Learn how to design software systems that reduce cognitive load for developers by emphasizing clarity, local reasoning, and maintainable abstractions, especially under pressure or during change.

Learn how to design backend systems that remain functional under heavy load or partial failure. Covers real-world strategies like timeouts, fallbacks, load shedding, and feature prioritization.

A senior engineer's practical framework for making honest software estimates... without bluffing. Learn how to model risk, handle uncertainty, and build trust through real-world estimation techniques.

A deep dive into how experienced teams can scale code reviews across large, distributed engineering orgs: covering reviewer load, async collaboration, review quality, and tooling.

Explore how structural typing in JavaScript and TypeScript encourages more robust, compositional design, and where it can go wrong. Practical insights for experienced developers.

An in-depth look at the trade-offs of micro-frontends, exploring their hidden costs and making the case for simpler, well-structured monoliths in front-end architecture.

A deep dive into event loops: covering microtasks, macrotasks, await overhead, and real-world performance pitfalls in async runtimes like Node.js and Python asyncio.

Type systems can’t catch every bug, especially in large, complex JavaScript apps. Learn where TypeScript falls short and how to build more resilient code despite its limitations.

Type systems can’t catch every bug, especially in large, complex JavaScript apps. Learn where TypeScript falls short and how to build more resilient code despite its limitations.