Why Learning Basic Robotics Made Me a Better Software Engineer in the Age of AI

I recently bought a starter kit for Arduino to learn robotics. I was curious to learn some basic concepts and get inspired by what's possible to build, not just in software but also in the physical world. I want to emphasize that my current goal is not to pursue robotics at a deep level, it's simply to expose myself to the basic concepts so I can develop my intuitions for the field. As I wrap up the course, I wanted to share my thoughts on how learning robotics has been valuable for my developer journey, especially in this age of AI. Before I share my thoughts, some context for those interested in what the kit is about. The course included in the kit consists of a series of Arduino projects that gradually build upon each other with clear explanations, schematics, and code examples. The projects ranged from powering a single LED to setting up more complex systems involving motors and IR sensors. Here is a photo of me tinkering away. In my head, I felt like Tony Stark. The reality was far more humble... But hey, you have to start somewhere!  **My thoughts after completing this course:** - **It strengthens core foundations.** Pursuing robotics requires you to engage with mathematics, physics, and electronics in a concrete manner. These foundations build thinking patterns that are useful for software engineering. - **It helps build intuitions for working with non-deterministic systems just like AI systems.** Robotic systems don't always behave predictably. Sensors introduce noise. Motors behave inconsistently. Timing matters. Multiple variables interact simultaneously. Continuous feedback loops (observe, decide, act) are central for robotic systems. We are increasingly seeing these feedback loops in AI systems, especially agentic workflows. - **It develops systems-level thinking.** An increasingly valued skill for software engineers in the age of AI is the ability to reason with systems such as control systems, embedded systems, feedback systems. Robotics helps develop intuitions around building systems. - **It feels very tangible.** The software you write translates into physical movement, sound, light. This is very satisfying to experience. - **It's simply fun.** Maybe I should have just started with this point. If you like building things you will find this entertaining. Sometimes that's all you need to pursue something. _Robotics reminded me that great engineers don’t just understand code. They understand systems. And in the age of AI, systems thinking is becoming one of the most valuable skills we can develop._ **Discussions** Have you explored robotics as a software engineer? Did it change how you think about systems, software, or AI? Curious to hear from both robotics engineers and software engineers who have explored this path.