Please note:
Please list all requirements and wishes and answer with YES and an explanation, in addition to the motivation and CV
We would like to receive a CV that clearly shows that you meet the strict requirements. Please also make this clear in your motivation letter.
Without a motivation letter, your application will not be processed
Although we work with deadlines, it is possible that the project will still be closed earlier. We advise you to respond as soon as possible.
Introduction to the job
The Greenhouse project goal is introducing a new development environment including a new build system (Bazel).
Key requirements are enabling DevSecOps practices using industry standards. The platform will be cloud-ready and based on a hybrid cloud infrastructure foundation. Teams are empowered through self service capabilities and flexibility to add capabilities and tools to the environment. The software development environment is mission critical and must support the highest level of IP protection (top secret). With the large community to be serviced, all processes such as onboarding a new developer or providing new or other development stacks to teams must be fully automated and self-serviceable.
The Greenhouse project itself adopted a DevSecOps way of working. You will be working in a multidisciplinary team with IT and software engineers to deliver results fast and in short cycles. This team delivers the solution in incremental steps with a strong connection to the tools and techniques provided to the end-users.
DevSecOps Software Engineer (Build):
You will be working in the build team as a senior engineer. These teams are typically sized 4-7 highly skilled and educated people. Your job is to prepare and execute the technical work packages. The team work in the implementation of Bazel as new build system and target platform for our developers.
Requierements and wishes:
Background in Software Engineering or IT (MSc./PhD)
Modern build systems (Bazel is a plus, Cmake, Gradle)
Dev(Sec)Ops principles and capabilities, Software development lifecycle
Strong background in software development in C/C++, Python
Algorithms and compilers
Caching and build distribution capabilities
General (modern) software design and development experience (basic algorithm implementation, test driven development)
Infrastructure as code and cloud principles and tools (Rundeck, Terraform, Ansible)
Good knowledge of SCM systems and Git (GitHub, ClearCase, SVN)
Containerization knowledge & experience (Docker, Kubernetes)
Cloud and on-prem platforms (Azure, GCP, VMWare, K8S)
(Automated) software integration & release processes, concepts and tools
Software development experience within ASML or similar environments (embedded, RHEL) is a plus
Knowledge of ASML software architecture and tooling is a plus