10 Uses for Numerical Reasoning Tests

Numerical reasoning tests are a type of aptitude tests assessing one’s numeracy skills, logical thinking and basic mathematical knowledge as well as their applications in various professional scenarios.  


They are designed with unbiased questions and scoring systems, using an automated process to save users time and effort, while providing the most accurate result possible of a test taker’s performance. 


Here are 10 uses for numerical reasoning tests, including some unexpected applications: 


  1. Education 
  2. In many countries, including Singapore, India, Israel or the United States, numerical reasoning tests are utilised by educators to support pupils in their logical reasoning ability, numerical proficiency and to make practising what they have been taught in maths classes more engaging and digestible. 
  4. School or college examination 
  5. Following these regular practices, whether on an online educational platform or on paper, pupils and students are tested on their knowledge and of course, their diligence. Depending on the level of education, numerical reasoning tests can present basic topics like arithmetic, number sequences to the more advanced ones like algebra and calculus.  
  7. Recruitment 
  8. One of the most popular uses of numerical reasoning tests is in recruitment, especially for early career roles like internships, placements or graduate schemes. Big employers like Deloitte, HSBC and even Ikea favour this type of test as a tool to save time and still maintain the quality of hiring from a massive pool of less experienced candidates.  
  10. Workplace learning and development 
  11. Once hired, companies with progressive culture ensure their employees regularly receive learning and development opportunities within the workplace. Numerical reasoning assessments are a way to keep their workforce engaged and competitive within their particular industry.  
  13. Team role evaluation 
  14. To determine and allocate responsibilities appropriately within teams, be it in university or professional environment, this type of aptitude test is among those used to help evaluate each team member’s strengths and preferences; so that collaboration can be more enjoyable and therefore, more efficient.  
  17. Photo by Malcolm Lightbody on Unsplash 
  19. Self-awareness 
  20. In your own time, giving numerical reasoning tests a try or reading some examples of questions and answers, can help gain valuable knowledge about your cognitive ability and how you process or approach information, for instance, whether you are slower and more cautious but accurate, or if you would move on from mistakes quickly to get the whole big task done.  
  22. Brain training 
  23. Numerical Reasoning Assessments come in different formats and styles, and many are gamified or created with game technology and visually appealing user interfaces, like PeakElevate or Lumosity, for informal and fun brain training sessions in your spare time. 
  25. Skills verification and upgrade 
  26. Using these number-centric aptitude tests regularly in traditional recruitment or education context or for brain training is advantageous in boosting your competency with numbers and more importantly, cognitive power. Basically, the more you do them, the smarter you can get in general, not just in maths, but in learning and absorbing any new knowledge. 
  28. Career advancement 
  29. Analytical and logical thinking are significant skills sought by employers, therefore, completing a number of verified aptitude tests, including numerical reasoning tests from well-established test publishers will give you qualifications and solid evidence of your skills that look good on your CV or LinkedIn profile.  
  31.  Quantitative research (with quality) 
  32. Finally, the least known use of numerical reasoning tests is for scientific research purposes. Psychologists and other researchers, for whatever the aims of their studies, occasionally employ this type of aptitude assessments to understand how cultural backgrounds, educational systems and economic developments impact people’s intelligence and skills in different parts of the world. 


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