give the box letter and its count. Put your answer under “Question 1” on your paper, or say the question number before giving your spoken answer.

Question 2: calculate a difference

How many more counters are in Box B than in Box A? Give the calculation and its answer. Put them under “Question 2”, or say both the operation and the result aloud.

Worked redesign decision 3: describe data without solving

The text alternative gives all three counts, just as the chart does. It does not say “B has the most” or “the difference is three”. Those are the decisions the learner is asked to make.

An alternative saying “Box B wins by three” would disclose both answers while omitting Box C’s value. “Three colourful bars” would reveal too little. An equivalent alternative supplies the relevant information and relationships while leaving the target comparison and calculation to the learner.

Task-equivalence audit: Because this worksheet assesses comparing given numbers, a table or spoken data list can preserve its central mathematical demand. If the intended skill were reading a bar length against a scale, printing the values would remove that step. State the target accurately before calling two versions equivalent.

Teacher answers and a completed audit

Question 1: Box B, with 8 counters, contains the most because 8 exceeds both 5 and 3. Question 2: 8 − 5 = 3, so B contains three more counters than A. The answer “3” alone gives the difference but omits the calculation requested in this version.

What the redesign changes and what it retains
Feature Original Redesign and learning consequence
Question order One crowded instruction line Numbered question headings retain both tasks
Categories Colours only Letters identify the same three boxes
Numerical data Values obtained from chart 5, 8 and 3 retained in chart, table and prose
Response Unclear space and format Numbered written or spoken answer with method
Remaining review No access check described Check actual reading order, magnification, print layout and learner use

The redesign does not prove universal accessibility. A learner may need a different format, spacing, tactile representation or specialist support. Ask what remains difficult, observe use of the actual version and make the smallest change that preserves the goal.

Three solved audit tasks

Practice 1: spot an answer-revealing description

Task: A proposed alternative says, “Box B has the most; it has three more than A.” Is that a fair replacement for the data display?

Answer: No. It provides the required conclusions. Replace it with the three labelled counts and let the learner compare and subtract. Include C because Question 1 concerns all three boxes.

Practice 2: test a change of response format

Task: One worksheet assesses subtraction reasoning; another assesses writing legible numerals. May spoken answers be treated as equivalent in both?

Answer: Spoken calculations may preserve subtraction reasoning when the operation and answer are captured without extra help. Speaking does not demonstrate forming written numerals. For that second goal, seek an appropriate access arrangement rather than reporting the same evidence.

Practice 3: identify an essential visual skill

Task: A new activity asks learners to distinguish two visually similar printed symbols. Can a description naming each symbol replace the image without changing the target?

Answer: No. Naming the symbols bypasses the visual discrimination being assessed. Discuss the learning goal and suitable alternatives with the learner and relevant specialist; do not claim that any verbal description is automatically equivalent.

Questions about accessible worksheet design

Is there one font or size that suits everyone?

No. Readability depends on the person, medium and layout. Use clear text and adequate space, then check the actual version with its intended users.

Is a short image label enough?

Sometimes, but a data-rich diagram usually needs more. Provide its underlying values and relationships in meaningful nearby text or a table.

Should every decorative image be described?

A purely decorative image should not interrupt the task with unnecessary description. Essential information needs an accessible alternative.

Can instructions be read aloud?

That may preserve the target when reading is not being assessed. Avoid adding hints, explanations or emphasis that changes the mathematical task.

Does clear HTML guarantee a good printout?

No. Print layout can split questions, crop diagrams or remove response space. Inspect the actual print version before using it.

Does an automatic accessibility check settle the matter?

No. It may find structural issues but cannot establish that a description preserves the task or that a learner can use the worksheet effectively.

Who approves a formal assessment accommodation?

Follow the applicable assessment process with the appropriate staff or specialist. This redesign exercise does not grant formal accommodation approval.

Further reading

The UK Home Office’s guidance on logical headings and image alternatives explains semantic structure and longer descriptions for complex information. The classroom worksheet and equivalence decisions above are original examples.