Amazon Robotics is seeking a talented Software Development Engineer to join their Resource Management team, focusing on designing and developing software that controls and optimizes robotic fulfillment centers. This role combines cutting-edge robotics technology with large-scale software systems, making it an exciting opportunity for engineers passionate about automation and scalable solutions.
As a key member of the Resource Management team, you'll be responsible for developing services that manage work assignment, battery charge levels, and product storage within Amazon's robotics solution. The software you'll work on is crucial for ensuring timely delivery to Amazon's retail customers. You'll collaborate with various specialists including research scientists, applied scientists, and data scientists to advance Amazon's growing robotic fleet.
The position offers significant technical challenges in designing highly scalable robotic systems while maintaining operational excellence. You'll be involved in the complete development lifecycle, from architectural decisions to implementation and testing, both in simulated environments and with actual robotic equipment. The role also provides leadership opportunities through mentoring team members and influencing the team's strategic direction.
Working at Amazon means joining one of the world's most innovative companies, with comprehensive benefits including medical, dental, and vision coverage, parental leave options, and a 401(k) plan. The position is based in North Reading, MA, where you'll be part of a diverse team pushing the boundaries of warehouse automation technology.
This role is perfect for experienced software engineers who are passionate about robotics, enjoy solving complex algorithmic challenges, and want to make a direct impact on millions of customers through Amazon's retail operations. The position offers a unique blend of software development, robotics, and systems architecture, making it an exceptional opportunity for career growth in the field of automated systems.