Lead a critical software development initiative focused on Selling Partner Payouts and Collections at Amazon. This role involves defining multi-year technical strategies, guiding multiple engineering teams, and shaping product roadmaps to enhance customer experience and business operations. You will be instrumental in fostering a high-performing, inclusive engineering culture, driving innovation, and making a significant impact on Amazon's global seller ecosystem.

Join a team dedicated to optimizing the financial journey for millions of selling partners worldwide. Your leadership will directly influence the speed, reliability, and trust of payouts and collections, encouraging partners to expand their business on Amazon. This is a unique opportunity to be the India Site Leader for this vital organization.

Define and execute a long-term technical strategy and product roadmap, aligning engineering efforts with business objectives and customer needs. Lead, mentor, and develop a team of software development managers and senior engineers, cultivating an inclusive environment for career growth and peak performance. Collaborate with product management, technical program management, and business leaders to clarify requirements, manage priorities, and ensure cross-team delivery alignment. Establish and monitor operational metrics, audit processes, and engineering best practices to guarantee system reliability, security, scalability, and maintainability. Evaluate and integrate emerging technologies, including generative AI, to boost productivity and empower teams in solving complex customer challenges.

A minimum of 10 years in engineering, with at least 5 years in engineering team management. Extensive experience (10+ years) in planning, designing, developing, and delivering consumer software. Proven ability to partner effectively with product or program management teams. Demonstrated success managing multiple concurrent programs, projects, and development teams within an Agile framework. Experience designing and developing large-scale, high-traffic applications is highly desirable.