Habilmind > Related to Students' Academic Performance > General Learning Skills
Assessment through a criterion-referenced test to measure the development level of cognitive skills essential for learning and professional performance.
✍🏻 Author: Isauro Blanco
ℹ️ Application: Collective and individual
🕓 Duration: 2 to 3 sessions of 45 minutes each
✅ Applicable age: 6 years and above
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The reasons behind certain learning difficulties.
High-impact indicators separately.
Proactively.
Group diversity.
Accurate information.
1.School failure: Early detection facilitates intervention to prevent learning difficulties from becoming chronic and ensures an appropriate educational response.
2.Difficulties in reading mastery and comprehension: Reading is the foundation of all learning; struggles in this area can impact performance in any subject, including mathematics. This tool helps identify which skills are underdeveloped, allowing targeted stimulation to prevent negative effects on reading competence.
3.Difficulties in learning mathematics: Mathematics is often met with resistance because the root of the difficulty is not identified, leading to reinforcement without addressing the underlying issue. Identifying the source of the difficulty prevents it from becoming a long-term obstacle.
4.Lack of motivation and low academic self-concept: A false belief of low ability due to poor or insufficient school performance directly affects intellectual self-esteem and, consequently, motivation. Understanding their skills, how they influence performance, and how to develop them fosters students' sense of control over their learning and enhances their motivation for improvement.
TOOL INDICATORS
Vocabulary
The basic unit of language, the word, essential for grasping ideas and communication.
Following Extensive Information
Synthesising ideas from multiple paragraphs to derive the fundamental concept of an entire text.
Mathematical critical judgment
Selecting the appropriate rule or principle to solve arithmetic problems.
Visual Information Processing
Integrating written words visually, crucial for fast and accurate mechanical reading.
Fast and accurate reading
Executing fluent and precise speed reading, dependent on binocular vision, fixations, and saccadic eye movements.
Handling hypotheses or theories
Formulating abstract relationships between ideas or concepts, leading to reliable hypotheses.
Spatial perspective
Mentally understanding transformations of reality and the conservation of objects in space.
Symbolic criteria
Classifying mathematical concepts and identifying similarities/differences in arithmetic problem-solving.
Auditory memory for sequences
Storing and recalling sequential auditory information.
Peripheral incidental memory
Recalling details that were not intentionally captured, essential in experimental sciences and spelling.
Visual Memory and Attention
Retaining visually perceived data, closely related to visual attention.
Basic reading comprehension
Understanding the relationship between words to comprehend phrases or paragraphs.
Managing the four basic arithmetic operations (addition, subtraction, multiplication, and division).
Selecting and applying the necessary basic arithmetic operations to reach the correct answer.
Visual discrimination
Recognising differences and similarities, essential for spelling, experimental sciences, and decoding.
Classification and Conceptualisation
Defining, organising, and forming concepts (basic language) and mental classification.
Spatial orientation
Differentiating spatial positioning, necessary for geometry, trigonometry, and related fields.
Visual analysis
Evaluating information for concept formation, mental organisation, and classifying learning experiences.
Logical memory
Connecting and integrating different symbolic information, crucial for computing skills.
Visual memory for logical sequences
Storing and recalling sequences of images, letters, or numbers in logical blocks.
Memory and auditory attention
Retaining information captured through oral communication.
General logic
Applying logical reasoning to mathematical symbols, essential for problem-solving and structured thinking.
On which platforms of the Habilmind Ecosystem is this tool available?
LEARN MORE ABOUT THE TOOL
Video in which Isauro Blanco explains the cognitive test Learning Skills
Video tutorial for the General Learning Skills test
Key aspects you should know about the General Learning Skills test. Explanation and tour of the platform.
You can use it to provide information to teachers, parents, directors...
DELVING INTO THE TOOL
Access the download of the theoretical foundation of this tool, essential information for psychology professionals and other experts in the field, available at this link.
Request access to the tool through the "FREE REGISTRATION" button to explore it first-hand.
(*) Free trials are available for schools, colleges, institutes, universities, clinical psychologists, and researchers.
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