Ben Dingwall

Developed and maintained payments integrations in Go & .NET, supporting 30+ payment methods across multiple providers in a high-volume, highly regulated environment. Contributed to 5 end-to-end payment integrations from vendor onboarding to production rollout, delivering against strict regulatory deadlines. Built a load-balancing solution that distributes card traffic across multiple providers, improving deposit success rates and resilience for one of the platform's highest-traffic payment methods. Integrated payment deposit flows with a third-party fraud detection API, ensuring accurate validation between internal transaction data and provider-supplied data to support fraud prevention. Diagnosed and resolved live production issues under time-critical conditions, ensuring system reliability and minimal impact on users. Provided mentorship to junior developers, guiding them on best practices and effective use of various software and tools to ensure team efficiency.

Developed and maintained payments integrations in Go & .NET, supporting 30+ payment methods across multiple providers in a high-volume, highly regulated environment. Contributed to end-to-end payment integrations from onboarding to production rollout, delivering against strict regulatory deadlines. Built a load-balancing solution that distributes card traffic across providers, improving deposit success rates and resilience for one of the platform's highest-traffic payment methods. Integrated payment deposit flows with a third-party fraud detection API, ensuring accurate validation between internal transaction data and provider-supplied data to support fraud prevention. Diagnosed and resolved live production issues under time-critical conditions, ensuring system reliability and minimal impact on users. Provided mentorship to junior developers, guiding best practices and effective use of various software and tools to ensure team efficiency.

Developed core game play systems for a VR game using Unity and C#, including state-driven mechanics and player interaction systems. Designed system flows and class structures to support scalable game play features.