Okay, I've searched for Senior Embedded Engineer roles in Northville, MI, focusing on MATLAB and CAN tools. Given your experience of over 2 years and preference for full-time positions with medical and dental insurance benefits, I've found 42 positions for you to consider.

Sure. Here's the analysis:

Job Analysis:

The primary purpose of the MATLAB-Senior Engineer role at Quest Global is to analyze data recordings related to Automated Driving Systems, ensuring functionality and reliability while identifying and resolving bugs within embedded systems. Central responsibilities include using sophisticated tools such as PCAN, Wireshark, and MATLAB/Simulink to perform deep data analysis and troubleshoot component failures. Success in this role demands a keen understanding of both software and hardware integration, as the engineer will be expected to run auto-generated embedded code and debug it using the provided embedded platforms. Challenges candidates might face include resolving complex interactions between various subsystems and understanding how specific algorithms contribute to system behavior. This requires not only technical acumen but also strategic problem-solving skills to trace defects back to their source. The ability to work collaboratively with algorithm development teams will be crucial in driving impactful solutions, thus highlighting the need for effective communication and documentation practices. Performance in this role is likely to be measured through the accuracy and efficiency of troubleshooting processes and the impact these have on the overall reliability of automated driving technologies.

Company Analysis:

Quest Global stands at a distinctive junction as a global leader in engineering solutions, particularly known for tackling some of the most challenging problems in numerous industries including automotive and aerospace. As a market leader leveraging diverse engineering expertise, the company positions itself as a forward-thinking innovator, which resonates strongly with the role of MATLAB-Senior Engineer. The culture at Quest Global appears to be one of collaboration, integrity, and continuous learning—attributes that are vital in a complex, technology-driven environment. Given the emphasis on problem-solving and innovation, candidates entering this role can expect a fast-paced atmosphere where adaptability and proactive learning are key virtues. The role would likely involve frequent intersections with other teams, underscoring the importance of cross-functional collaboration. Strategic alignment is clear here; the engineering efforts tied to embedded systems are crucial for the development of advanced driving technologies, ultimately propelling Quest Global's mission to deliver cutting-edge solutions for its Fortune 500 clients. This aligns perfectly with their philosophy of leveraging collective expertise to drive meaningful innovation, positioning the engineer as an integral part of a larger vision.

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

• Tell me about a time when you had to troubleshoot a complex technical issue. What was your approach and what was the outcome?
• Can you describe your experience with MATLAB/Simulink? How have you used it in past projects?
• Give an example of a situation where you had to communicate technical information to a non-technical audience. How did you ensure they understood?
• Describe a project where you utilized embedded platforms. What were the challenges you faced, and how did you overcome them?
• How would you analyze CAN data recordings using PCAN tools to identify failures? Walk us through your thought process.
• What steps would you take to debug failures during the testing of auto-generated embedded code?
• Imagine you are faced with an unclear failure point during system testing. How would you go about isolating and solving the issue?
• How do you prioritize your tasks when you have multiple deadlines and competing responsibilities?
• What interests you about working with Quest Global, and how do you see yourself aligning with our mission?
• Why is it important for engineers to collaborate across functions in a complex engineering environment?
• What specific tools or methodologies do you rely on for effective data analysis and debugging?
• Can you discuss your knowledge of communication protocols such as CAN and UDP? How have you applied this knowledge in practical scenarios?
• What questions do you have about the company's approach to innovation or team structure?
• If given the opportunity to suggest improvements to existing algorithms or processes, what approach would you take?
• How do you keep yourself updated with the latest developments in embedded systems and engineering technologies?