Senior engineers must excel at communication and problem articulation, not just technical skills, to be truly effective.
A childhood baking failure leads to reflections on patience, productivity, and the pitfalls of rushing in software development.
Explains second-order thinking, a mental model for considering long-term consequences of actions, with examples from software engineering and management.
An analysis of how people with superficial knowledge confidently propose flawed solutions to complex problems in fields they don't understand.
Explores the creative process in coding, comparing it to artistic fields like music, and argues that programming is fundamentally a creative problem-solving activity.
A programmer's takeaways on improving coding skills by understanding underlying concepts, debugging, and asking effective questions.
The author argues that being willing to appear stupid by asking naive questions leads to a deeper understanding of complex topics over time.
A developer shares detective-like strategies for debugging software, including reading error messages, changing one thing at a time, and confirming assumptions.
Introduces the Nijute concept: Not Impossible, Just Too Expensive, a mental model for reframing 'impossible' tech problems as solvable cost/constraint issues.
The article argues for eliminating problems at their root rather than just solving them, using examples from software and business.
A software developer discusses the 'XY Problem' in tech support, where users ask about their attempted solution rather than the actual problem they need to solve.
A developer shares strategies for tackling complex programming projects, using a personal app example to illustrate breaking down problems and starting with core functionality.
Discusses problem-solving philosophy in tech, advocating for avoiding problems entirely rather than patching them, using API versioning as an example.
An article exploring the concept of 'yak shaving' in software engineering, encouraging engineers to tackle complex, nested problems methodically.
A software engineer shares four techniques to improve skills beyond learning new frameworks, focusing on problem-solving and impact.
A reflection on how differing personal and professional contexts shape decision-making, especially in software architecture and team collaboration.
A guide to overcoming mental blocks in programming by focusing on problem-solving logic and embracing errors as helpful feedback.
Explores the mental framework of 'builders' vs 'architects' in programming to understand team conflicts and improve collaboration.
Applying mental toughness principles from elite sports to software engineering, focusing on overcoming mental barriers and personal excellence.
A software engineer explains that experience comes from solving diverse problems, not just time, and suggests ways to find them.
