Our Opportunity: 

Our fast-growing Warehouse & Fulfillment Center teams are the heart of our operations, helping ensure millions of pet families around the country receive their pet supplies and medicines when they need them. Chewy’s AI & Data Innovation organization is developing cutting-edge technology to manipulate items across our extensive inventory.  

A key element of this initiative involves capturing, modeling, and manipulating a wide variety of products—ranging from cat toys to large bags of dog food. Our work spans real-world and physics simulation environments, enabling us to validate, refine, and iterate on solutions for ongoing improvement.  

We are seeking a big thinker to provide technical leadership, hands on science and engineering vision, in building an innovative environment that bridges both our real-world lab in Woburn, MA, and simulated platforms. Fulfill your potential alongside dedicated Team Members responsible for providing best-in-class delivery experiences and supply chain expertise! 

WHO YOU ARE: 

• Passionate about Simulation and Curation: You’re excited to build, curate, and develop a state-of-the-art simulation environment that supports physical-world libraries and deformable objects (e.g., dog food bags, ).
• Interest in Hybrid Learning: Fascinated by designing and creating environments for hybrid real-world and simulated reinforcement learning to address grasping and manipulation challenges.
• Problem Solver for Scale: Motivated by the challenge of manipulating a catalog of 115,000+ diverse items spanning a wide variety of e-commerce package types.
• Team Leader and Mentor: Skilled in mentoring and leading a highly capable engineering and science team with a clear focus on impactful goals that drive business outcomes.
• Influential Thinker: Inspired to see your ideas, pipelines and experiments influence top-level decision-makers and deliver measurable business results.
• Innovative Collaborator: Committed to understanding and refining problem statements without over-constraining goal definitions and innovating in a collaborative environment to achieve optimal solutions. 

WHAT YOU’LL DO: 

• Robot Development: Design and test robot motion control algorithms in simulated environments before deployment on real hardware.
• Grasping and Manipulation: Develop and validate solutions for handling a wide variety of products within our catalog.
• Business Impact: This work will have a direct impact on saving money for our customers and creating a safer work environment for our team members.
• Connect & Grow: There will be a requirement to travel and visit vendors as well as attend trade shows, representing the company and fostering key business relationships. Expect up to 10% travel. 

WHAT YOU’LL NEED: 

• Bachelor's Degree or equivalent experience (AI, Data Science, Engineering, MIS, CS, or related field).
• Deep Knowledge of Robotics Simulation: Extensive experience with physical robotics simulators, including expertise in physics engines, environment creation, sensor modeling, and running complex robot simulations.
• Expertise in Physical Simulation: Hands-on experience with physical-level simulation tools such as Isaac Sim, Gazebo, PyBullet, or MuJoCo. Ability to build robot models, set up environments, program sensor data, and implement complex physics interactions within simulation platforms.
• Physics Engine Expertise - Deep familiarity with physics engines embedded in simulation tools, ensuring accurate simulation of robot dynamics and environmental interactions.
• Advanced Programming Skills - Strong coding proficiency in C++, Python, or other appropriate languages for developing simulation scripts and control algorithms.
• Sensor Modeling - Experience designing realistic sensor models such as LiDAR, cameras, and IMUs within simulation tools to support perception algorithms.
• Environment Design - Capability to create diverse and complex simulated environments using terrain editing tools and object libraries.
• Simulation Optimization - Expertise in techniques for optimizing simulation performance to support real-time control and large-scale testing. 

HIGHLY DESIRABLE: 

• Publications in Physical AI, Robotics Simulation, knowledge systems, or related areas. 
• Advanced degrees (Master’s or PhD) in AI, Robotics, Systems Engineering, or Applied Science. 
• Contributions to open-source projects in Robotics Simulation or Physical AI.
• Exposure to dynamic industries, such as e-commerce, supply chain or, where Robotics and AI intelligence drives innovation.  

If you’re excited to tackle unique challenges in physical simulation and robotics while mentoring a talented team, this is your opportunity to make a significant impact in a fast-paced and innovative environment.