Cognitive Abilities Scale

Abstract

The Cognitive Abilities Scale (CAS) is a self-report instrument designed to assess an individual’s perceived strengths across a broad spectrum of cognitive domains. This scale is rooted conceptually in the established taxonomy of human abilities developed by Fleishman and Reilly (1992), which systematically categorizes abilities relevant to job performance and occupational requirements. The CAS measures perceived competence across seven primary factors, including Verbal Abilities, Spatial Abilities, and Reasoning. Utilizing a 7-point Likert response format, the scale provides researchers and practitioners with a robust tool for measuring self-awareness regarding complex cognitive abilities, often applied in contexts such as leadership studies and psychological assessment.

Keywords

Cognitive abilities, Fleishman, Self-report measure, Psychometrics, Verbal abilities, Quantitative abilities, Spatial reasoning, Idea generation, Attentiveness, Memory.

Authors

Edwin A. Fleishman, Michael E. Reilly, Ryan J. Condon (Adapter/User).

Purpose

The primary purpose of the Cognitive Abilities Scale is to quantify an individual’s self-assessed level of competence across critical cognitive domains. Unlike objective performance tests, this instrument focuses on the self-perception of ability, which is a crucial component of self-awareness and metacognition. Derived from the comprehensive framework of the Fleishman Job Analysis Survey (F-JAS), the scale is valuable for relating self-perceived cognitive strengths to job requirements, training needs, or performance in complex roles such as leadership.

The CAS aims to provide a granular assessment, covering abilities from basic numerical calculation to complex divergent thinking and spatial visualization. Its application in academic research, such as the 2011 study by Condon, highlights its utility in exploring the relationship between self-awareness and constructs like leadership effectiveness, where accurate self-assessment of cognitive abilities is paramount.

Construct

The scale measures the overarching psychological construct of Cognitive Ability, operationalized through self-ratings aligned with the established ability taxonomy of Fleishman and Reilly. This taxonomy divides cognitive functions into distinct, measurable factors. The scale assesses 21 specific items which load onto seven hypothesized underlying dimensions:

  • Verbal Abilities: Encompassing listening comprehension, written comprehension, oral expression, and written expression.
  • Quantitative Abilities: Focused on mathematical reasoning and numerical calculation speed.
  • Idea Generation and Reasoning: Involving fluency, originality, deductive, and inductive reasoning.
  • Memory: The ability to remember information, procedures, and patterns.
  • Perceptual Abilities: Including speed of closure and perceptual speed.
  • Spatial Abilities: Covering spatial orientation and visualization.
  • Attentiveness: Measuring selective attention and divided attention (concentration).

The instrument provides a detailed profile of an individual’s cognitive self-concept across these critical dimensions, aligning closely with established models of human performance requirements.

Validity

While specific details regarding convergent or discriminant validity coefficients are not provided in the summary source, the scale’s content validity is strongly supported by its derivation from the Fleishman Job Analysis Survey (F-JAS). The F-JAS framework is widely recognized in industrial and organizational psychology as a foundation for defining and measuring job-relevant human abilities.

The systematic development of the original ability definitions by Fleishman and Reilly ensures that the items selected for the CAS comprehensively cover the intended range of cognitive abilities relevant to complex tasks and occupational profiles. Its successful integration into advanced academic research, such as master’s level theses, further suggests its acceptable utility and conceptual alignment within the field of psychometrics.

Reliability

The internal consistency of the Cognitive Abilities Scale has been demonstrated through standard psychometric procedures. The reliability assessment, measured using Cronbach’s alpha, indicates high consistency across administrations.

  • Reliability (Time One): 0.84
  • Reliability (Time Two): 0.83

These values are considered highly acceptable in social science and psychological research, confirming that the items cohesively measure the intended latent construct of overall self-perceived cognitive ability. The consistency across two measurement periods suggests good temporal stability for the scale in a research setting.

Factor Analysis

The structure of the Cognitive Abilities Scale reflects the underlying factor model provided by the Fleishman ability taxonomy, which posits distinct yet related factors of human ability. The scale items are designed to load onto the following seven distinct cognitive factors:

  • Perceptual Abilities
  • Spatial Abilities
  • Idea Generation and Reasoning
  • Quantitative Abilities
  • Memory
  • Attentiveness
  • Verbal Abilities

This multi-factor structure allows researchers to analyze strengths and weaknesses across specific areas of cognition rather than relying solely on a single, general factor score. The differentiation between factors such as ‘Idea Generation’ (creativity/fluency) and ‘Quantitative Abilities’ (mathematical processing) enables a comprehensive mapping of self-perceived cognitive resources.

Instrument

Test Type: Self-Report Inventory / Psychometric Scale

Format: 7-point Likert scale (1=Describes me extremely poorly, 7=Describes me extremely well)

Language Available: English (as presented in the source context)

Population Group: General adult population, particularly those involved in educational or occupational assessment (e.g., job candidates, employees, students).

Age Group: Adults (typically 18+)

Population Details: The scale was utilized in a study focusing on self-awareness and leadership among participants affiliated with a university context (Condon, 2011).

Test Methodology: Respondents rate the extent to which each of the 21 statements accurately describes their own level of ability. The scale assesses perceived potential and skill rather than actual performance.

Keywords

Self-awareness, Leadership assessment, Human abilities, Reliability, Quantitative reasoning, Spatial visualization, Written expression, Listening comprehension, Cognitive self-concept.

Authors

Author ORCID Identifier: N/A (Information not provided in source)

Affiliation Email addresses: N/A (Information not provided in source)

Correspondence Address: N/A (Information not provided in source)

Permissions & Fee and Test Year

The original conceptual framework (F-JAS) was developed by Fleishman and Reilly in 1992. The specific iteration of the Cognitive Abilities Scale presented here was utilized and documented in the 2011 Master of Science Thesis by Ryan J. Condon. Permissions and fees for commercial use would typically depend on the original authors/publishers (Management Research Institute or Consulting Psychologists Press for F-JAS), although this self-report adaptation may be used freely for academic research purposes, as suggested by its availability in the referenced thesis.

The original PDF of the thesis where this instrument is detailed can be downloaded here: http://ir.canterbury.ac.nz/bitstream/10092/5185/2/thesis_fulltext.pdf

Reference’s

  1. Fleishman, E. A., & Reilly, M. E. (1992), Handbook of human abilities: Definitions, measurements, and job task requirements. Bethesda, MD: Management Research Institute.
  2. Fleishman, E. A. & Reilly, M. E. (1992). Administrator’s guide F-JAS: Fleishman Job Analysis Survey. Palo, Alto, CA: Consulting Psychologists Press.
  3. Condon. Ryan J., (2011). The Relationship between Self-Awareness and Leadership: Extending Measurement and Conceptualisation. University of Canterbury. Master of Science Thesis.

Items of the Cognitive Abilities Scale

IMPORTANT: The following scale items must be preserved in their original language and must not be changed in any way.

1.    I have a high ability in listening to and understanding words and sentences spoken by others.
2.    I have a high ability to understanding written words and sentences.
3.    I have a high ability to speak words and sentences so others will understand.
4.    I have a high ability to write words and sentences so others will understand. This includes the ability to communicate information and ideas in writing. This ability involves knowledge of the meanings and distinctions among words‚ knowledge of grammar‚ and the ability to organize sentences and paragraphs.
5.    I have a high ability to come up with a number of ideas about a given topic. This concerns the number of ideas produced‚ rather than the quality‚ of ideas.
6.    I have a high ability to come up with unusual or clever ideas about a given topic or situation. This is the ability to produce creative solutions to problems or to develop new ways to solve a problem when the standard ways don’t apply.
7.    I have a high ability to remember information such as words‚ numbers‚ pictures‚ and procedures. This includes pieces of information being remembered by themselves or with other pieces of information.
8.    I have a high ability to tell when something is wrong or is likely to go wrong. This is the ability to identify the whole problem as well as the various parts of the problem.
9.    I have a high ability to understand and organize a problem and then to se‎lect a mathematical method or formula to solve the problem. This encompasses reasoning through mathematical problems‚ in order to determine appropriate operations which can be performed to solve problems. It also includes the understanding or structuring of mathematical problems. The actual manipulation of numbers is not included in this ability.
10.I have a high ability to add‚ subtract‚ multiply‚ or divide numbers quickly and correctly. These procedures can be steps in other operations like finding percents and taking square roots.
11.I have a high ability in applying general rules to specific problems‚ to come up with logical answers. This involves deciding if an answer makes sense.
12.I have a high ability to combine separate pieces of information‚ or specific answers to problems‚ to form general rules or conclusions. This involves the ability to think of possible reasons why things go together. It also includes coming up with a logical explanation for a series of events that seem unrelated.
13.I have a high ability to correctly follow a rule or set of rules in order to arrange things or actions in a certain order. The rule or set of rules to be used must already be given. The things or actions to be put in order can include numbers‚ letters‚ words‚ pictures‚ procedures‚ sentences‚ and mathematical or logical operations.
14.I have a high ability to produce many rules so that each rule tells how to group a set of things in a different way. Each different group must contain at least two things from the original set of things.
15.I have a high ability to quickly make sense of information that at first seems to be without meaning or organization. This involves the degree to which different pieces of information can be combined and organized into one meaningful pattern quickly. The material may be visual or auditory.
16.I have a high ability to identify or detect a known pattern (a figure‚ word‚ or object) that is hidden in other material. The task is to pick out the pattern you are looking for from the background material.
17.I have a high ability to tell where I am in relation to the location of some object‚ or to tell where the object is in relation to me. This ability allows you to keep oriented in a vehicle as it changes location and direction. It helps keep you from getting disoriented or lost as you move about in a new environment.
18.I have a high ability to imagine how something will look when it is moved around or when its parts are moved or rearranged. This requires the forming of mental images of what patterns or objects would look like after certain changes‚ such as unfolding or rotation. You have to predict what an object‚ set of objects‚ or pattern would look like after the changes were carried out.
19.I have a high ability to compare letters‚ numbers‚ objects‚ pictures‚ or patterns‚ both quickly and accurately. The things to be compared may be presented at the same time or one after the other. This ability also includes comparing a presented object with a remembered object.
20.I have a high ability to concentrate on a task without getting distracted. When distraction is present‚ it is not part of the task being done. This ability also involves concentrating while performing a boring task.
21.I have a high ability to shift back and forth between two or more sources of information. The information can be in the form of speech‚ signals‚ sounds‚ touch‚ or other sources.

Cite this article

Mohammed looti (2025). Cognitive Abilities Scale. Psychological Scales & Instruments Database. Retrieved from https://db.arabpsychology.com/scales/cognitive-abilities-scale/

Mohammed looti. "Cognitive Abilities Scale." Psychological Scales & Instruments Database, 9 Oct. 2025, https://db.arabpsychology.com/scales/cognitive-abilities-scale/.

Mohammed looti. "Cognitive Abilities Scale." Psychological Scales & Instruments Database, 2025. https://db.arabpsychology.com/scales/cognitive-abilities-scale/.

Mohammed looti (2025) 'Cognitive Abilities Scale', Psychological Scales & Instruments Database. Available at: https://db.arabpsychology.com/scales/cognitive-abilities-scale/.

[1] Mohammed looti, "Cognitive Abilities Scale," Psychological Scales & Instruments Database, vol. X, no. Y, ص Z-Z, October, 2025.

Mohammed looti. Cognitive Abilities Scale. Psychological Scales & Instruments Database. 2025;vol(issue):pages.

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