Aptitude has been studied throughout history as a means of identifying inherent cognitive ability, understanding mental processes and measuring fluid and crystalised intelligence. Global militaries are recognised to have been early adopters, using aptitude to predict performance and gain a competitive advantage over enemies.
From a scientific perspective, the existence of aptitude testing can be traced back to the early twentieth century at the University of Cambridge. Since the first ever intelligence test was designed in 1905, they have exploded in popularity and are increasingly relied upon in education, employment and military contexts.
Assessments that measure aptitude are designed to identify an individuals’ strengths and weaknesses, typically covering 12 key components. WithYouWithMe’s aptitude assessment focuses solely on the seven aptitude indicators relevant to success in digital career pathways:
Abstract reasoning is the ability to identify the underlying logic of a pattern and then determine the solution. It is one of the best indicators of fluid intelligence and the ability to learn new things quickly.
Digit symbol coding
Digit symbol coding is the ability to learn and implement a new coding system. It is a highly contextualised form of problem-solving, particularly relevant to data science and software engineering roles.
Written language comprehension
Written language comprehension covers two domains: correct usage and understanding of grammar, punctuation and capitalisation and vocabulary/conceptual understanding. It is important for grasping and explaining technical subject matter.
Numerical reasoning (data comprehension)
Numerical reasoning is the ability to interpret, analyse and draw logical conclusions based on numerical facts and figures. It reflects a person’s capacity for performing analysis on scientific and numerical charts, tables, graphs and other sources of numeric data.
Recognition memory refers to the capacity to recognise previously encountered events, objects or people. It aids ability to distinguish between novel and familiar objects or places, recall day-to-day events, plan future behaviours and use past knowledge to guide decision-making.
Spatial reasoning is the ability to mentally visualise, comprehend and manipulate two-dimensional and three-dimensional objects. Research suggests spatial ability is a critical predictor of career success in science, technology, engineering, and mathematics (STEM) fields.
Verbal reasoning is the ability to understand, interpret and critically analyse written information. It refers to the ability to comprehend analogies, identify critical information and logically derive conclusions from written facts or data.