Senior Systems Engineer, Fault Handling Systems

As a Senior Systems Engineer at Latitude AI, you will be responsible for defining the architecture and requirements of our fault handling systems. This includes managing detection, logging, and customer notifications. You'll lead the systems engineering for customer-facing HMI functions and ensure safe engagement with the self-driving system through various interfaces. Collaborating with cross-functional teams to create designs and executing the Design Verification Plan are also key parts of the role.

To succeed as a Senior Systems Engineer at Latitude AI, candidates should hold a Bachelor’s Degree in Mechanical, Electrical, or Computer Engineering, or a related field. A minimum of 4 years of experience in automotive or robotics engineering is essential. Experience in writing functional and safety requirements, particularly to ISO 26262 standards, is highly valued. Familiarity with model-based systems engineering tools and programming skills in Python or C++ would be beneficial.

The ideal candidate for the Senior Systems Engineer position at Latitude AI will have hands-on experience in production applications of customer HMI and a solid foundation in automotive or robotics engineering. Experience with autonomous vehicle testing and writing safety requirements according to established standards is preferred. A Master's Degree in a relevant field would also be advantageous.

As a Senior Systems Engineer at Latitude AI, you’ll enjoy a competitive compensation package that includes comprehensive medical, dental, and vision insurance. Additional benefits include employer-matched 401(k) retirement plan, paid parental leave, unlimited vacation, wellness stipends, and more. We also provide a supportive work environment with professional development reimbursement and various employee assistance programs.

Working as a Senior Systems Engineer at Latitude AI means joining a dynamic team focused on innovation and collaboration. You'll have the opportunity to work either remotely or from our headquarters in Pittsburgh, PA, or engineering centers in Palo Alto, CA, and Detroit, MI. Our culture encourages hands-on involvement, allowing you to experience your designs in action while collaborating across various disciplines to drive technological advancements.

In response to this question, emphasize your familiarity with safety standards, specifically ISO 26262. Discuss any experiences where you wrote or evaluated safety requirements for complex systems. Make sure to highlight how you ensured compliance and provided evidence for safety case development.

When addressing this question, describe your systematic approach to defining architecture. Outline how you gather requirements, engage with stakeholders, and ensure that all functional and non-functional requirements are documented clearly. Provide examples of past projects where your contributions led to successful implementations.

To answer this, discuss the importance of communication and establishing trust with team members. Share specific strategies like regular meetings, collaborative tools, and documenting discussions to keep everyone aligned. Provide examples of successful collaborations that resulted in enhanced project outcomes.

In your response, elaborate on how HMI influences user interactions with autonomous vehicles. Discuss the key elements such as visual, auditory, and haptic feedback that assist users in safely engaging with the technology. Highlight any relevant experiences you have that relate to developing HMI functions.

Addressing this question, talk about potential challenges like ensuring user safety, creating intuitive interfaces, and maintaining clear communication during vehicle operation. Discuss how you would apply user-centric design principles and testing methodologies to mitigate those challenges.

Here, provide a specific example of a challenging technical issue you faced. Discuss how you approached troubleshooting the problem, the steps you took to identify the root cause, and the resolution. Be sure to highlight the outcome and any lessons learned from that experience.

In your answer, mention the resources you rely on, such as industry journals, conferences, webinars, and online courses. Discuss any professional networks or communities you are part of that help you engage with peers and stay informed about advancements in the field.

When responding, list the programming languages you are comfortable with, like Python or C++. Mention your familiarity with tools such as MagicDraw for systems engineering and references management tools like Jama. Elaborate on how you've applied these in past projects.

To effectively answer this question, talk about establishing metrics for success such as reliability, response time, and user satisfaction. Describe how you would collect data to measure performance against these metrics and iterate on the design based on user feedback.

In your response, share your passion for technology and innovation, particularly how automated driving can enhance safety and user experience. Discuss any personal experiences or professional aspirations that have driven your interest and commitment to this field.