Robot Operating System Jobs in Edinburgh

3 of 3 Robot Operating System Jobs in Edinburgh

Product Manager - Industrial Sector Lead

Edinburgh, Scotland, United Kingdom
Hybrid / WFH Options
Canonical
role at Canonical Get AI-powered advice on this job and more exclusive features. Canonical is a leading provider of open source software and operating systems to the global enterprise and technology markets. Our platform, Ubuntu, is very widely used in breakthrough enterprise initiatives such as public cloud, data … product strategy Understanding of physical compute - servers, networking, storage Understanding of industrial-specific open source software such as IoT frameworks, OPC UA, EdgeX Foundry, ROS (Robot Operating System), and industrial automation platforms Understanding of the open source infrastructure projects such Kubernetes and Openstack, Solid knowledge of Linux More ❯
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C++ Developer

Edinburgh, Midlothian, Scotland, United Kingdom
SeeByte
candidates usually have a degree in Software Engineering or similar numerate discipline with a software engineering emphasis. Desirable Experience Familiarity with Robotics Middleware (e.g., ROS) Simulation, Robotics and Machine Learning techniques Use of current programming language features (e.g., Boost, OpenCV, C++-17 onwards for C++) Experience with automating application deployment More ❯
Employment Type: Permanent
Salary: £40,000
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Senior Software Engineer - Avionics

Edinburgh, Scotland, United Kingdom
Hybrid / WFH Options
JR United Kingdom
is highly desired (required for experienced applicants): Python development, in particular data processing and the use of graphing libraries git for version control Linux operating systems and bash CLI/… scripting Experience with the following technologies is beneficial: GitLab/GitHub or similar platform for collaborative development gcc, make, cmake and related compilation infrastructure ROS 2 , or other robotics middleware Integrated development workflow, in particular use of VS Code as an IDE Experience in the following topics: Control algorithms, in More ❯
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