Developing a Functional Understanding of Time

Time is one of the most abstract concepts a child can learn – and for children with intellectual disability, this abstraction makes it especially challenging. Unlike learning to count objects or identify colors, time is invisible. It cannot be touched or held. Yet understanding time is fundamental to daily functioning: knowing when to wake up, when school starts, how long to wait, and what comes next. Research published in the British Journal of Learning Disabilities confirms that while people with learning disabilities frequently struggle with the concept of time, focusing on its practical applications in everyday life is the most effective path forward. That is precisely the approach a functional curriculum takes – grounding every time-related concept in real routines and real life.

Why teaching time matters beyond clock-reading 🔗

Most people associate “learning time” with learning to read a clock. But clock-reading is only the endpoint of a long journey. LD OnLine notes that many students can read the clock perfectly well yet have little understanding of how much time an activity actually takes, or how yesterday, today, and tomorrow relate to each other. True time understanding includes vocabulary, sequencing, memory of past events, anticipation of future ones, and the ability to measure and estimate duration. For children with intellectual disability, Project IDEAL emphasizes that time concepts are among the core functional skills – alongside money and independent living – that are essential for future independence. These skills are best taught in the actual settings and routines where children will use them, not in isolated exercises.

Building time vocabulary through daily routines 🔗

The first step is language. Before a child can understand what “afternoon” means on a calendar, they need to hear and use the word in context, repeatedly. Time vocabulary includes words like now, later, soon, morning, afternoon, and evening. These words should be woven naturally into the child’s daily routine rather than taught as a separate lesson.

For example, during a morning routine, a teacher or caregiver can say, “It is morning now – we are having breakfast.” After lunch: “It is afternoon now – we will go for a walk soon.” In the evening: “School is over. We will rest now, and tomorrow morning we will come back.” This repeated, context-rich use of time language builds comprehension gradually and meaningfully. ABCmouse’s guide to teaching time reinforces this approach, noting that as toddlers and young learners hear words like “before,” “now,” and “after” during transitions, they begin building the conceptual foundation for time understanding.

Sequencing events: putting time in order 🔗

Once basic vocabulary is in place, children need to understand that events happen in a particular order – that one thing comes before another and something else comes after. Sequencing is a critical building block for time understanding.

Practical sequencing activities include arranging picture cards showing stages of a plant growing from seed to flower, or pictures showing the stages of a person’s day – waking up, eating breakfast, going to school, having lunch, coming home, sleeping. After each routine activity, ask: “What did we just do? What will we do next?” This reinforces the idea that time moves in one direction and that events follow a logical order.

Research on teaching people with intellectual disabilities consistently shows that visual supports – such as first-then boards and picture-based schedules – significantly improve a child’s ability to anticipate transitions and follow routines with greater ease. These tools are not just helpful for behavior; they directly build the child’s sense of temporal order.

Understanding past, present, and future 🔗

The concepts of yesterday, today, and tomorrow are surprisingly complex. They require the child to hold a mental model of time that extends beyond the present moment – to remember what has already happened and to anticipate what is yet to come.

A classroom calendar is one of the most effective tools for building this understanding. Each day, the teacher and child can identify today’s date together, look back at what happened yesterday, and look forward to what will happen tomorrow or next week. Avaz notes that some children find desk calendars particularly effective – tearing off a page each day creates a tangible, physical experience of time moving forward. Counting down the days to a known event, like a birthday or a school trip, gives children a concrete and motivating reason to engage with the calendar daily.

Simple daily conversations reinforce these concepts: “Yesterday we drew pictures. Today we are going to the park. Tomorrow is Saturday, so there is no school.” Over time, weeks and months begin to take on meaning as the child sees them repeated and connected to familiar events.

Learning ‘always’, ‘sometimes’, and ‘never’ 🔗

These three words represent a more abstract dimension of time – the concept of frequency or regularity. Always means every time, without exception. Sometimes means it happens occasionally. Never means it does not happen at all. For children with intellectual disability, these concepts are best learned through examples drawn directly from their own life.

A teacher might say: “We always wash our hands before eating.” “Sometimes we have a story after lunch.” “We never run inside the classroom.” These statements are concrete, meaningful, and personally relevant. Once the child grasps the concept through familiar examples, they can begin to apply it more broadly – understanding, for instance, that it always gets dark at night, that it sometimes rains in the afternoon, and that it never snows in summer in their region.

Project IDEAL stresses that for students with intellectual disabilities, instruction should always be linked to the student’s own interests and experiences. Abstract concepts like frequency are best understood when they connect to the child’s actual daily reality.

Seasons and weather: introducing cyclical time 🔗

Seasons introduce the idea that time is not just linear but also cyclical – that patterns repeat. Weather is the most immediate and observable way to introduce seasons. Begin by simply discussing what the weather is like today: Is it sunny? Rainy? Cold? Windy? This kind of daily weather observation can become a classroom ritual.

Over weeks and months, the teacher can guide the child to notice patterns: “It has been cold for many days. This is winter. After winter comes spring, when it gets warmer and flowers begin to grow.” Posting a simple seasonal display in the classroom – showing images associated with each season – helps children connect these abstract cycles to real, visible changes in the world around them.

Weather and seasons also provide natural opportunities to revisit time vocabulary. “Last week it rained every day. This week the sun is out. Tomorrow it might be cloudy.” Each of these sentences ties a time word to an observable, concrete experience.

Measuring time with a clock 🔗

Clock-reading is the most structured part of time instruction, and it should begin only once the child has a working knowledge of numerals 1 through 12. Autism Classroom Resources advises that telling time is one of those skills that requires explicit, step-by-step instruction rather than incidental learning – especially for students in life skills classrooms.

Start with the hour hand only. Teach the child that when the short hand points to a number, that is the hour. Practice this with a large, clear teaching clock – ideally one with color-coded hands – until the child can identify the hour reliably. Only then introduce the minute hand, beginning with half-hours (30 minutes) before moving to quarter-hours and eventually individual minutes.

The OT Toolbox highlights that the analog clock gives children a visual, concrete picture of time passing – something a digital clock cannot provide. Watching the minute hand move around the face makes the passage of time tangible. However, for children who find the analog clock persistently difficult, a digital watch is a perfectly valid functional alternative. The goal is functional independence – that the child can use whatever tool is available to know the time in real life.

Hands-on practice is essential throughout. Moveable teaching clocks, matching games pairing analog and digital times, and practicing with a real watch worn on the wrist all help consolidate the skill. A study published in the Review of Education, Administration and Law found that computer game-based learning was particularly effective in teaching time concepts to children with intellectual disability, as it combined engagement with repetition in a low-pressure environment.

The concept of speed: time and task completion 🔗

Once a child begins to understand duration – that some activities take longer than others – the concept of speed can be introduced in a concrete, experiential way. Speed, in functional terms, means finishing a task faster takes less time.

Simple racing activities work well here. Have the child walk from one end of the room to the other, then run the same distance. Use a sand timer or stopwatch to show the difference. Ask: “Which took more time – walking or running?” Extend this to everyday tasks: “Can you put the blocks away faster today than yesterday? Let us time it and see.”

Sand timers and simple timer apps are excellent tools for making time visible during these activities. When a child sees the sand running down as they complete a task, they develop a genuine, felt sense of duration. This understanding – that effort and speed affect how long something takes – is a foundational skill for independence, self-management, and eventually, work readiness.

Putting it all together: consistency is the key 🔗

Teaching time to children with intellectual disability is not a unit to be covered and moved on from. It is a set of concepts that must be revisited, reinforced, and practiced across every part of the school day and home routine. Simply Special Ed recommends combining visual supports, hands-on tasks, and real waiting experiences so that children develop both the conceptual understanding of time and the practical ability to manage it.

The most important principle is to embed time instruction in real life. Every transition, every routine, every weather observation, and every timed activity is an opportunity to reinforce what time means and how it works. With consistent, contextual teaching, children with intellectual disability can develop a functional understanding of time that genuinely supports their independence and quality of life.

What do you think? How do you currently embed time vocabulary and sequencing into your students’ daily routines – and are there moments in the school day you feel could be used more intentionally for this purpose? If you work with children who struggle specifically with the abstract concept of “tomorrow” or “next week,” what strategies have you found most effective in making those ideas concrete?

References

1. https://pubmed.ncbi.nlm.nih.gov/16495321/
2. https://www.ldonline.org/ld-topics/teaching-instruction/teaching-time-management-students-learning-disabilities
3. https://www.projectidealonline.org/v/intellectual-disabilities/
4. https://www.abcmouse.com/learn/advice/how-to-teach-telling-time/13972
5. https://www.mentalhealth.com/library/effective-teaching-methods-intellectual-disabilities
6. https://www.avazapp.com/blog/teaching-children-to-tell-time/
7. https://autismclassroomresources.com/how-to-teach-telling-time/
8. https://www.theottoolbox.com/build-clock-hands-on-learning-teach-time/
9. https://real.spcrd.org/index.php/real/article/view/59
10. https://www.simplyspecialed.com/tips-for-teaching-time-in-special-education/