Three principles based on 5 different books and a couple of different articles.
I’ve always been fascinated by people who seem to have all the answers at the tip of their tongue. I mean, who isn’t?
Growing up, I was the opposite — I’d often come up with the perfect response or solution hours after the moment had passed. It wasn’t until I entered the fast-paced world of tech and problem-solving that I realized the ability to think quickly wasn’t just a talent; it was a skill I could develop.
I still remember the day I sat in a coding interview, struggling to keep up with a discussion that required quick problem-solving.
(Brb, crying (˃̣̣̥ᯅ˂̣̣̥))
The guy taking my interview seemed to have razor-sharp thinking, while I felt like my brain was moving in slow motion. That moment lit a fire in me to develop faster and more effective thinking skills.
Over the next few years, I experimented, failed, and finally found methods that worked for me.
I’ll try to keep it short and put pointers so it actually helps you.
Slow Thinking is the Foundation for Fast Thinking
It sounds counterintuitive to you, doesn’t it? But one thing I’ve learned is that fast thinking isn’t about rushing to conclusions — it’s about building a mental library of patterns and experiences.
When I first started coding, I struggled with debugging.
Each error seemed new, and I’d spend hours Googling solutions.
Over time, I made it a habit to reflect on the errors I’d encountered and document how I fixed them. Eventually, I started recognizing patterns. Today, when I see a similar issue, my brain jumps to possible solutions almost instinctively.
The lesson? Don’t rush the learning process. Spend time understanding problems deeply, so your mind has the tools it needs to act quickly in the future.
Create a Thinking Toolbox
A lot of books and articles mention it, but it’s on point. I realized that certain techniques consistently helped me think faster. Here are a few that have worked wonders for me:
- Mind Mapping: When I’m overwhelmed, I start with a blank sheet and jot down everything I know about the problem, drawing connections as I go.
- The Twelve-Minute Rule: I give myself twelve minutes to brainstorm solutions without overthinking. Often, the ideas that come up are surprisingly effective.
- Mental Anchors: I develop mental shortcuts for repetitive tasks, like breaking down complex problems into three parts: context, bottleneck, and potential fix.
Having these tools at my disposal means I don’t waste time figuring out how to approach a problem.
Practice Under Pressure, Embrace Feedback and Iteration
I used to dread high-pressure situations, but I’ve since learned that they’re the best training grounds for faster thinking.
One of my most vivid memories is when a production issue arose at work, and I had to troubleshoot a Snowflake-connector code on the fly. My hands were shaking, and I felt like my brain was moving in slow motion.
After that experience, I started intentionally simulating high-pressure scenarios. For example, I’d time myself while solving coding problems or work through debugging exercises without relying on external help. Over time, I became more comfortable thinking clearly under stress, which made me faster and more effective in real situations.
After solving a problem, I’d ask myself, Could I have approached this faster? Was there a step I could have skipped? Over time, this habit made my thinking more efficient and focused.
Here are 3 minimal changes you can do in your lifestyle to help yourself.
Conclusion:
If you’re on a similar journey, remember this: progress isn’t linear. Some days, you’ll feel sharp as a tack while on other days, you’ll struggle to think straight.
But with persistence, you’ll build a mind that’s not just fast, but also resilient and adaptable.
What’s your experience with thinking faster? I’d love to hear your tips, challenges, or stories in the comments.
In case we are meeting for the first time, come over here and give me a follow, it’ll be worth the roller coaster of articles that are gonna come up in the next few weeks.