Hi, I'm
Specializing in high-performance systems at McLaren Racing
Hello! I'm Bradley, a full-stack software engineer currently working at McLaren Racing, where I combine my passion for technology with the excitement of motorsport. I specialize in high-performance systems and cross-functional development.
My journey in software development has led me to work on mission-critical applications that demand the highest levels of performance, reliability, and innovation. I enjoy tackling complex technical challenges and creating solutions that make a real impact.
Outside of work, I spend most of my time with my amazing family or unwinding with some games (or, in the case of League, winding).

Building innovative solutions across motorsports and enterprise
Led end-to-end development of multi-language client libraries for McLaren's racing data platform, enabling scalable access to real-time racing data across engineering functions
Collaborated with Strategy, Data Science, and Racing Engineering stakeholders to define and prioritize feature roadmaps, ensuring technical solutions aligned with strategic racing objectives
Delivered end-to-end solutions spanning React frontends, Python middleware, and C# backend systems with Kafka for real-time data streaming and processing
Built simulator control systems with hardware API integration, supporting critical Vehicle Dynamics and Driver-in-Loop operations for racing simulation
Architected build pipeline infrastructure using Tekton, reducing build times by 50%+ and significantly improving developer productivity across engineering teams
Lead frontend developer on greenfield projects developing company IP for UK public safety agencies
Built scalable full-stack applications using MEAN stack and Spring Boot with automated CI/CD pipelines
Implemented GitOps workflows and Infrastructure as Code on large government programmes
Ported legacy enterprise application to open source platform, delivering significant cost savings
Designed API integrations and zero-downtime deployment strategies for critical systems