Robotics Hardware Development Lead

Amazon; Massachusetts; On-site; USD 180,000 - 243,000; Full time

Job summary

Amazon is seeking an experienced Hardware development lead to own end-to-end validation and verification efforts for advanced robotics and mobile manipulation systems. You will define strategy, partner with design and manufacturing teams, and scale tests for complex electromechanical platforms in dynamic industrial environments.

You will lead a multi-disciplinary hardware engineering team, drive defect prevention, and navigate an entrepreneurial setting with high-judgment decisions.

Qualifications

• 5+ years of engineering team management experience.
• Bachelor's degree in Electronic Engineering, Computer/related field.
• Experience in manufacturing, process, or industrial engineering.
• Experience developing and testing mechanical robotics equipment.
• Experience in system-level integration.

Responsibilities

• Lead and grow a multi-disciplinary hardware engineering team developing verification and validation plans for HW.
• Define and drive the overall hardware verification and validation strategy aligned with product development roadmaps
• Partner with HW design/mechanical/electrical/manufacturing teams to deliver safe, reliable, and scalable robotic solutions
• Plan ahead to avoid hardware defects and drive any problems to zero
• Thrive in an entrepreneurial and ambiguous environment, making high-judgment decisions with incomplete information

Skills

Engineering team management

System-level integration

Robotics equipment testing

Manufacturing/industrial engineering

Education

Bachelor's degree in Electronic Engineering, Computer Engineering, or related field

Tools

MS Excel

AutoCAD

MS Project

Visio

Word

PowerPoint

Job description

Amazon is seeking an experienced Hardware development lead to own end-to-end validation and verification efforts for advanced robotics and mobile manipulation systems. You will define strategy, partner with design and manufacturing teams, and scale tests for complex electromechanical platforms in dynamic industrial environments.

You will lead a multi-disciplinary hardware engineering team, drive defect prevention, and navigate an entrepreneurial setting with high-judgment decisions.