Okay, I've searched for Principal Systems Engineer positions in Ann Arbor within the autonomous vehicle industry, requiring 15+ years of experience and offering full-time roles with competitive salaries. I found 27 positions that match your criteria.

Sure. Here's the analysis:

Job Analysis:

The Principal Hardware Systems Engineer - Compute Foundation position at Torc Robotics is fundamentally aimed at leading the design and integration of advanced compute platforms for autonomous driving technology. This role entails working at the intersection of hardware and software systems, ensuring that the integration of electrical systems with software components is robust and production-ready. The responsibilities suggest a need for a deep understanding of automotive grade computing, system validation, and safety standards, particularly in the context of autonomous vehicle operations. Challenges will include navigating complexity across various vehicle platforms and OEM configurations while maintaining a focus on scalability and reliability. Success in this role would be characterized by robust architectural decisions, effective cross-domain collaboration, and mentorship of junior engineers, all aimed at delivering a high-performance autonomous driving kit that meets the stringent demands of the market.

Company Analysis:

Torc Robotics, under the umbrella of Daimler, operates in the rapidly evolving space of autonomous vehicle technology, specifically targeting the trucking and freight industry. As a pioneer in this realm, the company's market position as an innovator affects the role significantly—having high visibility within the tech-driven organization and potentially direct implications for safety and operational efficiency in freight transport. The culture at Torc appears to be collaborative and forward-thinking, with an emphasis on technical excellence and innovation, which is crucial for someone stepping into a highly technical role like the Principal Hardware Systems Engineer. This role is positioned within a technology-focused division where integration and collaboration are key, highlighting that this engineer would not only contribute individually but also work closely with different teams to achieve a seamless product. As Torc continues to evolve its offerings post-acquisition, this role will be instrumental in driving forward the company's strategic goals within the autonomous trucking domain.

Absolutely. Here are some mock interview questions that could come up:

• Describe a challenging project where you had to integrate software and hardware systems. What challenges did you face, and how did you overcome them?
• Can you provide an example of a time when you had to mentor a junior engineer or team member? What was the outcome?
• Tell me about a situation where you identified a critical system-wide problem early. How did you approach the resolution?
• In your past roles, how have you dealt with cross-domain blockers during hardware/software integration?
• How do you ensure compliance with safety standards like ISO 26262 in your designs?
• What is your approach to system validation, specifically in the context of real-time operating systems?
• Describe your experience with automotive networking technologies such as CAN and Ethernet. How do you leverage these in system design?
• Imagine you have to integrate a new sensor technology into an existing autonomous driving kit. What steps would you take to ensure a smooth integration?
• What strategies would you implement to mentor and build a strong technical culture within your team?
• Why are you interested in working at Torc Robotics, and how do you see your experience aligning with our mission?
• How do you align technical priorities with long-term product vision, especially in a fast-paced product organization?
• What specific best practices do you believe are crucial for configuration management and requirements traceability in software development?
• Considering our mission to transform freight transport, what innovations do you think could have the most impact on the industry?
• What questions do you have about the challenges currently facing our Compute Foundation division?
• How do you envision contributing to the evolution of our autonomous driving technology over the next few years?