Remote C++ Safety-Critical Autonomous Systems Engineer

BairesDev; United States; Remote; USD 120.000 - 180.000; Vollzeit

Benefits dieser Stelle

Remote work 100%

Work from anywhere

Home office setup provided

Flexible hours

Parental leave & vacations

Global mentorship & growth

Zusammenfassung

BairesDev is seeking a C++ Software Developer to design and maintain safety-critical software for autonomous vehicle applications. The role emphasizes fail-operational capabilities and robust performance in constrained embedded environments.

You will join a 100% remote team working on high-impact projects for global clients, with strong emphasis on robotics, motion planning, and system resilience, all while collaborating with international engineering teams.

Qualifikationen

• 4+ years of experience in Systems Engineering, Embedded Software, or Robotics.
• Proven expertise in developing fail-operational and safety-critical systems using C++.
• Hands-on experience with embedded systems.
• Strong background in robotics or motion planning for autonomous systems.
• Reliability engineering and designing for system resilience in constrained environments.
• Advanced proficiency in English.

Aufgaben

• Design and develop safety-critical software components using C++ for fail-operational systems.
• Architect resilient system behaviors to maintain safe vehicle operation during hardware or software degradation.
• Implement robust solutions within highly constrained embedded environments to optimize performance and reliability.
• Collaborate with systems engineering teams to define safety requirements and architectural fail-safes.
• Apply a deep understanding of robotics and motion planning to enhance autonomous system reliability.
• Adapt system designs to evolving project requirements within a dynamic systems engineering framework.

Kenntnisse

C++ safety-critical

Embedded systems

Robotics/motion planning

English proficiency

Jobbeschreibung

BairesDev is seeking a C++ Software Developer to design and maintain safety-critical software for autonomous vehicle applications. The role emphasizes fail-operational capabilities and robust performance in constrained embedded environments.

You will join a 100% remote team working on high-impact projects for global clients, with strong emphasis on robotics, motion planning, and system resilience, all while collaborating with international engineering teams.