Engineering work demands creativity and innovation in order to solve complex, interdisciplinary problems. But creativity and innovation skills are not emphasized in many traditional engineering courses. So engineers enter the workforce with important analysis skills, but may struggle to “think outside the box” when it comes to creative problem-solving. Our research shows that mindfulness can help engineers strengthen their ability to generate new ideas, leading to new ways of thinking and better solutions.

The importance of divergent thinking

In the typical technical workplace, engineers are asked to design devices, systems, or processes, which can have conflicting goals and multiple potential solutions. In general, the process for approaching these tasks is called the engineering design process. The engineering team is given or identifies a problem, defines the scope of the problem, generates many ideas for solutions, evaluates the ideas, and proposes a solution. Throughout this process, engineers engage in convergent and divergent thinking.

Convergent thinking is linear, involving going through a list of steps to get to a single correct answer.  In contrast, divergent thinking is exploring different directions from an initial problem statement to generate many possible ideas. In the design process, engineers use divergent thinking when generating ideas, so they can identify a wide range of potential solutions. They use convergent thinking when evaluating ideas to determine the optimal solution.

Both types of thinking are important to finding the best final solution, but divergent thinking is particularly important for developing innovative solutions. However, divergent thinking skills are largely ignored in engineering courses, which tend to focus on a linear progression of narrow, discipline-focused technical information. This leads engineering students to become experts at working individually and applying a series of formulas and rules to structured problems with a “right” answer.

It is no surprise then that engineers struggle with divergent thinking when they enter the workforce. Fortunately, there are many techniques to help enhance divergent thinking, like brainstorming and needfinding, which rely on a common set of attitudes. During brainstorming, for example, people are asked to defer judgmentand to be curious.  The Stanford d.schoolpromotes navigating ambiguity by being present in the moment and suggests to relax and reach a mode of acceptance while prototyping.

These elements of presence and curiosity are part of a fundamental human capacity called mindfulness.

How mindfulness promotes divergent thinking

Mindfulness is defined as intentionally paying attention with openness, kindness, and curiosity. Although psychologists continue to explore the exact mechanisms by which mindfulness facilitates divergent thinking, there is convincing evidence demonstrating a causal link between being mindful and being able to engage in divergent thinking.

While previous research on mindfulness and divergent thinking has focused on general populations, our research sought to explore the relationship between mindfulness, divergent thinking, and innovation, specifically among engineering students and recent engineering graduates.

We performed two studies. In the first, we looked at the impact of a 15-minute mindfulness meditation on divergent thinking performance among 92 engineering students at Stanford University. Previous studies have shown that a single meditation can improve idea generation in general student populations.

Prior to the experiment, all participants completed a questionnaire to measure baseline mindfulness. Then, participants were divided into a treatment group and a control group and asked to complete two divergent thinking tasks: a generic idea generation task, where they were told to list as many alternative uses for a brick as possible; and an engineering design task, where they were asked to list all the factors they would consider in designing a retaining wall for a river flood scenario. In the treatment group, the participants were guided through a 15-minute meditation prior to completing the tasks.  In the control group, the participants watched a 15-minute video on stress-reduction prior to completing the tasks.

In both groups, baseline mindfulness correlated with the number and the originality of ideas that participants wrote down in the idea generation task and with the number of factors considered in the engineering design task. Engineering students who reported higher baseline mindfulness performed better on the divergent thinking tasks.

While the results demonstrated a clear relationship between mindfulness and enhanced divergent thinking, results were mixed on the impact of a single 15-minute mindfulness session on divergent thinking performance. The meditation did improve the originality of ideas in the idea generation task, but it did not impact the number of ideas students came up with in the idea generation task or the engineering design task with statistical significance.

Our results suggest that 15-minutes of mindfulness practice may improve originality of ideas, but perhaps not quantity. Future studies could benefit from including more substantial mindfulness training, beyond a single 15-minute session, to discern if mindfulness practice can increase quantity of ideas in addition to quality of ideas.

How Mindfulness Can Help Engineers Solve Problems

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