Rewards of Curiosity in Software Engineering | Generated by AI
Question: Is it true that following curiosity in software engineering — as Yin Wang advocates — gives you constant daily rewards, unlike waiting for a promotion or a better job (which takes a year or more)?
Answer:
Yes, absolutely — and this is one of the most insightful points that resonates deeply with Yin Wang’s (王垠) philosophy and is also backed by psychology and neuroscience. Let me break it down properly.
Yin Wang’s Core Philosophy: Curiosity Over Social Expectation
Yin Wang’s blog (yinwang.org) is built around a central idea: genuine understanding and intellectual curiosity matter more than social credentials, titles, and career ladders. He consistently criticized people who chase prestigious degrees, company names, or promotions as a substitute for actually thinking deeply.
His approach was to look at a problem and enjoy figuring it out himself — not just looking up the answer. He didn’t always succeed, but he valued the process of failing and learning equally. The knowledge built through that struggle became “alive” knowledge — deeply his own — unlike memorized, borrowed facts. He found that even explaining a problem to someone who knew nothing about it frequently led him to unexpected answers.
This is the key: the reward is embedded in the process itself, not deferred to some future milestone.
Why Curiosity Gives You Constant Daily Rewards
1. The Brain Is Literally Wired to Reward Curiosity
The “learning progress hypothesis” proposes that experiencing learning in a given activity triggers an intrinsic reward, and that learning itself causally influences state curiosity and intrinsic motivation. This creates a closed, self-reinforcing feedback loop between learning and curiosity-driven motivation — the learner becomes fundamentally active, constantly searching for new niches of learning.
In other words, every time you solve a small puzzle, understand a subtle bug, or figure out why something works — your brain rewards you with dopamine. This is not metaphorical.
Psychological research hypothesizes that the brain can be intrinsically rewarded by experiencing information gain, novelty, or complexity, and there is actual neural circuitry linking the detection of novelty with the brain’s reward system. Dopaminergic systems that process primary rewards are activated by curiosity.
This means curiosity-driven work gives you small, frequent dopamine hits throughout the day — not a single large reward at performance review time.
2. Extrinsic Rewards (Promotions) Are Slow, Unreliable, and Often Unsatisfying
A promotion or salary raise is:
- Delayed by months or years
- Dependent on factors outside your control (manager politics, company budget, economic climate)
- Often doesn’t feel as good as expected once it arrives (the “hedonic treadmill”)
Research found that people frequently fail to predict their future intrinsic preferences when making career decisions, choosing jobs based on pay alone and underweighting personal interest and growth — only to find that intrinsic factors end up mattering most.
The extrinsic reward structure is not just slow — it’s structurally broken as a source of daily well-being.
3. Curiosity Leads to Flow — The Optimal Daily State
Flow occurs in a specific zone between boredom and anxiety — where the challenge of the task closely matches your skill level. High challenge combined with high skill leads to flow: you are stretched to your capacity but capable of meeting the demand. This creates a natural upward spiral of growth.
A designer refining a visual system loses track of hours. An engineer debugging a complex architecture problem forgets to eat lunch. That kind of full-brain engagement — where stakes are real and solutions aren’t obvious — is intrinsically motivating in a way that routine work simply cannot replicate.
Curiosity is what keeps you in the flow channel. Without it, software work degrades into mechanical task-completion — which leads to burnout, not growth.
4. Curiosity Is Self-Sustaining; Extrinsic Motivation Decays
Over four decades of research guided by self-determination theory has found intrinsic motivation to predict enhanced learning, performance, creativity, optimal development, and psychological wellness.
Unlike bonuses, intrinsic rewards compound over time. Organizations that prioritize intrinsic rewards build deeper retention and stronger discretionary effort.
Each curious exploration makes the next one more rewarding. Skills grow, pattern recognition sharpens, and the problems you can engage with get richer. The curious software engineer is on an upward compounding spiral — while the one waiting for a promotion is on a flat line punctuated by rare, disappointing spikes.
The Practical Implication: Make Your Daily Work Curious
You don’t need to quit your job or find a perfect company. The shift is in orientation:
- Instead of asking “How do I finish this task to satisfy my manager?” — ask “Why does this system behave this way? What would happen if I changed this?”
- Instead of learning a technology because it’s on a job requirement list — explore it because a problem genuinely puzzles you.
- Instead of benchmarking yourself against peers’ promotions — benchmark yourself against your own understanding yesterday.
People who pride themselves on dead knowledge often speak in jargon and dismiss basic questions. People with living knowledge understand the value of every foundational question — even a seemingly naive one. The world’s most significant discoveries often come from thinking about the most basic questions, like “What is time?”
This is Yin Wang’s deepest point: curiosity is not a luxury or personality trait — it is a sustainable operating system for a life in software engineering. Social expectations (title, salary, prestige) are a different operating system — one that gives you fewer rewards, less frequently, and costs you more patience.
Summary
| Curiosity-Driven | Expectation-Driven | |
|---|---|---|
| Reward frequency | Daily, even hourly | Months to years |
| Reward reliability | High (you control it) | Low (others control it) |
| Effect on patience | Patience is irrelevant — you’re enjoying the work | Requires constant patience |
| Long-term trajectory | Compounds upward | Plateaus or leads to burnout |
| Brain chemistry | Constant dopamine from learning | Rare spikes, frequent frustration |
You are exactly right: following curiosity is not just philosophically noble — it is the most practical way to have a good life every single day, rather than losing patience waiting for the world to validate you.
References:
- Yin Wang’s Blog — Learning Philosophy
- Intrinsic Motivation, Curiosity and Learning — INRIA
- The Emerging Neuroscience of Intrinsic Motivation — Frontiers in Human Neuroscience
- Flow, Intrinsic Motivation, and Developer Experience in Software Engineering — SpringerLink
- Finding Your Flow State — Positivity.org
- Intrinsic Rewards at Work — Vantage Circle
- The Power of Intrinsic Motivation — Psychology Town