🚀 About the Role
This is a fantastic opportunity to join a dynamic team at ARRK Engineering, a leading provider of product development services. As a Senior Software Developer, you will play a crucial role in developing innovative algorithms for autonomous driving systems. This is a hybrid role, offering flexibility between working from home and our Madrid office.
🎯 Responsibilities:
- Develop innovative algorithms to optimize safety functions in autonomous vehicles.
- Design and define functionalities of safety functions, specifically focusing on lateral control.
- Develop software functions and algorithms for lateral control using C++.
- Test software solutions across various platforms (SIL, HIL, vehicle).
- Collaborate closely with our development team and customer partners, taking ownership of your work.
- Independently implement projects and participate in regular meetings to monitor progress.
- Create requirements and functional concepts, considering all involved functions and components.
💪 What We're Looking For:
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Required:
- Successfully completed studies in computer science, electrical engineering, automotive engineering, or a related field.
- Several years of professional experience in embedded software development within the automotive industry.
- Strong proficiency in C/C++ programming languages.
- Excellent problem-solving, analytical, and conceptual skills.
- Ability to work efficiently, flexibly, and proactively.
- Excellent English skills.
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Preferred:
- Experience with Ethernet/SOME-IP and Classic/Adaptive AUTOSAR.
- Familiarity with the ROS framework and Vector tools (CANape, CANoe).
🎁 Benefits:
- Engaging projects
- Flexible working hours
- Employee events
- Creative freedom
- Positive work environment
- Hybrid work arrangement
📞 Contact:
Petra Wichmann +40 (0) 364 434 – 717
➡️ Apply Now!
About ARRK Engineering:
ARRK Engineering is part of the international ARRK Group, specializing in all aspects of product development. We handle product development from virtual engineering to prototyping and low-volume production.