Join a dynamic team building the future of ultra-fast delivery at Amazon's Quick Commerce (QC) business. This role offers a unique 0→1 opportunity to develop large-scale, distributed fulfillment systems from the ground up, directly impacting how millions of customers experience rapid deliveries. You'll be instrumental in creating next-generation technology that powers our micro-stores, from receiving to last-mile handoff.

This is an exciting chance to apply cutting-edge computer science techniques in an environment focused on innovation and rapid iteration. If you're passionate about building high-performing, scalable systems that drive business growth, this role is for you.

Key responsibilities include designing, building, and maintaining scalable services and APIs for the QC fulfillment stack. You will develop systems that ensure operational controls in external fulfillment environments, collaborating with senior engineers and product managers to address complex fulfillment challenges.

Your contributions will involve writing clean, maintainable code, driving continuous improvements in system performance and reliability, and participating actively in code reviews and technical planning. The role also involves mentoring junior engineers and thriving in a fast-paced, agile environment with rapid deployment cycles.

We are seeking candidates with a minimum of 3 years of professional software development experience, beyond internships. A strong background in designing and architecting new and existing systems, focusing on reliability and scaling, is essential, with at least 2 years of dedicated experience in this area.

Proficiency in at least one programming language is required. Preferred qualifications include 3+ years of experience across the full software development lifecycle, including coding standards, code reviews, source control, build processes, testing, and operations. A Bachelor's degree in Computer Science or a related field, along with experience in fulfillment, logistics, or supply chain technology, is highly advantageous.