Senior DevOps for Embedded Systems

Job Description

Main skill set:

• Hands-on experience with Azure (preferably) or AWS
• Automation solution: Jenkins, Zuul CI, SCM, Git, Terraform, Ansible
• Strong knowledge of concepts: Infrastructure-as-Code way-of-working, PaaS (Platform-as-a-Service), IaaS (Infrastructure-as-a-Service)
• Network configuration and management in dynamic environments (TCP\IP stack)(middle level enough)
• Scripting (basic level): PowerShell, Bash, Apache Groovy, Python
• Agile development methodology: Scrum, Scaled Agile, Kanban
• Experience with Gerrit
• Technical engineering degree (Preferably in the domain of software or systems engineering);
• Knowledge of Object Oriented Programming Principles
• Strong communication, multitasking, problem-solving and planning skills.

Would be a plus:

• Experience in embedded(automotive) development
• Know the basics of automotive (or similar) functional safety standards (ISO26262)
• Know the basics of any industry standard that provides a framework for defining, implementing, and evaluating the process required for system development (in automotive - ASPICE)
• C Programming
• Matlab Simulink
• MIL, HIL testing.

Job Responsibilities

We are looking for an experienced Senior DevOps to join our Agile project(SAFe) in the automotive area.

• Develop and maintain software integration and test infrastructure, including build systems, continuous integration (CI), and continuous deployment (CD) pipelines
• Create and configure end-to-end software build and deployment pipelines
• Automation builds and deployment pipelines
• Familiarity with test automation frameworks and tools for embedded software testing
• Work with the IT department to provision needed infrastructure or do it ourselves
• Strong understanding of Agile principles and ready to work in collaboration with developer teams
• Participation in the requirements gathering for CI tasks
• Development of solutions to enable a stable and high-performing automation framework, including work with the infrastructure, with Zuul/Jenkins, and parts of the build system.
• Development of an ISO 26262-qualified toolchain and development environment, for the flow from Matlab/Simulink to binary