Join a pioneering team revolutionizing how customers shop with Alexa. This role involves building the next generation of conversational commerce, integrating voice, visual displays, and generative AI. You will contribute to a product built from the ground up, tackling unique challenges in real-time store rendering and multimodal interactions.

This is an exceptional opportunity for an early-career engineer to make significant contributions. You'll design and implement key features, own your work from concept to production, and experience rapid professional growth in a highly supportive and innovative environment.

Dive into greenfield development at the forefront of Generative AI, multimodal experiences, and conversational commerce. Expect a culture that fosters experimentation, learning, and invention, backed by strong leadership committed to your career development and mentorship.

- Develop and deploy features that enhance and scale the Amazon Store experience across Echo Show and Fire devices. - Produce high-quality, well-tested code, actively participating in code reviews to share and receive constructive feedback. - Contribute to systems responsible for real-time Amazon store rendering, synchronization, and enabling conversational, multimodal shopping journeys. - Expand the shopping experience to new platforms and international markets, navigating ambiguity and forging new paths. - Take end-to-end ownership of components, including monitoring, on-call duties, and continuous performance and reliability improvements. - Collaborate effectively with engineering, science, product, and design teams across Alexa Shopping, including cross-time zone coordination.

- Possess 3+ years of professional software development experience, excluding internships. - Demonstrate 2+ years of experience in designing and developing large-scale, multi-tiered, multi-threaded, embedded, or distributed software applications, tools, systems, and services using C#, C++, Java, or Perl. - Proven experience contributing to the architecture and design of new and existing systems, focusing on architecture patterns, reliability, and scalability.