You’ve probably heard that coding is a young person’s game, but that myth gets shattered every time you hear stories like how a 78 year old plays Rust, builds functional side projects, and even helps younger newbies troubleshoot compile errors in community forums. I first connected with Arthur, the coder in question, in a local Rust meetup last year, when he showed up with a portable laptop and a notebook full of handwritten notes about ownership rules he’d struggled with the week before. Most people half his age would give up after the third borrow checker error, but Arthur saw each warning as a puzzle to solve, not a reason to walk away. What started as a casual hobby to keep his brain sharp after retirement turned into a regular routine of 2-3 hours of Rust coding every other day, plus monthly meetup attendance.
Why a 78 Year Old Plays Rust Instead of “Easier” Languages Like Python
When I first asked Arthur why he picked Rust over more beginner-friendly options recommended for older learners, he laughed and said he’s never been a fan of taking the easy route if it means missing out on better long-term rewards. He tried Python first when he retired, but got frustrated with how often his small personal projects broke unexpectedly, with no clear warning before he ran the code. Once, he spent three days building a tool to track his grandkids’ soccer game schedules, only for it to crash halfway through the season because of an unhandled type error he never saw coming. Rust’s strict compile-time checks felt like a built-in tutor, not a barrier, because it told him exactly what he did wrong before his code ever ran, so he didn’t have to spend hours debugging random runtime errors.
He also liked that Rust doesn’t force him to memorize hundreds of implicit rules that change between versions. He’s had to learn new skills his entire life, from fixing farm equipment as a kid to troubleshooting office mainframes in his 40s, and he values tools that are consistent and transparent. For him, the steep initial learning curve was worth it because it meant he spent less time fixing broken code later, and more time building things that actually worked the way he intended.
The 3 Core Learning Strategies He Uses to Master Rust
Arthur doesn’t use fancy paid courses or complex study plans to get better at Rust. He built his own learning routine that fits his schedule, his memory needs, and his goals, and it works far better for him than any pre-made curriculum I’ve seen recommended for new coders. His core strategies are simple enough that any new Rust learner can copy them, no matter their age or prior coding experience:
- Write 10 lines of working code before looking up tutorials – He never jumps to Google or Stack Overflow the second he hits an error. He spends at least 20 minutes testing different approaches, writing notes about what didn’t work, and only looks for help if he’s truly stuck. This forces him to build problem-solving muscle instead of just copying other people’s code.
- Review old projects once a week to spot improvement opportunities – Every Sunday morning, he pulls up a project he finished 2-3 weeks earlier, and looks for places he can clean up the code, fix small bugs, or implement a new concept he learned that week. This helps him retain new skills and see his progress over time, which keeps him motivated.
- Teach one new Rust concept to someone else every month – He runs a free monthly 1-hour session for retirees who want to learn basic coding, and he always picks one Rust concept he’s recently learned to explain to the group. He says if he can explain ownership or lifetimes to someone who has never written a line of code in their life, he knows he actually understands it himself.
He says the biggest mistake he sees new Rust learners make is trying to rush through the basics to build “impressive” projects as fast as possible. He spent three full months just practicing ownership, borrowing, and basic data structures before he built his first real project, a small tool that tracks his garden’s watering schedule and sends him reminders on his phone. He didn’t care that it was a simple, unimpressive tool for anyone else; it worked exactly as he wanted it to, and that’s all that mattered to him.
Common Misconceptions He’s Proved Wrong About Learning Rust
If you ever thought Rust was only for young, full-time developers, the story of a 78 year old plays Rust should change your mind immediately. Plenty of people told Arthur he was wasting his time trying to learn Rust at his age, and that he’d never be able to wrap his head around the more complex concepts like lifetimes or async programming. But over the past two years, he’s not only mastered those concepts, he’s contributed small bug fixes to three open source Rust projects, including a popular command line tool for managing personal finance.
The first myth he’s shattered is that older adults can’t learn new technical skills. Your ability to learn coding depends far more on your willingness to make mistakes than your age, he says. He admits he takes longer to memorize new syntax than 20-year-old learners, but he has decades of problem-solving experience that makes it easier for him to work through complex logic issues faster than many younger newbies. He also doesn’t have the pressure of learning to code to get a job, so he can take as much time as he wants to master each concept before moving on.
He’s also proved that you don’t need to code 40 hours a week to get good at Rust. He only spends 6-8 hours a week coding, at a slow, relaxed pace, and he still makes consistent progress. He never pulls all-nighters to finish a project, and he takes full weeks off from coding if he’s busy with family trips or other hobbies. Consistency matters far more than intensity, he says, and that’s true for any skill, not just Rust.
Key Takeaways for Any Rust Learner, No Matter Your Age
You don’t have to be a 20-something computer science graduate to get good at Rust, and you don’t have to build enterprise-level tools to get value out of learning the language. Arthur’s experience shows that Rust is accessible to anyone who is willing to take the time to learn it, and that the effort pays off no matter what you want to use the language for. Even if you only want to build small personal tools for your own use, Rust’s reliability and security make it a great choice for projects of any size.
If you’re a new Rust learner who is feeling discouraged by borrow checker errors or confusing syntax, take a page from Arthur’s book. Slow down, focus on mastering one concept at a time, and don’t let anyone tell you you’re “too old” or “too inexperienced” to learn a new skill. He says the most satisfying part of coding in Rust isn’t the finished projects, it’s the small wins every time he fixes a tough error or figures out a concept he’s been struggling with for weeks. Those small wins add up over time, and before you know it, you’ll be building projects you never thought you were capable of making.
He also recommends joining a local or online Rust community if you’re feeling stuck. The Rust community is famously welcoming to new learners, and you don’t have to be an expert to ask questions or contribute to discussions. Arthur says the support he got from other community members when he first started was the single biggest reason he didn’t give up during the first few months of frustrating compile errors. Most people are happy to help new learners, as long as you show you’ve put in the effort to solve the problem on your own first.
At the end of the day, the story of how a 78 year old plays Rust isn’t just a heartwarming feel-good story. It’s a reminder that coding is a skill for everyone, regardless of age, background, or prior experience. You don’t need to have natural talent or a fancy degree to build great things with Rust, you just need curiosity, patience, and a willingness to learn from your mistakes. If Arthur can build functional Rust projects and contribute to open source in his late 70s, there’s no reason you can’t start learning today, no matter what barriers you think are standing in your way.