SoftwareDevEngineer,AlexaDailyEssentials-DeviceSoftware,AlexaDailyEssentails-DeviceSoftware

Do you like working on industry-defining projects that leverage artificial intelligence (AI) and are used everyday by millions of customers worldwide across Alexa cloud and Echo devices? Then read on! At Amazon, we hire the best minds in technology to innovate and build on behalf of our customers. The focus we have on our customers is why we are one of the world’s most beloved brands – customer obsession is part of our company DNA. Our Software Development Engineers (SDEs) use advanced AI technology, deep device-side knowledge and large-scale systems to solve complex problems. We get to see the impact of their work first-hand on millions of Echo devices worldwide. We are looking for individuals who are passionate about creating new products, features, and services from scratch while managing ambiguity and the pace of a company where development cycles are measured in weeks, not years. If this sounds interesting to you, apply and come chart your own path at Amazon. Key job responsibilities - Design & Development: Design, develop, and maintain timer, alarm, and reminder features on Echo devices, ensuring reliability and low-latency performance. Own end-to-end delivery of medium-to-large features across the full software stack including firmware, middleware, and cloud integration. Develop and optimize on-device scheduling logic to ensure accurate triggering across device states including active, standby, and low-power modes. - Technical Leadership: Drive technical design discussions and produce design documents for new features and system improvements. Identify and resolve ambiguity in requirements by collaborating with PMs, UX, and cross-functional partners. Mentor junior engineers through code reviews, design guidance, and knowledge sharing. Proactively identify technical debt and propose solutions to improve maintainability. - System Reliability & Performance: Ensure high availability and fault tolerance including offline and network-degraded scenarios. Optimize mem