Autonomous Mobility SDE — Routing & Coordination

Socket.dev; North Reading (MA); On-site; USD 143,700 - 194,400; Full time

Benefits offered by this job

Medical, Dental, and Vision Coverage

Maternity and Parental Leave Options

Paid Time Off

Job summary

Amazon Robotics' Autonomous Mobility team is seeking a talented SDE to join the Autonomous Routing and Coordination (ARC) group in North Reading, MA. You will work on software and algorithms for multi-robot route planning and coordination to enable fleets of AMRs to operate safely in dynamic environments.

You'll join top engineers and scientists building high-performance, scalable systems, with opportunities to impact real-world warehouse autonomy and navigation.

Qualifications

• 3+ years of non-internship professional software development experience
• 2+ years of non-internship design or architecture experience
• 1+ years of software development engineer or related occupational experience
• 1+ years of designing and developing large-scale, multi-tiered, multi-threaded, embedded or distributed software applications
• 1+ years of Object Oriented Design experience
• Bachelor's degree or foreign equivalent in Computer Science, Engineering, Mathematics, or a related field
• Experience programming with at least one software programming language

Responsibilities

• Develop software and algorithms for multi-robot route planning and coordination
• Collaborate with scientists and engineers on high-performance, scalable systems
• Build reliable software for autonomous navigation and AMRs

Skills

Non-internship software development

System design

OO design

Programming languages

Bachelor's degree

General software

Education

Bachelor's degree in CS/Engineering/Math

Foreign equivalent acceptable

Tools

C++

C#

Java

Perl

Job description

Amazon Robotics' Autonomous Mobility team is seeking a talented SDE to join the Autonomous Routing and Coordination (ARC) group in North Reading, MA. You will work on software and algorithms for multi-robot route planning and coordination to enable fleets of AMRs to operate safely in dynamic environments.

You'll join top engineers and scientists building high-performance, scalable systems, with opportunities to impact real-world warehouse autonomy and navigation.