What is a concept map: Definition, types and how to create them (Complete guide)

Did you know that concept maps can transform the way you learn, teach, or plan projects? Although they may seem like simple diagrams at first glance, they are actually a powerful tool for mental and visual organization that connects ideas, structures knowledge, and facilitates understanding, both in educational and professional settings. This guide will immerse you in the concept so you can fully understand it and get the most out of it.

While definitions and examples abound, few articles offer the depth, applied examples, differences compared to other types of maps (such as mind maps or cognitive maps), benefits, development steps, and comprehensive theoretical context, ranging from constructivism to team management. We present the most complete resource in Spanish so you'll never again be unsure about what a concept map is, how to use it, and its practical applications in your daily life, whatever your objective.

What is a concept map?

A concept map is a graphical representation that captures the main ideas of a topic, visually showing how they relate to each other through keywords, connectors, and geometric shapes. Its structure goes beyond a simple outline : it allows for the integration, connection, prioritization, and synthesis of information, facilitating the understanding and deep learning of any content, from educational to business contexts.

This tool, which originated from David Ausubel's theory of meaningful learning and was further developed by Joseph D. Novak, aims to center the process of actively constructing knowledge. It is, therefore, much more than a simple drawing: it involves analyzing, organizing, and visualizing ideas based on their relevance and connections, becoming a true mental "map" of the content to be addressed.

Origin and history: from constructivist theory to the universal tool

To understand the power of concept maps, we must go back to their origins . In the 60s and 70s, psychologist David Ausubel, a pioneer of constructivism in education, established that learning is most effective when new information is logically and meaningfully integrated with what the student already knows. He called this idea meaningful learning.

Joseph Novak, influenced by Ausubel, developed the first concept maps at Cornell University to visualize how students assimilated new concepts and restructured their prior knowledge. Thus, concept maps emerged as a graphical solution to represent how ideas and concepts interconnect in our minds and how we actively construct knowledge, not only by memorizing it but also by relating it to other ideas.

Over time, concept maps have been adapted to different fields and age groups : from early childhood education to business, design, and project management. Their flexibility and visual appeal have made them a common resource in workshops, classrooms, laboratories, work teams, and consulting firms. Today, CmapTools and other digital applications have helped to universalize their use and facilitate their creation.

Technical definition and essential characteristics

What do all concept maps have in common? They are diagrams that organize concepts, link them using connectors or linking words, and show the hierarchy and relative importance of the elements represented. Therefore, their basic structure consists of three essential elements:

ConceptsThese are the main ideas or key terms that make up the topic. They are usually placed in nodes, which can be ovals, circles, rectangles, or ellipses, and are often written in capital letters to emphasize them.
Linking words or connectorsThese words or short phrases appear on the lines connecting the concepts, clarifying the type of relationship between them (for example, "is a", "implies", "requires", "causes", "is made up of").
PropositionsEach time we join two concepts using a linking word, we obtain a simple proposition: a meaningful idea that allows us to express a clear relationship on the subject.

Concept maps not only represent ideas but also the logic and hierarchy of how they connect. This allows you to visualize at a glance both the key content and the overall meaning of the information (something that doesn't happen with other models such as mind maps or organizational charts).

Elements and structure of a conceptual map

For the concept map to fulfill its function, it must integrate the following elements and characteristics :

Main conceptThe core or central idea of the map is usually located at the top (in hierarchical maps) or in the center (in spider-type maps).
Secondary concepts: Derived ideas or subtopics that are directly related to the main concept and branch out from it using lines or arrows.
ConnectionsLines, arrows, or links connect concepts, showing the interaction and dependency between them. It is essential to clarify the nature of the relationship using linking words written in lowercase.
visual hierarchyThe concepts are organized so that the most general or important ones occupy the most prominent positions, and the details or examples appear at lower levels, generally with a smaller font size or located further down.
KeywordsEach concept should be represented with precise terms (avoid long phrases), facilitating its identification and quick understanding.
Geometric figures (nodes)Concepts are usually housed in circles, ovals, ellipses, or rectangles, highlighting their importance compared to linking words, which are usually written freely on the lines.
Cross-linksMany concept maps incorporate connections that link concepts from different branches, showing transversal and multidimensional relationships.
Colors, symbols, and notesSome maps add color codes, icons, or brief notes to differentiate categories, highlight key concepts, or incorporate additional explanations.

A key feature is the ability to capture both the hierarchy and complexity of the information, allowing for a comprehensive and detailed view at the same time.

How to create a concept map? A step-by-step guide

Creating a concept map is a process that follows a series of logical and flexible steps. We'll explain how to do it to take full advantage of its potential, both on paper and using digital tools (such as Lucidchart , Asana , or CmapTools).

Choose the central theme or conceptClearly identify the main idea you want to analyze, learn, or develop. It could be a question ("What is photosynthesis?"), a broad concept ("Project Management"), or a specific problem.
Gather the relevant conceptsRead, research, and note down the key concepts related to the topic. It is important to select only the essential ideas (between 10 and 25 is usually enough to avoid cluttering the map).
Prioritize the conceptsOrder the concepts from the most general/abstract to the most specific/concrete. This way, you can organize your map hierarchically (from top to bottom) or radially (from the center outwards).
Establish the connectionsConnect the concepts using lines, arrows, and linking words that explain the relationship between them. Each pair of concepts and its linking word forms a meaningful proposition.
Add details, examples, and cross-links: Enrich the map by including examples, details, and cross-links that add depth and show complex relationships between concepts.
Organize visually and reviewUse geometric shapes for the concepts, maintain a neat aesthetic, and review the map to ensure it is clear, coherent, and covers all important elements.
Digitize and share (optional)If needed, use digital tools to facilitate editing, storage, and team collaboration.

Practical tip: Don't fall in love with the first draft. It's common to improve the concept map after a first version, adding/removing concepts, reorganizing the hierarchy, or refining the connectors.

Introduction to Study Techniques (Part I)

Types of concept maps and practical examples

There are different structures for concept maps, adapted to the objective and type of content to be represented:

Spider mapThe central concept is placed in the center, and secondary ideas branch out around it. It is simple and useful for brainstorming.
Hierarchical mapConcepts are ordered from highest to lowest hierarchy, from top to bottom, allowing visualization of the importance and relationship between general and specific ideas. This is common in education and business organization.
Diagram of flowOrganizes information sequentially, ideal for processes or action chains. Uses standard graphic elements (ovals for start/finish, rectangles for actions, diamonds for decisions).
Systemic mapIt represents complex systems by showing both the internal components and the environment. It is usually divided between the "system" (what is included within the main circle) and the "environment" (what is external), and indicates processes, relationships, and flows between the different elements.

In all cases, the key is to visualize at a glance the connections and contributions of each concept , facilitating both learning and problem-solving or strategic planning.

Concept map vs. mind map vs. cognitive map: key differences

It is common to confuse concept maps with other graphic models, such as mind maps or cognitive maps. Each has different objectives, structure, and applications.

	Conceptual map	Mental map	Cognitive Map
Objective	Explore relationships between concepts, organize formal knowledge, and generate explanatory propositions.	Expand and explore ideas freely, facilitate creativity, and organize associative information.	Describe mental models or complex processes without formal restrictions.
Structure	Hierarchical or radial, with relationships labeled using linking words. It connects concepts through propositions.	Radial, with ideas branching out from a central core. Less emphasis on cross-relationships or hierarchy.	Free, without fixed rules. It allows for a variety of forms and representations.
Applications	Education, research, planning, communication of complex topics.	Brainstorming, creativity, product decomposition, personal exploration.	Visualization of thoughts, mental models and internal processes, analysis of problems.
Adaptability	Media, focused on formal relationships.	Media, very flexible and creative.	High quality, no format restrictions.

In short, while concept maps structure and hierarchize knowledge, mind maps are used to freely generate and connect ideas, and cognitive maps represent mental models or internal processes without strict rules.

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Advantages and disadvantages of concept maps

key benefits

They offer a global and instantaneous view of a topic, facilitating understanding and memorization.
They allow you to synthesize and simplify complex information, showing logical and hierarchical relationships.
They foster critical and creative thinking, and the ability to analyze, compare, and transfer ideas to new contexts.
They are useful in education, business, science, project management, and decision-making.
They facilitate cooperation and efficient communication in multidisciplinary teams.
They help to detect gaps in knowledge and act as a review and assessment tool.

Points to consider

If the content is too extensive or complex, the map may be overwhelming or difficult to read.
It requires selection and synthesis of concepts, which can limit depth if not done properly.
It requires more processing time than other simple graphics.

Specific applications and examples

The versatility of concept maps is one of their great virtues , as they can be used in:

EducationThey help students and teachers to organize ideas, plan lessons, present topics, and assess understanding.
Businesses and companiesUsed to visualize processes, workflows, marketing strategies, product development, market analysis, or structuring of projects and teams.
Science and technologyThey allow modeling complex systems, analyzing causes and consequences, synthesizing theories, or identifying dependencies between variables.
Conflict resolutionThese are "breakdown" and analysis tools to address complex issues, facilitating the identification of causes, alternatives, and dependency relationships.

Within the academic field, concept maps have become established as reference resources for understanding theories, developing theoretical frameworks, or assessing understanding in subjects at any level, from primary school to university, as demonstrated by numerous university guides and teaching resources.

How to create effective concept maps: recommendations and best practices

If you want your concept map to be truly useful and easy to understand, keep the following recommendations in mind:

Use brief and precise conceptsAvoid long sentences. A concept map should be readable at a glance.
Prioritize hierarchy and visual order: Place the general concepts in the most prominent positions and the details at successive levels.
Choose clear linking wordsThey are the key to making your connections meaningful. Use verbs or phrases that indicate the type of relationship ("is a", "implies", "depends on").
Don't overload with informationThe important thing is clarity and the ability to synthesize.
Use colors and symbols if you think it's necessaryThey are used to highlight categories, emphasize key ideas, or facilitate memorization.
Review and correctConsult with other colleagues or experts to ensure that the map is understandable and does not omit important connections.

In the case of collaborative projects or teams, there are online tools that allow you to create and edit concept maps in a simple and collaborative way, such as Lucidchart, Asana or CmapTools.

Tools and resources for creating concept maps

Today, there are numerous applications and digital resources for creating concept maps , among which the following stand out:

LucidchartA very complete platform for creating concept maps, flowcharts and other visual diagrams, ideal for both education and business, with real-time collaboration options.
AsanaAlthough it is primarily a project management tool, it offers specific templates for concept maps, facilitating the organization of tasks and ideas in multidisciplinary teams.
CmapTools: Free software developed by the Institute for Human & Machine Cognition that allows you to create, organize and share concept maps collaboratively.
Miro: Intuitive digital whiteboard, perfect for brainstorming and dynamic creation of concept maps with remote teams.

In addition, many universities, libraries, and educational resources have downloadable guides and templates to help you start practicing creating concept maps.

Steps to use concept maps in different contexts

In the classroom

As a study techniqueStudents can summarize units, organize complex topics, prepare for exams, or visualize the relationships between theories and examples.
In teachingTeachers use maps to plan lessons, facilitate understanding of topics, and assess students' level of comprehension.
For collaborative learningGroups can build concept maps as a team, discussing and reaching consensus on the connections and hierarchies of the concepts.

In business and project management

To organize processes and workflowsIdeal for visualizing stages, tasks, and relationships between departments or teams.
As a brainstorming toolThey promote the collective generation of ideas and the detection of relationships between key factors of a project.
In strategic planningThey help to structure objectives, strategies, and possible scenarios through logical branching and connections.
For the diagnosis and analysis of problemsThey facilitate the identification of causes, consequences and possible solutions, allowing for more documented and visual decision-making.

Common mistakes when creating concept maps and how to avoid them

To ensure the map is effective and retains its function, avoid the following common mistakes:

Including too much information or irrelevant conceptsmaking the map chaotic and difficult to read.
Not correctly defining the hierarchy or importance of the conceptsThis leads to a loss of clarity and hinders overall understanding.
Use long phrases instead of keywordsRemember, concepts should be brief and concise.
Do not specify the relationship with linking wordsIf you only connect concepts with lines, the explanatory value of the concept map is lost.
Do not review or update the map after the first version, thus losing the opportunity to improve and refine the model.

If you take care of these aspects, your concept map will be clear, effective, and truly powerful as a visual and mental organization tool.

Why do concept maps work so well? Cognitive and neuropsychological keys

According to experts, our brain is especially well-suited to process visual information and establish relationships and hierarchies between concepts. Concept maps leverage this ability, organizing data into structures that mimic associative thinking and long-term memory.

Ausubel's theory of meaningful assimilation explains that we learn best when we connect new information with what we already know, generating stronger and more lasting mental structures. Concept maps facilitate this process, as they require us to analyze, select, and connect ideas, fostering in-depth understanding and cross-curricular learning.

Furthermore, the hierarchical and visual organization promotes the retention and retrieval of information , and reduces the forgetting inherent in traditional rote learning.

Real-world application examples and expert advice

Let's look at some simple but illustrative examples of concept maps and their practical use:

In a university subjectTo synthesize the syllabus of an exam, students create a concept map of the topic "Learning Theory", organizing authors, key concepts, theories and examples in a hierarchical structure ordered from most to least important.
For a business projectA marketing team uses a system-type conceptual map to visualize all the elements involved in launching a new product, differentiating between the "system" (departments involved) and the "environment" (customers, suppliers, competition), and indicating the flows of information and resources between them.
Managing processes in a companyA conceptual map/flowchart is used to show all the steps, decisions, and interrelationships of the customer service process, improving efficiency and facilitating the identification of improvements.

Final tip : The more you practice creating concept maps, the better you'll become at synthesizing, relating, and prioritizing information. Transform any topic, idea, or procedure into a visual structure that's easy to understand, share, and remember.