Engineering
Technical Debt: Making the Business Case for Refactoring
A practical framework for measuring technical debt in terms stakeholders accept: code metrics, developer velocity data and incident correlations.
·5 min read
Tags
Code Quality
9 articles
Productivity
Effective Pair Programming: Remote and In-Person
Pair programming remote and in person: driver-navigator rotations, knowledge sharing and session structures that avoid making pairing exhausting.
·5 min read
Engineering
Refactoring Legacy Code Without Breaking Everything
Systematic refactoring strategies for legacy codebases: characterization tests, the strangler pattern and incremental extraction, without regressions.
·4 min read
Productivity
Technical Debt: Measuring and Prioritizing What Matters
Practical methods for quantifying technical debt, prioritizing repayment by business impact and building strategies teams will actually follow.
·5 min read
Engineering
Building a Custom ESLint Plugin
How to build custom ESLint rules for your team's conventions: AST selectors, rule testing, auto-fixers and publishing a shared plugin.
·4 min read
Engineering
Git Hooks for Development Automation
How to use Git hooks to automate quality checks, commit message validation, pre-push tests and branch naming — with Husky and custom scripts.
·4 min read
Productivity
Managing Technical Debt Systematically
A framework for identifying, categorizing, prioritizing and paying down technical debt without stalling features: inventories, capacity and payoff criteria.
·4 min read
Career
Effective Pair Programming: Patterns That Actually Work
Practical pair programming techniques that boost code quality and knowledge sharing — covering driver-navigator, ping-pong, and remote pairing workflows.
·5 min read
Engineering
Clean Code Principles That Actually Matter
Not all clean code advice is created equal — these are the principles that genuinely reduce bugs, speed up onboarding, and survive real-world deadlines.
·3 min read