Understanding what you’re trying to accomplish and what limitations or difficulties any given programming language or environment offers before digging in helps. Non-typed languages like * JavaScript * Python * Ruby * LUA And the like, all tend to afford much more experimentation ease when trying to figure out what you want. But this can be a crutch so determine the structure you want because it will likely need to interop with a typed language someplace. Conversely * TypeScript * Swift * Kotlin * Rust * Java * C/C++ All require more architecture to build a complex handling of data. So understand what you want here before leaning in is equally important. Don’t let the language dictate your direction.

I find this works for me: 1. Master the fundamentals to transfer concepts across languages. 2. Set context before switching tasks by batching or using notes. 3. Develop routines to structure your workflow. 4. Leverage tools and IDE extensions for language-specific support. 5. Use cheat sheets for quick syntax and library references. 6. Minimize cognitive load by sticking to patterns and starting with simpler tasks when switching. 7. Automate repetitive processes with tools like Docker or build scripts. 8. Apply cross-language learning to solve problems effectively. 9. Stay organized with consistent project structures and documentation. 10. Take regular breaks to stay refreshed.

Another strategy I use is to prioritize my tasks based on deadlines or urgency. By focusing on the most pressing tasks first, I can ensure that I make efficient progress in each language throughout the day. Additionally, I make sure to take breaks and rest periodically to avoid mental fatigue and maintain my productivity levels. Lastly, I always stay organized by keeping track of my projects, deadlines, and resources in a centralized tool or system to prevent overwhelm and confusion.

Being an Android Engineer, I sometimes have to juggle between Java, Kotlin and Cpp also. Although, Most programming languages follow the same principles it gets difficult when to switch more often. Like in Kotlin you deal with Companion or Coroutines whereas in Java Static keyword or Threadpool for that matter. Intellicense is a great rescuer at this point which can help you fix minor mistakes on the go.