DevOps Robotics Engineer
JLG
San Francisco, CA, US
Onsite
2026-07-03
Announced salary
$123,879 - $206,941
Low
$97K
Median
$124K
High
$159K
Market in San Francisco · BLS OEWS 2025
Estimated net pay
$7,395 - $11,594
/month · 28% withheld
after tax & contributions · Single, no dependents
Job description
**About JLG, an Oshkosh company**
**JLG began in 1969, when our founder, John L. Grove set out to resolve growing safety concerns in the construction industry. Since then we have been committed to understanding the challenges and delivering innovative solutions to the access market. We partner with customers to provide quality equipment, training opportunities and trusted support within the access industry. We are a global company, and our products—including mobile elevating work platforms, telehandlers, utility vehicles and accessories—can be found all over the world.**
As a **DevOps Robotics Engineer** you will architect and implement the infrastructure to support hundreds of robots on construction sites throughout the US. You will create a monitoring and data collection system, as well as a way to safely do OTA software and firmware updates. Beyond that you will work with the software team to support CI/CD pipelines, machine vision training pipelines, and testing. You will play a key role in getting the first large fleet of autonomous systems into construction sites.
**YOUR IMPACT:**
* Build out our fleet management system – architect and implement how the robot fleet will be managed. Looking for processes that scale across 100s of robots
* Bring up of the machines – Create scripts to automate bring up – this involves configuration of components, and testing inputs/ outputs.
* Over the air updates – architect and implement how the robot fleet with do OTA updates for both software and firmware. Design a way for automatic recovery in case of failed update. Understand security and encryption for over the air update
* Fleet support – Create a logging and ticket tracking system that provides the information required for support teams to get systems back up and running. Proactively flags issues with systems not behaving as expected.
* Establish a RobotVPN for addressing in field issues and teleoperation.
* Create a data management architecture for hardware system