Objects of Reference: The Complete Teacher's Guide to Tactile Communication
Complete guide to Objects of Reference for PMLD and sensory impairment. Learn to choose, introduce and use tactile symbols for effective communication.
Objects of Reference are tangible items used alongside spoken language to represent activities, people, places, or events. For children with profound and multiple learning difficulties, sensory impairments, or significant communication needs, these physical objects provide a concrete way to understand what is happening, what is about to happen, and to communicate their own choices. This approach bridges the gap between the abstract world of words and the concrete world that these learners can touch, hold, and explore.
Key Takeaways
Objects of Reference: From Concrete to Communication
Effective Object Reference Teaching Strategies
Object Reference Types and Categories
| Object Type | Description | Example Use |
|---|---|---|
| Identical objects | Exact match to the real item | A real cup to represent drink time |
| Associated objects | Items strongly linked to an activity | Swimming goggles for pool time |
| Partial objects | Part of something representing the whole | A piece of towel for bath time |
| Textured objects | Tactile representations of concepts | Rough texture for outdoor play |
What Are Objects of Reference?
Objects of Reference are physical items that represent activities, people, places, or events for individuals with communication difficulties. These tangible objects provide concrete communication support for learners with profound learning difficulties, autism, or sensory impairments. They reduce anxiety and enable choice-making through tactile exploration.
Objects of Reference (OOR) are physical objects that represent something else: an activity, a person, a place, or an event. They are used as a communication system with individuals who have not yet developed, or cannot access, more abstract forms of communication like speech, signs, or symbols.
At their simplest level, Objects of Reference help individuals understand what is about to happen. A spoon presented before lunch signals "it is time to eat." A towel before bathtime signals "we are going to have a bath." The object becomes a predictable cue that reduces anxiety and builds anticipation.
At more developed levels, Objects of Reference can support:
The approach has its roots in work with deafblind children and adults, where tactile communication is essential. It is now widely used with anyone who needs concrete support to understand the world, including learners with:
How Do Objects of Reference Work?
Objects of Reference work by creating concrete links between physical items and their meanings through consistent use and tactile exploration. The learner handles the object whilst hearing associated words, building understanding through repeated exposure. This process develops from simple recognition to active communication and choice-making.
Object-Meaning Connection in Tactile Learning
For most people, words are arbitrary symbols. There is nothing about the word "cup" that tells you what it means. You learned this association through repeated experience.
Objects of Reference create a more direct connection. The cup is not an arbitrary symbol for drinking; it is the actual thing used for drinking. This concrete link is much easier to learn than an arbitrary symbol.
Over time, with consistent use, learners can begin to understand that the object represents the activity, not just that the object and activity go together. This is the beginning of symbolic understanding, which may eventually support the use of more abstract communication systems.
Representation Hierarchy: Concrete to Abstract
Objects of Reference sit within a hierarchy from most concrete to most abstract:
| Level | Example | Abstraction |
|---|---|---|
| Real object used in activity | The actual cup used for drinking | Most concrete |
| Part of real object | A handle from the drinking cup | Slightly abstract |
| Miniature object | A toy cup | More abstract |
| Photograph | Picture of the cup | Abstract |
| Line drawing | Simple drawing of cup | Very abstract |
| Written word | The word "cup" | Most abstract |
Moving up this hierarchy requires significant cognitive development. Many learners with profound difficulties will always need concrete objects. Others may gradually move to photographs or symbols, but this progression cannot be rushed.
The key principle is to start where the learner is and build understanding at that level before considering any move towards more abstract representation.
The Role of Sensory Exploration
Objects of Reference work because they engage multiple senses simultaneously. When a learner handles a swimming costume, they feel the texture of the material, notice its smell from the swimming pool, and explore its shape and size. This multi-sensory experience creates rich associations that support memory and understanding.
For learners with visual impairments, this tactile exploration becomes even more critical. The object provides information that cannot be gained through sight alone. A towel feels fluffy and absorbent. A spoon is smooth and metallic. These sensory qualities become part of the meaning.
Research shows that multi-sensory learning strengthens neural pathways and supports retention. For learners with profound difficulties, this sensory richness may be the primary route to understanding.
Classroom Implementation Best Practices
Successful implementation requires careful selection of objects, consistent use across all staff, and systematic introduction following the learner's pace. Start with objects directly used in activities, ensure all team members use identical approaches, and allow sufficient exploration time before expecting recognition or response.
Choosing Appropriate Objects
The most effective Objects of Reference are items actually used in the activity they represent. This creates a natural, logical connection that supports learning. However, practical considerations sometimes require adaptations:
Further Reading: Key Research Papers
These peer-reviewed studies provide the research foundation for the strategies discussed in this article:
DIGITAL TRANSFORMATION IN CLASSROOM TEACHING (THEORETICAL BASIS AND Practise) View study ↗
S. Šehović et al. (2025)
This research explores how digital technology is fundamentally changing the way schools operate and how teachers deliver instruction, particularly for students who have grown up immersed in digital environments. The study provides both theoretical frameworks and practical guidance for educators navigating the shift from traditional teaching methods to digitally-enhanced learning experiences. Teachers will find valuable insights on adapting their practise to meet the expectations and learning preferences of today's tech-savvy students.
Teachers' Readiness in Teaching Mathematics to Special Educational Needs Students with Learning Disabilities View study ↗
Azwatul Syahiera Mohd Azme et al. (2025)
This study examines whether teachers feel prepared to teach mathematics effectively to students with special educational needs, identifying key challenges in adapting teaching strategies and using multisensory approaches. The research reveals specific areas where teachers struggle most when working with SEN students, including the integration of educational technology and hands-on learning methods. Mathematics teachers and special education professionals will benefit from understanding these readiness gaps and the practical solutions suggested for improving instruction for diverse learners.
Utilizing Natural Materials in Early Mathematics Education: Applying Bruner's Theory to Early Childhood Learning in Surakarta View study ↗
1 citations
S. Sudarti et al. (2025)
Researchers found that using natural materials like leaves, stones, and seeds dramatically improves young children's understanding of mathematical concepts compared to traditional worksheet-based teaching. The study demonstrates how hands-on exploration with everyday objects helps children progress from concrete manipulation to abstract mathematical thinking. Early childhood educators will discover practical strategies for transforming their math instruction using readily available natural materials that engage children's senses and deepen conceptual learning.
Concrete-Pictorial-Abstract Approach in Developing Students' Understanding of Surface Area of Solids View study ↗
Emerlyn Abrenica (2025)
This research proves that teaching geometry through a three-step process of hands-on manipulation, visual representation, and abstract calculation significantly improves Grade 8 students' understanding of complex concepts like surface area. Students who learned through this concrete-to-abstract progression showed much better comprehension than those taught through traditional methods. Math teachers will find this approach particularly valuable for making challenging geometric concepts accessible to students who struggle with spatial visualization.
Enhancing Early Reading Competencies in Students with Mild Intellectual Disabilities View study ↗
Y. Yuliana & Pujaningsih Pujaningsih (2025)
A four-week classroom study demonstrated that Montessori teaching methods significantly improved reading skills in first-grade students with mild intellectual disabilities who were struggling with traditional instruction. The research shows how hands-on, individualized learning activities can develop reading potential in students who need alternative approaches to literacy development. Special education teachers and inclusive classroom educators will gain practical insights into adapting teaching methods to support diverse learners' reading success.
