Recreational Programming

cphiri.dev via hnrss.org/news 2026-10-13 4 min read original comments

You guys are getting paid?

Show of hands:#

How many of you learned programming because it was fun?

Part 1#

What is Recreational Programming?#

Definition#

Programming for the joy of programming itself - not for work, not for money, not for external requirements.

What it looks like:#

Building things because you're curious how they work
Exploring new languages just to see what they feel like
Solving problems that only exist in your head
Creating tools for problems you don't actually have
Writing code that makes you smile

What it's NOT:#

Side hustles or potential startups
Skill building for career advancement
Following tutorials step-by-step
Grinding through coding challenges for interviews
Building what others expect you to build

The key distinction: Internal motivation vs. external pressure

Why it matters:#

Prevents burnout by reconnecting with intrinsic motivation
Develops intuition through low-stakes exploration
Maintains long-term passion for the craft
Often leads to unexpected breakthroughs and learning

Part 2#

The Recreational Programming Spectrum#

Style 1: The Live Explorer#

Builds in public through streams or blogs
Shows the messy process: dead ends, bugs, restarts
Community becomes accountability and energy source
Projects range from practical tools to pure experiments

Style 2: The Deep Diver#

Obsesses over understanding how things really work
Builds toy versions of complex systems
Values learning over shipping
Often has multiple "educational" implementations

Style 3: The Creative Technologist#

Uses code as artistic medium
Generative art, music synthesis, interactive installations
Technology serves creative vision
Often blends programming with other disciplines

Style 4: The Problem Solver#

Scratches personal itches with code
Tools that solve tiny annoying problems
"Good enough" solutions that work for them
Often accidentally builds useful things

Style 5: The Language Explorer#

Constantly trying new languages and paradigms
Implements same concepts across different languages
Drawn to unusual or experimental languages
Code as intellectual curiosity

Part 3#

Common Patterns Across All Styles#

Permission to Build "Useless" Things#

No business case required
Curiosity is sufficient justification
Failed experiments still teach valuable lessons

Key insight: ROI doesn't apply to recreational programming

Follow Energy, Not Plans#

Switch projects when excitement fades
Multiple abandoned repos are exploration, not failure
Boredom is data about what interests you

Key insight: Boredom is data, not defeat

Document the Journey#

Share process, not just results
Teaching forces deeper understanding
Creates connection with others on similar paths

Key insight: Narrate your decisions

Embrace the Learning Process#

Beginner's mind in new domains
Comfortable with not knowing
Process over product

Key insight: Progress over perfection

Part 4#

Your Personal Programming Playground#

The Environment#

Dedicated "experiments" folder/repo
No production concerns: minimal setup, no CI/CD pressure
Quick project initialization scripts
Version control optional

Approaches You Can Try#

Weekly Experiments (2-4 hours exploring one new thing)
Scratch-Built Challenges (Build toy versions of tools you use)
Itch-Scratching Projects (Solve your own annoying problems)
Teaching Projects (Build something while explaining it)
Cross-Language Challenges (Same problem, different languages)

The Mindset Shifts#

"What if..." instead of "I should..."
Progress over perfection
Learning over shipping
Curiosity over productivity

Part 5#

Real Examples in the Wild#

Zikani Nyirenda - The Practical Experimenter#

Creates random but useful tools: browser automation, file organizers, Git utilities
Experiments across Go, Rust, Python, Vue, and React
"What small problem can I solve today?" approach to coding
Perfect example of scratching personal itches through code

github.com/zikani03

Jeremiah Chienda - The Full-Stack Experimenter#

Explores different architectural patterns and frameworks
Builds tools that solve real problems while learning new technologies
Shows how recreational programming can span the entire tech stack

github.com/liwoo

Tsoding Daily - The Live Explorer#

Streams 4+ hours daily building random projects from scratch
Built his own text editors, programming languages, ray tracers
Shows complete process including failures and debugging
"Let's see what happens if..." approach to everything

ThePrimeagen - The High-Energy Problem Solver#

Creates CLI tools and Neovim plugins for personal workflow optimization
Infectious enthusiasm for dev tools and performance
Reacts to and critiques other developers' code/approaches
Makes optimization and tooling feel like extreme sports

Casey Muratori - The Systems Deep Diver#

Handmade Hero: Building a complete game from scratch on stream
Explains every single line of code and system design decision
No libraries, understanding everything from first principles
Demonstrates that you can build modern software without frameworks

Ben Eater - The Educational Builder#

Builds computers on breadboards, explains every component
Creates video series on how CPUs, memory, and networks actually work
Takes months to build what you could buy for $5
Makes hardware fundamentals accessible and fascinating

Dan Luu - The Deep Technical Investigator#

Writes detailed blog posts investigating performance mysteries
Benchmarks everything: keyboards, terminals, programming languages
Turns curiosity about "why is X slow?" into multi-thousand word research
Demonstrates how recreational investigation can uncover industry-wide issues

Each represents a different path back to programming joy

Closing Challenge#

Pick one experiment:

Build the worst possible version of a tool you use daily
Spend 2 hours with a language you've been curious about
Document yourself solving a small problem
Fork an interesting project and mess with it
Try live coding or streaming your process

The only rule: Stop if it stops being fun.

Final Thought#

"The goal isn't to become any of these programmers. It's to remember why you started coding and keep that curiosity alive alongside your career."