Modular, simple, composable. It's the only way we have found to build fast, correct and maintainable software. Modular means that we build software as a collection of independently useful and reusable parts. We ruthlessly refactor each part to keep it focused on a single purpose, making it simple. We deliver software fast by thinking about composability left right and centre, connecting parts together from whichever direction, like train wagons. Composability lets us express arbitrarily complex behaviours with less code.
Functional, typed, immutable. These are the key technologies for composable software. We build parts as functions, because functions compose where objects do not. We use types to describe functions, because one type is worth a thousand out-of-date comments. We keep data immutable, because immutability lets us focus on the business logic holistically without getting bogged down by hundreds of corner cases.
A journalist by training, managed a media ethics think-tank and agricultural research scholarships. I keep things ticking around here.
PhD (École Polytechnique) formal methods and compiler design. Dreams distributed systems.
Background in market research for new product innovations. MSc in International Business.
Managing infrastructures with code. And a healthy dose of stubborness.
PhD (École Polytechnique) in homological algebra and dependent types. Core team of Coq proof assistant. Mathematician and software engineer. Wish Bear.
PhD (Neuroscience, UCL). Data scientist with a background in experimental and computational science. I like to invent new ways of building predictive models.
From SF to Paris to digital nomad wannabe. Over a decade of experience running & optimizing daily business operations in the tech world. Live, learn and run!
PhD (Technische Universität Berlin) concurrent functional programming & compilers. Lambda Scientist.
PhD (Radboud) in Natural Language Processing. Language engineer and data scientist. Occasional wrestler of neural networks.
MSc (Montevideo) in program fusion transformations. Software craftsman and engineer. Maintainer of Cloud Haskell. Dreams of ways to make software correct.
PhD (Kingston) Applied mathematician, statistician & functional programmer. Jack of all trades - closet differential geometer.
PhD (Saint Petersburg State) theoretical physics. Tying the knot between abstract problems and computer aided solutions. Gentoo developer.
PhD (Oxford) Geometry and higher category theory. Likes trying to apply n-categories to software problems.
MMath (Oxford). Likes tidying codebases and writing documentation in verse. Secretly hates type classes.
PhD (UPMC Paris 6) medical informatics, knowledge engineering. NLP enthusiast. Cursing the typesystem when coding in Haskell and longing for it when coding in Clojure.
PhD (Rennes) on FPGA accelerators. Functional programming convert. Dreams of expressive tools for designing type-safe hardware.
I am a system control engineer. Fast, correct and maintainable code is too important to leave it to software engineers, so I entered the fray.
PhD (Dijon) in communities discovery, knowledge engineering and MSc in business management. Love learning machines that learn how to learn.
Msc (École polytechnique) in programming languages theory. Grows a binary tree in his garden.
PhD Computational physics (Fribourg, ETH Zurich). Functional programming enthusiast. Hacks Haskell for fun.
BA Philosophy (Harvard). Coauthored the servant web framework.
PhD Geophysics (IPG Paris). Passion for Science. Reduces data to color.
Taking Nix to the next level. Founder, NixOS Security Team. Author of OfBorg, the Nixpkgs continuous integration tool.
Haskell enthusiast and open source contributor. Balancing correctness with reality.
Late stage Haskell addict. Enjoys chasing buzzwords. Working on a Haskell to WebAssembly compiler.