Amazon Sr Interdisciplinary Systems Engineer Pharmacy Engineering Services 

United States, Arizona, Phoenix 

469041575

Key job responsibilities
- Define, expand, and explore the design space for complex, multidisciplinary pharmacy robotics and automation problems
- Design, develop, and integrate mechatronic pharmacy systems
- Build quantitative models and analyses to conduct trade studies, refine requirements, and understand key system drivers across the integrated systems of systems
- Perform technical risk assessments, devise mitigation plans, and create system test strategies
- Develop and communicate system integration and evaluation strategies and plans in support of program learning, technical risk reduction, verification, and validation
- Drive and prioritize execution of system test campaigns that span lab and field testing environments

- BS or equivalent in Electrical Engineering, Mechanical Engineering, Computer Science, Computer Engineering, Systems Engineering, Operations Research, Mathematics, Physics, or another STEM discipline
- Experience with developing and clarifying business and end user needs, and connecting those needs to system concepts, requirements, and designs
- Experience leading technical collaborations and creating alignment across diverse groups (e.g. hardware engineering, software engineering, program management)
- Experience identifying and analyzing dependencies, tradeoffs, and sensitivities across multi-disciplinary systems
- 5+ years of experience in integrated systems design

- Experience with industrial robotics and automated material handling solutions
- Experience developing and supporting hardware/software systems across the product life cycle
- Experience with scalable production systems
- Experience with developing safety-critical systems and supporting related regulatory compliance needs
- Experience with 1 or more relevant domains: Pharmacy or Industrial Automation, Robotic Manipulation, Embedded Systems, Perception and Controls
- 9+ years of experience in integrated system design