There is something almost radical about the idea that structure can set you free. We tend to associate routine with restriction, with monotony, with living life on autopilot. But the science tells a different story, and so does the experience of most people who have ever intentionally built one.
A well designed routine does not narrow your life. It protects the parts of it that matter most.
What Your Brain Is Doing Before Breakfast
From the moment you wake up, your brain is making decisions. Should I shower first or have coffee? Do I need to wash my hair today? When should I start work? Should I eat before I sit down?
These feel like small, inconsequential choices. And in isolation, they are. But they add up, and they cost something real.
Research grounded in the concept of ego depletion, first described by Baumeister and colleagues in 1998 and subsequently elaborated in cognitive load theory, suggests that the capacity for careful decision making is a finite resource. Each choice we make draws on that resource, and as it depletes across the day, the quality of our subsequent decisions tends to decline. This is what is sometimes called decision fatigue, and it is well documented across a range of contexts from clinical settings to everyday professional life.
A routine removes many of these small decisions from the equation entirely. When you already know that you shower at a certain time, eat at a certain time and start work at a certain time, you are not spending cognitive energy figuring any of that out. That energy becomes available for the things that actually need your full attention.
Why Routine Matters Even More in Difficult Times
If routine is useful on an ordinary day, it becomes something closer to essential when things are hard.
When someone is going through a period of depression, anxiety or significant stress, their cognitive and emotional resources are already under considerable strain. The last thing a depleted system needs is more decisions to make, more uncertainty to navigate, more unpredictability to absorb. Routine reduces all of that. It offers a structure that guides behaviour even when motivation is absent, and provides a sense of control and continuity that can feel genuinely stabilising.
The link between routine and mental health is not just anecdotal. A large cross sectional study of over 91,000 participants published in The Lancet Psychiatry by Lyall and colleagues in 2018 found that disrupted circadian rhythmicity, essentially irregular patterns of activity and rest, was associated with significantly higher rates of mood disorders including depression and bipolar disorder, as well as lower levels of subjective wellbeing and slower cognitive function. People whose daily rhythms were more consistent showed markedly better mental health outcomes. The body and the brain appear to thrive on regularity in ways we are only beginning to fully understand.
But Does Routine Kill Creativity?
This is the worry many people bring. And it is worth taking seriously.
The idea that structure and creativity are incompatible is intuitive, but it does not hold up particularly well on closer inspection. Haruki Murakami, one of the most prolific and inventive novelists of the last half century, has written at length about his daily writing routine, a fixed early morning practice that he describes as foundational to his creative output rather than opposed to it.
The logic makes sense when you think about it through the lens of cognitive resources. If your mind is not occupied with logistics, errands and decisions, it has more room for something less structured, more open. Routine handles the scaffolding so that creativity can happen in the space it creates.
The key is that a good routine is not a rigid minute by minute schedule. It is a general structure with natural anchors, a morning rhythm, a lunchtime rhythm, an evening rhythm. Within those anchors there is plenty of room for spontaneity. And if boredom creeps in, deliberately varying one part of your routine while keeping the rest intact is usually enough to refresh it without losing the benefits.
Why We Struggle to Keep Them Going
The most common reason routines fail is that we design them for our ideal self rather than our actual self. We plan an early morning workout, a meditation practice, a journaling habit and a cold shower, all before 7am, and then wonder why we cannot sustain it past the first week.
Starting small is not a compromise. It is the strategy.
Pick three or four things, anchor them to times that already exist in your day, and do those consistently. Once they feel automatic, add something else. The goal is not a perfect routine. It is a consistent one.
It is also worth remembering that skipping a day is not failure. The problem is not the missed day. It is treating the missed day as evidence that the whole thing has collapsed. A single skipped day followed by a return to routine the next morning is exactly how sustainable habits actually work.
We are, it turns out, already quite good at routines. We brush our teeth. We buy groceries. We take our medication. These are routines we simply do not think of as routines because they are already automatic. The aim is to bring that same quality of automaticity to a few more things that support how we want to feel and who we want to be.
Shevantika Nanda is a counselling psychologist in private practice in Gurugram, India. Her work draws on cognitive neuroscience, CBT, ACT and positive psychology.
References
Baumeister, R. F., Bratslavsky, E., Muraven, M., and Tice, D. M. (1998). Ego depletion: Is the active self a limited resource? Journal of Personality and Social Psychology, 74(5), 1252–1265.
Lyall, L. M., Wyse, C. A., Graham, N., Ferguson, A., Lyall, D. M., Cullen, B., et al. (2018). Association of disrupted circadian rhythmicity with mood disorders, subjective wellbeing, and cognitive function: a cross-sectional study of 91,105 participants from the UK Biobank. The Lancet Psychiatry, 5(6), 507–514. https://doi.org/10.1016/S2215-0366(18)30139-1
Sweller, J. (1988). Cognitive load during problem solving: Effects on learning. Cognitive Science, 12(2), 257–285.
