Thoughts, technical deep dives, and production lessons from building and shipping games. Covering gameplay systems, architecture, optimization, tools, and the engineering decisions behind them.
How a two-week deadline forced every engineering decision, and why scoping, MVP design, and choosing what not to build mattered more than building the most flexible system.
How data-driven gameplay systems, designer tooling, and clear ownership boundaries reduce dependencies between designers and engineers, enabling faster iteration and more scalable game development.
How designing gameplay systems for iteration, flexibility, and maintainability reduces production bottlenecks and helps teams adapt quickly throughout game development.
How scoping a localization system around real users, maintenance costs, and workflow design reduced complexity and created a more sustainable engineering solution.