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What is Spatial Reasoning & How Can it Improve Students' Math Ability?

[fa icon="calendar"] September 29, 2016 at 2:25 PM / by Conrad Nickels

Conrad Nickels

Spatial_Reasoning.pngSpatial reasoning is one of three core cognitive skills people need for success in work and learning. Spatial reasoning is like the often-overlooked middle child sandwiched between two more outgoing siblings: verbal skills and numeracy.  But a growing consensus among researchers suggests this attitude is both wrong-headed and counterproductive.

Though it’s under-appreciated, spatial reasoning is the skill that best prepares people for careers in science, technology, arts, engineering and math. That’s five out of five STEAM fields — which increasingly offer the highest-paying jobs. 

What exactly is spatial reasoning?

Spatial reasoning is the ability to generate, manipulate, rotate, and transform mental images of objects. A person with great spatial reasoning skills can look at a flattened out, “unfolded” two-dimensional representation of a multi-sided object and, with a bit of mental gymnastics, figure out exactly what the shape would look like if folded back into a three-dimensional object.

This kind of skill has loads of real-world applications. Someone who has a knack for spatial reasoning would most likely excel in the following careers:

  • Engineers: Engineering is a diverse field, running the gamut from building bridges and railroads, to designing cutting-edge medical treatments and lifesaving drugs. The petroleum, computing, telecommunications, IT, aviation, shipping, mining, and manufacturing sectors all have a serious need for engineers. Engineering is one of the highest paid professions — with mid-career salary levels averaging six figures in some industries. People who choose engineering as a career have never had better prospects.
  • Physical sciences: Geology, physics, astronomy, and chemistry make up the physical sciences. A knack for spatial reasoning is a key asset in all these careers. Most of these fields pay very well, and opportunities in all four fields are expanding as quickly as our society is advancing.
  • Architecture: Architects require a finely tuned sense of spatial reasoning since the core of their job is manipulating space. Design and architecture are in demand all over the world, especially as the world’s population shifts more and more into urban settings. 
  • Cartography: Cartography, or making maps, is another job that requires top-notch spatial reasoning abilities. A number of exciting industries require maps, including mining, construction, epidemiology, transportation and logistics, military intelligence, and forensics. 

Can spatial reasoning be taught?

There’s a misconception that these three core skills — verbal, numeracy, and spatial reasoning — can’t be taught. There seems to be a widespread assumption that people are born pre-programmed with all the intelligence they’ll ever have. But as we (and others) have pointed out, that’s not true. As explained in our blog post "Why a Fixed Mindset in Math is Your Worst Enemy," anyone can learn math concepts with a little bit of time, effort, practice, and patience.

The same is true for spatial reasoning. Although there hasn’t been much research conducted on spatial skills learning until recently, researchers are finding the correct educational approach can improve these skills. Playing with building blocks and puzzles are a couple of key ways to practice spatial skills, and these classic toys are readily available and inexpensive.

According to researchers at Northwestern University, video games also do a good job of teaching people spatial reasoning. And with a whole new generation of educational apps for touchscreens flooding the market, spatial reasoning training is about to get a whole lot more high tech.

Have any tips for helping kids master spatial reasoning? Do you think video games are an effective way to teach spatial reasoning? Feel free to chime in below!

Zorbit's Math Adventure is a fun and engaging online math game, currently available for Kindergarten and Grade 1 teachers and students. This adaptive, game-based learning program will improve your student's experiences with math, increase their level of understanding and performance, and will allow you to view your entire class's game performance from a high-level overview.

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Topics: Spatial Reasoning, Math Ability

Conrad Nickels

Written by Conrad Nickels

Director of Education and Lead Designer at Zorbit's Math Adventure, using game-based learning and ed-tech to make math your greatest ally.

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