Senior Software Engineer (Python / TypeScript / Azure)
CHAOS Industries3 days ago
London, United KingdomSenior
Responsibilities
- Build high-performance Python backend services for low-latency, reliable, secure, real-time sensor-data processing and distribution.
- Build TypeScript and React web applications for operators to monitor live missions and investigate sensor data.
- Design and build secure, scalable Azure services for distributed radar systems.
- Define infrastructure as code and instrumentation for owned systems.
- Own production services, contribute to architecture, and help establish the platform’s engineering foundations.
- Collaborate with software, hardware, systems, and field deployment teams.
Requirements
- Experience building scalable backend systems and owning production services.
- Experience with distributed systems and real-time data problems.
- Ability to use AI coding tools thoughtfully and determine what to delegate.
- Python backend-services experience, TypeScript and React web-application experience, and Azure infrastructure-as-code experience are preferred.
- Willingness to travel and co-locate in San Francisco for approximately one week each quarter.
- Right to work in the UK is required.
Benefits
- Private medical, dental, and vision coverage for employees and dependents, fully paid by the company.
- Pension matching.
- Pre-IPO stock options.
- Relocation assistance and annual bonuses.
- On-site role in the Soho office in London with periodic travel to San Francisco.
Tech Stack
Categories
About CHAOS Industries
CHAOS Industries builds networked sensing, communications, and real-time software systems for defense, government security, commercial aviation, and critical infrastructure operators. It sells integrated hardware–software platforms and related services to government and industrial customers. Founded in 2022 and headquartered in Los Angeles, the privately held company also maintains offices in Washington, D.C., San Francisco, San Diego, Seattle, and London, and its products are designed for fielded, time-critical operations.