4 days ago

Robotics Software Engineer

Lely

Maassluis

4 days ago

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Lely is seeking a Robotics Software Engineer to advance autonomous agricultural robots for dairy farming. The role focuses on robot simulation, system validation, testing infrastructure, and software quality, requiring experience with Embedded Linux, Git, C++, and robot simulation environments. The position is based in Maassluis, Netherlands, with a hybrid work model.

HybridFull-timeMid LevelEmbedded LinuxGit

Robotics Software Engineer

Apply

HybridFull-timeMid LevelEmbedded Linux

Salary

Not specified

Work Location

Maassluis, South Holland, Netherlands, NL

Work Model

Hybrid: at least three days a week on Campus, flexible working hours between 06:00 and 20:00

Experience Required

200 years

Employment Type

Full-time

Experience Level

Junior: €4,200 – €6,000 gross per month; Medior: €5,000 – €7,100 gross per month

Core Qualifications

Technical (Must-have)

Embedded LinuxGitC++GazeboIsaac SimWebotsCI/CDDevOps

Soft Skills

CollaborationResponsibilityOpenness to feedbackCuriosityLearningCommunicationTeamwork

Key Responsibilities

•Develop and maintain simulation environments that accelerate robotics development and validation.
•Design and build automated test frameworks, system-level validation pipelines, and CI/CD workflows for robotics software.
•Develop tools that enable faster integration, debugging, performance analysis, and regression testing.
•Drive software quality through code reviews, automated testing, and engineering best practices.
•Help define the future of our autonomy stack, contributing to areas such as navigation, path planning, motion control, and robot behavior.
•Take ownership of technical solutions from concept through deployment on real robots.

RoboticsSoftware EngineeringSimulationTestingCI/CDAutonomous SystemsAgricultureC++Embedded LinuxHybrid

Key Responsibilities

•Develop and maintain simulation environments that accelerate robotics development and validation.

•Design and build automated test frameworks, system-level validation pipelines, and CI/CD workflows for robotics software.

•Develop tools that enable faster integration, debugging, performance analysis, and regression testing.

•Drive software quality through code reviews, automated testing, and engineering best practices.

•Help define the future of our autonomy stack, contributing to areas such as navigation, path planning, motion control, and robot behavior.

•Take ownership of technical solutions from concept through deployment on real robots.