Location: London (4 days onsite per week)
Engagement: Inside IR35
Overview
We’re partnering with a leading quantitative technology organisation to hire an experienced Senior Rust Engineer to join a high-impact Storage Engineering team. This is an opportunity to contribute to a strategically important, multi-year platform initiative focused on building a next-generation storage solution from the ground up.
The team is developing a new distributed storage platform designed to provide greater scalability, performance, and operational control, reducing reliance on third-party storage technologies. An MVP has already been delivered, and the programme is now entering an exciting growth phase, with plans to expand the engineering team significantly over the coming months.
Working closely with quant researchers, platform engineers, and infrastructure teams, you’ll play a key role in shaping the architecture and engineering direction of a business-critical platform that sits at the heart of a highly data-intensive environment.
Key Responsibilities
- Design and develop core components of a greenfield distributed storage platform using Rust.
- Build highly scalable, resilient, and performant systems capable of handling large-scale data workloads.
- Collaborate with quantitative research and engineering teams to understand storage and data access requirements.
- Contribute to architectural decisions across distributed systems, data management, and platform scalability.
- Develop and optimise services running within Kubernetes-based environments.
- Integrate event-driven and streaming technologies, including Kafka, into the wider platform ecosystem.
- Drive engineering best practices, code quality, testing, and operational excellence.
Required Experience
- Commercial experience developing production systems in Rust (ideally 1–2+ years).
- Strong background building distributed systems and scalable backend platforms.
- Experience working with Kafka and event‑driven architectures.
- Hands‑on experience with Kubernetes and cloud‑native technologies.
- Strong understanding of system design, performance optimisation, and reliability engineering.
- Experience working within highly technical engineering environments.
- Storage systems, data platforms, or infrastructure engineering experience.
- Experience building low‑latency, high‑throughput distributed applications.
- Knowledge of large‑scale data management and storage architectures.
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