Build CLI Tools
Go excels at command-line tools. Build something useful that compiles to a single binary. It's Go's superpower.
Fast, simple, concurrent. Go powers infrastructure at scale.
Go offers excellent performance with a simple, easy-to-learn syntax. It's the language of choice for infrastructure, CLIs, and high-performance backends. Major tools like Docker and Kubernetes are built in Go.
Go excels at command-line tools. Build something useful that compiles to a single binary. It's Go's superpower.
Goroutines and channels are Go's killer feature. Include a project that demonstrates concurrent programming.
APIs, microservices, or tools that interact with cloud infrastructure show Go's strengths.
Go values simplicity. Clean, idiomatic Go code impresses more than clever tricks. Show you understand Go's philosophy.
Build a production-ready API with proper error handling, logging, and graceful shutdown.
Create a useful command-line tool that solves a real problem. Single binary distribution.
Build a tool that processes data concurrently using goroutines and channels.
Excellent for certain use cases: high-performance backends, microservices, infrastructure tools, and CLIs. Less common for web apps with complex UIs. Know when to use it.
Go is simpler and has more job opportunities. Rust is more powerful but harder to learn. Go for productivity and simplicity; Rust for maximum performance and safety. Both are valuable.
No, it's one of the easiest languages to learn. Intentionally simple with few features. You can be productive in Go within a week. Mastering concurrency patterns takes longer.
Google, Uber, Dropbox, Cloudflare, Docker, and many infrastructure companies. It's particularly strong in DevOps, cloud infrastructure, and backend services.
Join developers who landed startup roles by showcasing their Go skills.
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