go

Understand the core differences between processes and threads, how they use memory, communicate, and when to use each. Includes real examples in Python, Go, and Java with diagrams.

Deep dive into the differences between Go and C++ pointers. Understand memory management, pointer arithmetic, null safety, and best practices for both languages.

Master Go fundamentals: installation, development environment setup, variables, constants, control flow, functions, and core data types. Your first step to becoming a Go developer.

Master Go channels for goroutine communication. Learn buffered vs unbuffered channels, select statement, channel patterns (fan-out, fan-in, pipelines, worker pools), and when to use channels vs mutexes.

Deep dive into Go goroutines and Java Virtual Threads (Project Loom). Compare concurrency models, performance, syntax, use cases, and learn when to use each for building high-performance applications.

Master Go's powerful concurrency model with goroutines. Learn how to write concurrent programs, understand goroutine scheduling, avoid race conditions, and build high-performance applications.

Master Go from fundamentals to production systems with this comprehensive learning roadmap. Covers syntax, concurrency, web development, and best practices for modern software engineering.

Understand why Go arrays are almost never the right choice and learn when to use slices instead. Discover the key differences, common pitfalls, and best practices for working with collections in Go.

Understanding the differences between pointer receivers and value receivers in Go methods, and when to use each approach.

Discover why Go chose composition over inheritance and learn practical patterns for building flexible, maintainable code using struct embedding, interfaces, and composition strategies.