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BD
Boston Dynamics
Applications/Integration Engineer (RMAC)
Career Insights for Application Developer / Engineer
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Based on Georgia data
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What they do
An Application Developer or Engineer designs or improves applications software. Oversees the entire applications development process. Analyzes customer or user needs, designs programs, writes code or instructs computer programmers, tests design, and documents programs. May assist with upgrades or maintenance.
$104,144 / year median in Georgia
+6% projected growth
Job Description
Applications/Integration Engineer (RMAC) Boston Dynamics - 5.0 Savannah, GA Job Details $134,000 - $170,000 a year 4 hours ago Benefits Health insurance Dental insurance 401(k) Paid time off Vision insurance Qualifications Jira Robot troubleshooting Network topology design Robot integration Systems integration Software engineering On-site technical support Program design Network hardware support Data visualization software proficiency Production data analysis Computer Science Application systems Bug Tracking (Quality assurance practices) Bachelor's degree in electrical engineering Linux support Tooling Triage Coaching Data quality assurance IT system monitoring Strategy Development (Quality assurance practices) Software implementation Firmware Robotics engineering Data reporting Metrics Reporting Overseeing curriculum development Tableau 3 years Full Job Description Job Summary As an Applications/Integration Engineer at the Robotic Metaplant Application Center (RMAC), you will serve as the engineering resource driving the transition of the Atlas humanoid robot into production-level automotive manufacturing. This unique role combines fleet management with application development. You will be the onsite engineering team responsible for the health of the onsite Atlas fleet while simultaneously designing the curriculum and playbooks that define how Atlas learns to perform complex sequencing and assembly tasks. Your work directly supports our long term goal to collect large volumes of high-quality data to enable Atlas's use in automotive manufacturing. Key Responsibilities 1. Data Collection Strategy & Curriculum Design Design and architect specific data collection tasks and scenarios to be executed by the robot operations team based on an in-depth understanding of Atlas capabilities and product goals for automotive manufacturing. Create detailed playbooks for each data collection task, ensuring high-quality, consistent data generation that meets strict QA standards. Develop success criteria and execute Operational Level Testing (OLT) and Factory Acceptance Testing (FAT) for behavior policies.