Why Manual Mastery Still Matters in the AI Era
112
True expertise in the AI era requires building foundational intuition through manual practice before using automated tools.
Skill Development
Learning, mastery, and growth through deliberate practice, productive friction, and intentional effort.
Reading List
Adding Friction: Why You Should Work Harder Than Your AI
194
Developers should intentionally add friction to their AI-assisted workflows to ensure they are learning and retaining skills rather than just generating code.
AI is a Multiplier, Not a Replacement
337
AI is a skill multiplier that rewards deep technical expertise rather than a replacement for professional developers.
Building Expertise: Deliberate Learning for AI-Assisted Coding
253
A science-based AI assistant plugin that turns generated code into active learning opportunities through deliberate, interactive exercises.
The Gym Experiment: Overcoming Loneliness One Stranger at a Time
1550
By intentionally facing the fear of social rejection through daily interactions at the gym, a lonely graduate successfully built a community of friends.
Beyond Shallow Competence: Building Engineering Intuition in the AI Era
217
Junior developers must intentionally resist the shortcut of AI-generated code to build the deep architectural intuition and failure-recognition skills that define senior-level expertise.
AI Help Speeds Coding, But Slows Learning—Especially Debugging
482
AI can speed up coding tasks slightly but, when learning new tools, it often reduces immediate mastery—especially debugging—unless users actively prompt for explanations and concepts.
Choose Friction: Use AI Intentionally to Foster Growth
158
Choose intentional friction: use AI as a tool that supports growth rather than replacing the hard work that builds it.
Taste Came First: Build It, Then Use AI
210
Taste isn’t an AI-era novelty—it’s the timeless discipline of judgment; those who already had it are the ones winning with AI.