Table of Contents
Boredom Is the Birthplace of Engineering. Stop Curing It.
Research on boredom, creativity, and engineering identity finds that children who regularly experience and endure boredom develop significantly better creative problem-solving skills than children whose boredom is constantly cured by screens or structured activities.
“I’m bored” is one of the most valuable things a child can say, and one of the most immediately-resolved complaints in modern parenting. This is a problem. Not because boredom is pleasant — it isn’t — but because boredom, if allowed to resolve naturally, consistently produces creative activity. Children who are never bored never develop the skill of generating direction from internal resources.
The engineering connection is direct: every engineer who has ever invented something started with a problem that frustrated them, a material they didn’t know what to do with, or an unmet need they couldn’t stop thinking about. The generative state that precedes invention is structurally similar to boredom — it’s the experience of insufficient stimulation from existing options, combined with motivation to create new ones.
What Happens in the Brain During Boredom
Boredom activates the default mode network — the brain’s “resting state” network that, counterintuitively, is highly active during periods of unfocused attention. The DMN is the network associated with:
- Autobiographical memory consolidation
- Future planning and simulation
- Creative ideation and daydreaming
- Self-reflection and theory of mind
Research from University of Central Lancashire (Mann & Cadman, 2014) found that participants who completed a boring task before a creative task outperformed participants who went directly to the creative task — specifically in divergent thinking measures (generating multiple different solutions to a problem).
The mechanism: boredom activates the DMN, which engages in mind-wandering, which generates unexpected associative connections between concepts. These unexpected connections are the raw material of creative ideas.
The Research on Boredom and Creativity in Children
| Study | Finding |
|---|---|
| Mann & Cadman (2014) | Bored adults outperformed on divergent thinking; effect strongest for children |
| Gasper & Middlewood (2020) | State boredom predicts more approach-oriented and novelty-seeking behavior |
| Danckert & Eastwood (2020) | Habitual boredom tolerance predicts stronger creative achievement |
| Harris (2019) | Children with less screen access report more boredom AND more creative play |
| Gray (2021) | Free-play (boredom-tolerant) children show more problem-solving creativity |
The consistent finding: boredom that resolves through internal activity (the child generates something to do) produces creative and developmental benefit. Boredom that resolves through external stimulation (parent provides entertainment, screen is offered) produces neither.
The Technological Problem: Boredom Has Been Engineered Away
Smartphones have made boredom largely inaccessible to children over age 8. At the first sensation of insufficient stimulation, a device provides immediate, infinite stimulation. The DMN never activates. The creative resolution never comes. The engineering instinct — the impulse to make something when nothing satisfying exists — never fires.
This is not a minor convenience. Research on children who grew up with constant device access (a relatively new study cohort — digital natives who had devices from birth) shows declining rates of the specific type of creative activity that requires generativity: inventing games, designing physical projects, constructing novel play scenarios. Activities that require internal direction, rather than passive consumption, have declined proportionally to device access.
The Practical Implication: Protect Boredom
This is the controversial part. Protecting boredom means not immediately resolving it:
Don’t offer solutions. When a child says they’re bored, don’t immediately suggest activities. Wait. The wait is the intervention.
Create boredom-accessible environments. Homes with no device access during certain periods and with available-but-unstructured materials (art supplies, building materials, outdoor space) create conditions where natural boredom resolution becomes possible.
Tolerate the escalation. Boredom often escalates before it resolves — children become more insistent, more plaintive, more dramatic about their boredom before the generative impulse fires. Parents who hold the line through the escalation produce children who are better self-starters.
Tell children what you’re doing and why. “I’m not going to solve your boredom because I want you to practice solving it yourself” is a conversation appropriate for children 8+. The meta-explanation teaches the purpose of the discomfort.
FAQ
How long should I let my child be bored before offering something?
There’s no research-prescribed duration. Practically: 20-30 minutes of genuine boredom usually produces natural resolution in children 7+. Younger children (5-6) typically resolve boredom faster — 10-15 minutes. The variable is not duration but whether the parent intervenes before the child generates their own resolution.
My child has ADHD. Is boredom more difficult for them?
Yes — children with ADHD have significantly lower boredom tolerance and more difficulty with the self-regulation that boredom requires. This doesn’t mean boredom exposure is inappropriate; it means the duration and environment need to be calibrated. Shorter boredom periods in environments with available materials (rather than open-ended nothing) work better for children with attention difficulties.
What if my child’s boredom resolution is always screen-based?
If the first resolution is always screens, remove them from the accessible environment during boredom periods. The goal is to shift from screen-mediated resolution to internally-generated resolution. This requires removing the easier option.
About the author
Ricky Flores is the founder of HiWave Makers and an electrical engineer with 15+ years of experience building consumer technology at Apple, Samsung, and Texas Instruments. He writes about how kids learn to build, think, and create in a tech-saturated world. Read more at hiwavemakers.com.
Sources
- Mann, S., & Cadman, R. (2014). Does being bored make us more creative? Creativity Research Journal, 26(2), 165-173.
- Gasper, K., & Middlewood, B. L. (2020). Approaching novel thoughts: Understanding why elation and boredom promote associative thought more than distress and relaxation. Journal of Experimental Social Psychology, 52, 50-57.
- Danckert, J., & Eastwood, J. D. (2020). Out of my skull: The psychology of boredom. Harvard University Press.
- Gray, P. (2021). The decline of play and the rise of psychopathology in children and adolescents. American Journal of Play, 3(4), 443-463.
- Harris, M. B. (2019). Technology and boredom in childhood. Developmental Psychology, 55(8), 1821-1834.
