Senior Backend Software Engineer
Pubblicato il 01-10-2026 - Satispay in Italia
About us Traditional banking has never really given you control over your financial life. Satispay exists to change that: to empower people through finance . That means making financial services easy and accessible for over 6.5 M users. We started with payments, then benefits, investing, cards... and we're not done. We follow the same logic every time: find a real problem, solve it properly, then look for the next one. To build the most loved financial platform in the world. If you own outcomes rather than tasks, stay close to what users need, and refuse to wait for someone else to fix what's broken — you'll find people here who work exactly in the same way. As our Senior Backend Software Engineer, you'll play a critical role in shaping the technical direction of the Consumer Growth team. This is an individual contributor (IC) role - you'll lead through technical excellence and influence, not through direct reports or people management.
You will be responsible for the technical quality and delivery of complex systems, collaborating closely with other teams. Build and ship - Design,
implement, and operate services that power the Satispay consumer experience - from payment flows and identity verification to loyalty and engagement features, working across the full lifecycle.
Cross-team technical leadership - Drive technical analysis for projects that cut across multiple teams, lead design discussions, and produce documentation that gives stakeholders and other teams a clear, reviewable picture of every design before build begins. Foster engineering excellence - Raise the quality bar across mobile and backend development through rigorous testing strategies, safe progressive rollouts, and proactive elimination of technical debt in a codebase shipping 2 M+ daily payments.
Mentor and develop - Provide technical guidance to junior and mid-level engineers in the Consumer Growth teams, helping them navigate cross-service dependencies, adopt sound event-driven patterns, and bu