Key job responsibilities
Define, expand, and explore the design space for complex, multidisciplinary robotics and automation problems, with emphasis on mechanical architecture and physical system constraints.
Design and technically review mechanical modules and subsystems; challenge design decisions with rigorous engineering analysis and first-principles reasoning.
Identify and analyze cross-functional tradeoffs between design alternatives, including impact on performance, schedule, cost, risk, manufacturability, and scale.
Break down and frame problems using concept of operations, use cases, and structural/functional decompositions to clarify needs and align hardware, software, and science teams.
Drive system-level requirements definition and flowdown; write requirements, functional specifications, interface control documents, and design verification plans.
Build quantitative models and analyses (MATLAB, Python, Excel) to conduct trade studies, refine requirements, and understand key system drivers across integrated mechatronic systems.
Develop system integration and evaluation strategies; drive execution of system test campaigns spanning lab and field environments, including test readiness reviews, post-test analysis, and reporting.
Work with Operations, Manufacturing, Supply Chain, and Quality organizations as well as vendors to ensure smooth production transitions and identify design choices that enable deployment at Amazon scale.
Mentor colleagues across disciplines and exhibit role model behaviors of thorough engineering analysis and cradle-to-grave ownership.
Bachelor's degree or above in Mechanical Engineering
Experience analyzing dependencies, tradeoffs, and sensitivities across multi-disciplinary systems
Knowledge of SolidWorks or similar CAD experience and understanding of best practices for part design, and advanced assemblies
Experience in integrated system design with a strong mechanical hardware focus.
Demonstrated ability to design mechanical modules and critically challenge mechanical design decisions at a technical level.
Experience leading technical collaborations and creating alignment across diverse groups (hardware, software, controls, program management).
Experience in integrated system design of industrial robotic or automated systems.
Experience with the full hardware product development lifecycle — from concept through manufacturing transition and field deployment.
Experience with actuator/sensor evaluation, selection, and integration into robotic platforms.
Knowledge of manufacturing methods and rapid prototyping techniques (CNC, 3D printing, waterjet, laser cutting).
Proficiency with PLM software and Engineering Change Order (ECO) processes.
Demonstrated team leadership skills and experience with 1 or more relevant domains: Industrial Automation, Robotic Manipulation, Workcell Automation, Conveyance Systems.
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