Site Autonomy Engineer II

As a Site Autonomy Engineer II at May Mobility, your primary responsibilities include overseeing vehicle upgrades, debugging electrical and mechanical issues, executing on-site sensor calibrations and testing feature improvements, as well as maintaining local mapping assets. You'll also perform preventative maintenance on the fleet and assist in ensuring the vehicles meet safety and comfort standards for riders.

To apply for the Site Autonomy Engineer II position at May Mobility, you should have a Bachelor’s Degree in Mechanical or Electrical Engineering, or relevant experience. Additionally, candidates should possess a minimum of three years of relevant experience and demonstrate a comfort with computing environments, particularly Linux, as well as mechanical and electrical schematics.

The work environment for the Site Autonomy Engineer II at May Mobility involves standard site conditions, including prolonged sitting and standing, and extensive use of computers. Engineers are expected to lift up to 50 pounds and install hardware and software as needed. Minimal travel is required for the role, typically around 1% to 10%.

Yes, there is significant room for career growth as a Site Autonomy Engineer II at May Mobility. The company encourages goal setting and personal development while providing opportunities to take on additional responsibilities and advance within the organization. Engaging with a dynamic team that’s passionate about autonomous technology will enrich your professional journey.

May Mobility offers a comprehensive benefits package that includes medical, dental, vision, life, and disability plans, as well as Health Savings and Flexible Spending Accounts. Other perks include generous paid parental leave, a flexible vacation policy, an employer-matched retirement plan, and a total wellness program to support overall wellbeing.

When preparing for this question, think about a specific scenario where you diagnosed and fixed a mechanical issue. Describe the problem clearly, the steps you took to troubleshoot it, and the end result, emphasizing your problem-solving skills and your technical knowledge relevant to the Site Autonomy Engineer II role.

To answer this question effectively, discuss the sources you rely on for industry news, such as reputable tech blogs, academic journals, webinars, and conferences. Highlight any recent learning experiences that have helped you grow in the field and how you plan to incorporate new knowledge into your role at May Mobility.

It's important to show that you can manage time effectively in a fast-paced environment. Mention strategies such as creating checklists, using project management tools, or setting clear goals for the day. Illustrate this with a concrete example to convey how you’ve successfully prioritized in past roles.

You should discuss your experience working with specific sensor systems, detailing how you have utilized them in previous job roles. Mention any specific projects that involved sensor calibrations or adjustments that ensured the safety and reliability of autonomous vehicles.

Explain the safety-first approach you adopt, which includes regular preventative maintenance practices, thorough troubleshooting techniques, and adherence to safety protocols. Provide examples from past experiences where your focus on safety directly influenced positive outcomes.

Discuss your experience reading and interpreting schematics. Provide examples of how you have used schematics to troubleshoot issues or guide maintenance actions on previous projects or vehicles, particularly in relation to your potential role as a Site Autonomy Engineer II.

Explain your familiarity with Linux, including any specific tasks you have performed in this environment, such as writing scripts or using various tools for monitoring or debugging purposes. Highlight any projects where Linux was integral to achieving your goals.

Prepare for this question by elaborating on what MPDM technology entails, emphasizing its role within the May Mobility framework. Discuss how it enhances decision-making processes for autonomous vehicles and contributes to safer navigation and operations.

Discuss the importance of mapping in providing a stable and reliable operating environment for autonomous vehicles. Elaborate on your understanding of the impact that accurate, up-to-date mapping has on safety and the performance of autonomous systems.

Illustrate your ability to communicate technical concepts to various stakeholders, emphasizing strategies you employ to maintain clarity and ensure that issues are understood by all parties. Describe a time when effective communication led to successful resolution in your past roles.