Take a look at what it means to «think in CSS» and how to develop the mindset necessary to write efficient, resilient and maintainable styling.

Explore patterns and libraries to make working with Web Workers easier.

Learn how to identify code smells in your React app and how to improve it.

A journey into the asynchronous debugging horrors, how to avoid them and what patterns can be used to ease the life of each developer debugging applications.

You need tools! You need abstraction! You need patterns! You don't want the same code to be written multiple times everywhere. How do you do that?

How many times have we used a design pattern, just because we’ve been conditioned to use it? Jenn gives a thought-provoking, interdisciplinary talk that questions our assumptions and challenges us to break the rules.

Learn how to create smooth, performant animations and interactions, that look and feel native-like.

Learn how to make Webpack + Babel work for your users: smaller bundles, faster parse times, browser-engine opts and de-opts, and faster perceived load times.

A journey into the asynchronous debugging horrors, how to avoid them and what patterns can be used to ease the life of each developer debugging applications.

Take a look at what it means to «think in CSS» and how to develop the mindset necessary to write efficient, resilient and maintainable styling.

Explore patterns and libraries to make working with Web Workers easier.

Learn how to identify code smells in your React app and how to improve it.

You need tools! You need abstraction! You need patterns! You don't want the same code to be written multiple times everywhere. How do you do that?

Learn how to create smooth, performant animations and interactions, that look and feel native-like.

How many times have we used a design pattern, just because we’ve been conditioned to use it? Jenn gives a thought-provoking, interdisciplinary talk that questions our assumptions and challenges us to break the rules.

Learn how to make Webpack + Babel work for your users: smaller bundles, faster parse times, browser-engine opts and de-opts, and faster perceived load times.