Lenny's Podcast
Why cultivating agency matters more than cultivating skills in the AI era | Max Schoening (Head of Product, Notion)
with Max Schoening, Head of Product at Notion
3 May 2026
15 min read
1h 22m
TL;DR
Agency—the belief that you can change things and aren't limited by your current skillset—matters far more than any individual skill in the AI era. As AI handles the first 10% of projects for free, success depends on people who tinker, make things, and understand they work in a malleable world rather than those who stay rigidly within defined roles.
Max Schoening is Head of Product at Notion and one of the most thoughtful AI-forward product leaders in tech. Previously, he was a product manager at Google, led design at Heroku, and served as design leader and engineer at GitHub under Nat Friedman. He's also a two-time founder with deep expertise in how AI is reshaping product development, design systems, and the future of software.
Takeaways
1
Agency beats skill in the AI era As AI commoditizes the ability to execute, the differentiator becomes whether you believe you can shape your world rather than accept constraints. Success goes to people who tinker, make things, and experiment—not those who stay within rigid role definitions. Develop agency by building things, even small ones, which awakens you to the fact that change is possible.
2
The first 10% is now free, the last 90% unchanged AI has drastically lowered the cost of getting ideas into prototype form—you can now explore multiple directions cheaply. However, shipping a production product at scale remains deeply hard: quality, reliability, and scale still require the deep engineering that decades of iteration provide. Focus exploration speed on the hard problems, not the easy ones AI solves.
3
Designer and PM code for understanding, not production shipping The value of designers and PMs learning to code isn't about replacing engineers—it's about thinking in the actual medium they design with (agent loops, state management, etc.) rather than static mockups. This forces deeper interrogation of how systems actually work, improving design and product decisions, even if engineers rebuild it later.