Women in Rust

🗣️ Zainab Ali: Sketching streams with aquascape
Functional streams are a vital tool in any ecosystem. They can simplify the code for webservers, event loops, and data-intensive applications. But they are notoriously difficult to understand. In this talk, we'll explore a mental model of stream execution in fs2, a functional stream processing library in Scala. We'll use our model to draw simple diagrams for complex streaming scenarios, and see how these diagrams can be generated automatically using the aquascape library. Finally, we'll bring our model to the masses. We'll use Scala.js to create interactive, browser-based diagrams that can be integrated into fs2's online documentation. By the end, we'll have a solid understanding of functional streams. With aquascape, you'll see that streams are not only easy to read, but easy to reason with too.

🌟Zainab Ali 🌟
Zainab is passionate about functional programming and the creative art of learning. As a functional programming trainer, mentor and consultant, she specializes in demystifying complex concepts and fostering a deep understand of FP methodologies and their practical applications. Using a wide variety of interactive teaching methods, from immersive workshops and coaching to one-on-one mentoring, she empowers developers to tackle challenging problems with ease through functional programming methodologies. Her approach focuses on combining deep theory with hands-on practical exercises and real-world applications, enabling teams to develop scalable, maintainable systems. As the organizer of the London Scala User Group, frequent public speaker and member of several conference program committees, her goal is to ignite interest in functional programming, foster meaningful discussions and grow its grassroots community.

🗣️ Caroline Morton: Accidental Functional Programming in Rust (From an Epidemiologist's Perspective)
I don't have a background in functional programming - and I never set out to write it. But somewhere between writing trait-based epidemiological pipelines, composing data transformations, and leaning hard on Result, enums, and pattern matching, I started hearing from others: “That's pretty functional.”
In this talk, I'll explore what it means to write “functional-ish” Rust as someone solving real-world scientific problems. I'll walk through the patterns I reach for - like chaining iterators, avoiding shared state, and embracing expressive types - and reflect on which functional programming ideas emerge naturally in Rust, even if you're not trying.
I'll also share how designing for epidemiologists - most of whom are used to chaining functions in Python (like Pandas) or R - has pushed me toward creating ergonomic Rust APIs with Python and R bindings. These tools aim to feel familiar to scientists while leveraging Rust's power and safety under the hood.
This is a talk for functional programmers curious about Rust, and for Rustaceans wondering if they've been functional all along. No formal theory required - just real code, real use cases, and a pragmatic perspective from someone building public health tools in Rust.

🌟Caroline Morton 🌟
Dr. Caroline Morton is a medical doctor, epidemiologist, software engineer, and PhD candidate specialising in synthetic data, epidemiology, and Rust. With 60 peer-reviewed papers and two books on software, she combines deep technical expertise with a commitment to improving scientific workflows.
Caroline co-founded the first Women in Rust group, fostering diversity and encouraging more women to explore opportunities in systems programming. She leads an open-source project improving codelist management in epidemiology using Rust, creating efficient, reliable tools for health data research.
Her PhD focuses on synthetic data methods for epidemiology, particularly using Rust to generate large, realistic datasets. A strong advocate for open science and reproducibility, she contributes extensively to improving software practices through publications, workshops, and open-source projects.

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