Lead and oversee the development of software systems with clear architecture design towards industrialization. This role will derive the design and the integration of different software systems from embedded to AI stack. This role focuses on creating scalable modular and compliant software architectures targeted for advanced driverassistance systems (ADAS) autonomous driving (AD).
Responsibilities:
Collaborate with hardware and system engineers to ensure seamless integration between hardware and software components.
Structure a clear architectural design for the complete software implementation for automotive use case
Evaluate and select technologies suitable for automotive applications such as communication protocols (e.g. FlexRay CANFD) embedded platforms and machine learning frameworks.
Guide development teams in implementing automotivegrade software ensuring high performance safety and reliability.
Conduct design and code reviews to validate alignment with architectural goals and quality standards.
Act as the primary point of contact for software architecturerelated queries from OEMs and Tier1 suppliers.
Analyze system performance optimize memory usage for automotive systems.
Ensure systems are faulttolerant and capable of handling high levels of realtime data processing.
Create and maintain architecture diagrams interface definitions and detailed design documents.
Present architectural decisions and technical tradeoffs to stakeholders and team members.
Contribute partially as a developer to help with the development.
Requirements:
Proven experience (typically 8 years) in software development and design with a strong understanding of software engineering principles.
Proven track record of working with automotive OEMs Tier1 suppliers or related domains.
Experience in designing scalable architectures for automotive sensors ECUs or connected vehicles.
Prior experience in leading technical teams or designing largescale applications.
Expertise in programming languages (C C Rust Python)
Indepth knowledge of software design patterns principles and architectural styles
Experience in implementing and maintaining compliance with automotive standards like ISO 26262 (functional safety) and ISO/SAE 21434 (cybersecurity).
Familiarity with automotive middleware such as AUTOSAR (Classic and Adaptive)
Knowledge of functional safety concepts and tools (e.g. FMEA FMEDA fault tree analysis).
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