Concept Maps for SLD and SEN: A Practical and Complete Guide

Discover how concept maps can transform studying for students with SLD and SEN. Our complete guide offers practical strategies and tips for using this compensatory tool to improve learning.

Published on Nov 27, 2025
Updated on Nov 27, 2025
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In Brief (TL;DR)

Concept maps are a fundamental compensatory tool for students with SLD and SEN, essential for organizing information and facilitating comprehension and learning.

This practical guide shows how to leverage maps to organize information and simplify comprehension, turning studying into a more accessible and effective activity.

In this guide, we will discover practical strategies and digital tools for creating effective maps, transforming studying into a simpler and more autonomous experience.

The devil is in the details. 👇 Keep reading to discover the critical steps and practical tips to avoid mistakes.

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Concept maps are an extraordinarily effective compensatory tool for students with Specific Learning Disabilities (SLD) and Special Educational Needs (SEN). In a school system evolving toward increasingly inclusive teaching, understanding the value and use of these tools is crucial. This article offers a complete guide to using concept maps, exploring the Italian regulatory context, practical benefits, and the best strategies for integrating them into studying, in a dialogue between tradition and innovation that characterizes Mediterranean educational culture.

Learning is not a one-size-fits-all journey. For students facing challenges like dyslexia, dysgraphia, dyscalculia, or other difficulties, traditional study methods based on linear reading can be an obstacle. Concept maps step in to overcome these barriers, transforming complex information flows into visual, logical, and more easily digestible structures. Through keywords, colors, and graphic connections, students can organize their thoughts, improve memorization, and, most importantly, gain greater autonomy and confidence in their abilities.

Concept map drawn on a sheet of paper with a central concept and various nodes connected by arrows to organize information
Concept maps are a fundamental visual tool to support the learning of students with SLD and SEN. Discover how to create and use them to their full potential in our article.

The Regulatory Context in Italy: An Established Right

In Italy, the use of concept maps as a compensatory tool is not just a good teaching practice but a recognized right. Law no. 170 of October 8, 2010, was a turning point, officially recognizing Specific Learning Disabilities and establishing the need for personalized teaching measures. The subsequent MIUR Guidelines (Ministerial Decree of July 12, 2011) further specified which tools can be used to support students, explicitly including concept maps.

These regulations emphasize that concept maps must be included in the Personalized Education Plan (PDP), the document that formalizes the strategies agreed upon by the school, family, and student. It is important to note that the law does not require prior approval of the map by the teacher before its use during tests or oral exams, unless otherwise specified in the PDP itself to ensure the tool does not become an undue advantage. The goal is to promote student autonomy, not to limit it with bureaucratic procedures.

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Why Concept Maps Work for SLD and SEN

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The benefits of concept maps for students with SLD and SEN are numerous and scientifically based. These tools directly address specific difficulties related to information processing. One of the main advantages is visual structuring. Maps transform long paragraphs into a hierarchical graphic representation, helping to grasp the relationships between main and secondary concepts. This approach is particularly useful for those who have difficulty with the sequential nature of written text, as in the case of dyslexia.

Using a map reduces the cognitive load required to mentally organize information, allowing the student to focus on comprehension rather than decoding. Furthermore, the use of colors, images, and keywords stimulates visual memory, often a strength in individuals with SLD. This method not only facilitates memorization but also the retrieval of information during an oral presentation or a written test. Finally, learning to build and use maps promotes autonomy and self-efficacy, crucial elements for educational success and self-esteem.

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Tradition and Innovation in Italian Inclusive Education

The Italian school system, rooted in a deep humanistic tradition, has progressively embraced innovation to build a model of inclusive education. This path has shifted the focus from integration, understood as the student’s adaptation to the school, to inclusion, where the school modifies itself to meet the needs of each individual. In this scenario, which reflects the person-centered attention typical of Mediterranean culture, tools like concept maps represent a perfect bridge between past and future.

Tradition is found in the importance given to the logical structuring of thought, a legacy of classical rhetoric. Innovation, on the other hand, lies in the adoption of technologies and methodologies that make this process accessible to all. The use of software and apps to create digital maps is a brilliant example of how technology can support an ancient educational need: that of bringing order to knowledge. The Italian school system is therefore in a privileged position to combine a consolidated pedagogical approach with the infinite possibilities offered by digital tools, promoting learning that is truly for everyone.

Mind Maps and Concept Maps: Let’s Clarify

Often used as synonyms, the terms “mind map” and “concept map” actually refer to two different tools with specific structures and purposes. The mind map, theorized by Tony Buzan, has a radial structure: a central concept from which ideas and associated thoughts branch out freely, like the branches of a tree. It is an excellent tool for brainstorming and for bringing out prior knowledge, favoring creativity and idea association through extensive use of images and colors.

The concept map, developed by Joseph Novak, has a hierarchical and network-like structure. Concepts, placed in nodes, are connected by arrows and “linking words” that specify the nature of the relationship between them. This logical structure makes it ideal for analyzing, synthesizing, and reorganizing information from a study text. For students with SLD, the concept map is often more effective for structured study, while the mind map can be an excellent starting point for the ideation phase. The choice between digital and paper depends on individual preferences and specific goals.

How to Create an Effective Concept Map

Building a concept map is a metacognitive process that helps the student become the protagonist of their own learning. To be truly functional, a map must be clear and concise. The first step is to identify the main concept of the topic, which should be placed at the top center. From there, you proceed downwards, identifying subordinate concepts and connecting them with oriented arrows.

It is crucial to use keywords or very short phrases within the nodes, avoiding long texts. The connecting lines must be explained by linking words (e.g., “is composed of,” “causes,” “depends on”) that clarify the logical relationship. The strategic use of colors can help categorize information, but it’s best not to overdo it to avoid creating confusion. An effective map is not a copy of the book, but a personal and concise reworking. Remember that making mistakes is part of the process; that’s why it’s useful to know the 7 most common mistakes to avoid.

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The Digital Tools Market: Supporting Software and Apps

Technological innovation has led to the emergence of a vast market of software and applications for creating concept maps, many of which are specifically designed for the needs of students with SLD. These digital tools offer significant advantages over manual creation, such as the ability to easily modify the map, insert multimedia elements (images, videos, links), and use text-to-speech functions to listen to the text in the nodes.

In Italy and Europe, there are numerous options, both free and paid. Among the best-known software are XMind, Coggle, and MindMeister, which offer intuitive interfaces and collaborative features. There are also solutions developed specifically for the Italian context, such as SuperMappeX by Anastasis, which integrate advanced compensatory tools. Recently, artificial intelligence has entered this sector with apps like Algor Maps, capable of automatically generating maps from a text, offering a starting point that the student can then customize. The choice of the right tool depends on the individual needs and the student’s level of autonomy.

Conclusion

disegno di un ragazzo seduto a gambe incrociate con un laptop sulle gambe che trae le conclusioni di tutto quello che si è scritto finora

Concept maps are much more than a simple diagram: they represent a key to knowledge for thousands of students with SLD and SEN. In a context like Italy’s, where the right to education and inclusion are foundational values of the educational system, these tools prove to be essential. Their effectiveness, supported by decades of pedagogical research and sanctioned by law, lies in their ability to enhance different learning styles, particularly the visual one, and to promote student autonomy. The integration of our country’s solid teaching tradition with continuous technological innovations opens promising scenarios for an increasingly equitable and personalized school, where every student has the opportunity to express their potential. Knowing how to create and use a concept map is a transferable skill that accompanies the student far beyond their school years, becoming a valuable ability for organizing ideas and projects in every area of life.

Frequently Asked Questions

disegno di un ragazzo seduto con nuvolette di testo con dentro la parola FAQ

What is the legal basis for the use of concept maps for SLD in Italy?

In Italy, the use of concept maps as a compensatory tool for students with Specific Learning Disabilities (SLD) is primarily established by Law 170 of 2010 and the subsequent MIUR Guidelines of 2011 (Ministerial Decree 5669/2011). Law 170 recognizes dyslexia, dysgraphia, dysorthographia, and dyscalculia, and establishes the right of students to use compensatory tools and dispensatory measures. The Guidelines specify that concept maps are among the recommended tools to facilitate comprehension, memorization, and information retrieval, and their use must be formalized in the Personalized Education Plan (PDP).

Who should create the concept map, the student or the teacher?

The regulations (Law 170/10 and MD 5669/11) indicate that the primary goal is to promote student autonomy. Therefore, the concept map should be created by the student. It is the school’s responsibility to teach the student how to create effective maps. If a student is not yet able to do so independently, the PDP may provide for initial support, which can include the teacher providing maps or guided creation. However, the ultimate goal is always to enable the student to build their own maps, as this process of personal reworking is a fundamental part of meaningful learning.

Are there recommended software or apps for creating concept maps for students with SLD?

Yes, there are numerous software and apps, many of which are particularly suitable for students with SLD thanks to simple interfaces and integrated features like text-to-speech. Some well-known examples are Coggle, MindMeister, and XMind. In Italy, software like SuperMappeX by Anastasis is very popular because it is specifically designed for compensatory needs. Recently, tools based on artificial intelligence, such as Algor Maps, have also emerged. They can generate a first draft of a map from a text, facilitating the student’s initial work. The choice depends on personal preferences, the device used (PC, tablet), and the specific features required.

What is the main difference between a mind map and a concept map?

The main difference lies in their structure and function. A mind map has a radial structure with a central idea and branches that develop through free association, using many images and colors; it is ideal for brainstorming. A concept map, on the other hand, has a hierarchical structure (top-down) that shows the logical relationships between concepts through nodes and arrows with linking words; it is better suited for synthesizing and organizing study content in a structured way.

Can concept maps be used during State Exams?

Yes, concept maps can be used during State Exams. The Ministerial Ordinance that regulates the State Exams provides that students with SLD can use the compensatory tools specified in their Personalized Education Plan (PDP) and used regularly during the school year. It is essential that the map is a support tool and not a detailed summary to be copied. The exam board is sovereign and can assess the appropriateness of the tool, so it is important for students to learn to create concise and functional maps focused on keywords and main concepts.

Frequently Asked Questions

What is the difference between concept maps and mind maps?

The main difference lies in their structure. Concept maps, developed by Joseph Novak, have a hierarchical structure, similar to a tree or an organizational chart, that develops from top to bottom. They connect concepts via arrows and ‘linking words’ to specify logical relationships (cause-effect, succession). Mind maps, created by Tony Buzan, have a radial structure: the main concept is in the center, and related ideas radiate outwards in a more free and creative way, using many colors and images to stimulate visual memory and associative thinking.

Are concept maps only useful for students with SLD and SEN?

Absolutely not. Although they are a fundamental compensatory tool for students with Specific Learning Disabilities (SLD) and Special Educational Needs (SEN), concept maps are valuable for everyone. They help all students organize information, visualize connections between ideas, improve memorization, and develop critical thinking. Using maps in the classroom promotes inclusive teaching, where the entire class can benefit from the same effective study method.

What software can be used to create concept maps?

There are numerous software options, both free and paid, suitable for different needs. Among the free and popular options are Xmind, Coggle, and GitMind, which allow you to create and share maps online. Other tools like MindMeister and Canva offer collaborative features and pre-set templates, even in their free versions. There are also specific applications designed for students with SLD, such as Algor Maps, which uses artificial intelligence to generate maps from a text. The choice depends on personal preferences and the required features, such as inserting images, videos, or using text-to-speech.

How can I encourage my child to use concept maps?

To motivate a child, it’s helpful to present maps not as an obligation, but as a more creative and less strenuous way to study. Start by creating a map together on a topic that interests them, using colors, drawings, and keywords. Show them how the map transforms a long text into a single visual page, making review quicker. The goal is to help them discover that building a map is a personal process that increases autonomy and confidence in their abilities, leading to better results with less anxiety.

Can concept maps be used during tests and exams?

Yes, concept maps are a compensatory tool provided for by Law 170/2010 and subsequent guidelines. Their use during tests and exams is a right for students with SLD, as long as it is specified in the Personalized Education Plan (PDP). Prior approval of the map by the teacher is not necessary before each test, although the school is responsible for teaching its effective use. At State Exams, the student can use maps as a support tool if provided for in their PDP, and it is up to the exam board to assess their appropriateness.

Francesco Zinghinì

Engineer and digital entrepreneur, founder of the TuttoSemplice project. His vision is to break down barriers between users and complex information, making topics like finance, technology, and economic news finally understandable and useful for everyday life.

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