Software System Architect (Anti-Collision) 80-100%
About Stadler
With over 80 years of experience, Stadler is a leading manufacturer of rail vehicles. Our innovative strength, flexibility, and reliability have earned us a reputation as a top player in the industry. We employ around 13,500 people across multiple locations in Europe, North America, and North Africa.
Stadler Signalling is our competence center for signalling technology and digitalization. With several locations in Germany, Switzerland, and North America, our teams of experts work on developing signalling solutions for automated driving, train control, modern complete systems, interlocking, and passenger information systems.
Your Key Responsibilities
* Design and develop software architecture for the Anti-Collision System in compliance with industry standards and best practices.
* Collaborate with cross-functional teams to define system requirements and ensure seamless integration with existing systems.
* Lead the implementation and testing of software components, ensuring high performance and reliability.
* Conduct code reviews and provide technical guidance to software developers.
* Stay up-to-date with the latest technologies and trends in software development.
Your Ideal Background
* Bachelor's or Master's degree in Computer Science, Engineering, or related field.
* Proven experience in software architecture design and development.
* Strong proficiency in C++ and experience working with Robot Operating System (ROS).
* Experience with real-time systems and safety-critical software development is a plus.
* Excellent communication and teamwork skills.
About the Role
* Start immediately or upon agreement.
* Dynamic and multi-cultural environment with start-up character and great diversity.
* Varied and exciting area of responsibility with flexibility for mobile work.
* The recruitment process consists normally of two interview rounds (MS Teams and on site; with HR and line).
* Applications via agencies are not considered.
* Competitive employment conditions with attractive fringe benefits.