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Senior Mechanical Engineer - job 2 of 2

At Serve Robotics, we’re reimagining how things move in cities. Our personable sidewalk robot is our vision for the future. It’s designed to take deliveries away from congested streets, make deliveries available to more people, and benefit local businesses. The Serve fleet has been delighting merchants, customers, and pedestrians along the way in Los Angeles while doing commercial deliveries.

The Serve fleet has been delighting merchants, customers, and pedestrians along the way in Los Angeles while doing commercial deliveries. We’re looking for talented individuals who will grow robotic deliveries from surprising novelty to efficient ubiquity.

Who We Are

We are tech industry veterans in software, hardware, and design who are pooling our skills to build the future we want to live in. We are solving real-world problems leveraging robotics, machine learning and computer vision, among other disciplines, with a mindful eye towards the end-to-end user experience. Our team is agile, diverse, and driven. We believe that the best way to solve complicated dynamic problems is collaboratively and respectfully.

What you'll be doing

Your role covers every aspect of the robot lifecycle while closely collaborating with our multidisciplinary team. Your day-to-day duties are a combination of CAD design, prototyping, production support, testing and solving current fleet issues. 

  • Develop next generation robot fleet hardware. You are expected to design novel integrated systems, and push the limits of manufacturing technology while minimizing costs.

  • Perform structural and thermal analysis and correlate with tests.

  • Perform hands on prototyping using tools such as laser cutters, 3D printers, and hand tools to fabricate parts and build assemblies to test new ideas.

  • Document mechanical and electromechanical CAD assemblies for the next generation robots. Perform tolerance stack up analysis and implement GD&T. Build and maintain SOP’s and BOM’s.

  • Work closely with manufacturers to improve procedures and design fixtures / tools to improve assembly efficiency and scale.

  • Lead the creation of comprehensive test plans and procedures, outlining the necessary testing methodologies, equipment, and success criteria to evaluate mechanical systems, components, and assemblies.

  • Design and set up testing environments and rigs to simulate real-world usage conditions, ensuring accurate data collection and analysis for performance assessment.

  • Execute a wide range of mechanical tests, including but not limited to stress testing, vibration analysis, thermal testing, and durability assessments.

  • Document and communicate test results, identifying issues, deviations, and potential areas of improvement. Present findings to the broader engineering team in a clear and concise manner.

  • Collaborate with team members to troubleshoot robot fleet issues and clearly communicate improvements to leadership.

  • Support builds at offsite and overseas vendors, document improvements and manage build configurations.

Qualifications

  • 7+ years as a mechanical engineer in robotics or an adjacent area with a Bachelor’s or Master’s Degree in Mechanical Engineering or equivalent.

  • Proficiency in designing electromechanical systems and mechanisms.

  • Thrive in engineering environments having both ambiguous and rigid requirements.

  • Demonstrate adaptability, resourcefulness, and the ability to make informed decisions with limited information and shifting parameters.

  • Proficiency using 3D CAD software — preferably SolidWorks.

  • Experience using structural and thermal analysis tools.

  • Proficiency creating engineering drawings incorporating GD&T.

  • Proficiency developing components using both low and high volume manufacturing techniques such as: injection molding, forging, casting, CNC machining, additive manufacturing, and sheet metal fabrication.

  • Competent with hand tools, assembly techniques and prototyping.

  • Proficient in the entire design lifecycle of parts and subassemblies.

Average salary estimate

$105000 / YEARLY (est.)
min
max
$90000K
$120000K

If an employer mentions a salary or salary range on their job, we display it as an "Employer Estimate". If a job has no salary data, Rise displays an estimate if available.

What You Should Know About Senior Mechanical Engineer, Serve Robotics

At Serve Robotics, we’re excited to invite a Senior Mechanical Engineer to join our innovative team in Redwood City. We’re on a mission to revolutionize the way things move in urban spaces with our delightful sidewalk robot, designed to manage deliveries in a more efficient manner. Imagine contributing directly to a product that is reducing street congestion, serving local businesses, and engaging customers in Los Angeles. As our Senior Mechanical Engineer, your pivotal role will encompass the entire robot lifecycle, collaborating with our dynamic team of tech industry veterans across software, hardware, and design. You will be immersed in creating next-generation robot fleet hardware, working with cutting-edge technology while honing your skills in CAD design, prototyping, and testing. This isn't just about building robots; it’s about crafting comprehensive solutions that inspire and empower people. You’ll navigate complex challenges, develop innovative systems, and ensure our robots perform reliably in real-world conditions. With hands-on responsibilities ranging from structural analysis to creating SOPs and BOMs, every day will be an opportunity to innovate and streamline processes. We’re looking for someone with a solid background in mechanical engineering and a passion for robotics who can think creatively and communicate collaboratively. If you’re ready to shape the future of mobility and make a tangible impact, we can't wait to hear from you at Serve Robotics!

Frequently Asked Questions (FAQs) for Senior Mechanical Engineer Role at Serve Robotics
What does a Senior Mechanical Engineer at Serve Robotics do?

As a Senior Mechanical Engineer at Serve Robotics, your primary responsibility involves overseeing every aspect of our robot's lifecycle. You'll engage in CAD design, prototyping, production support, and performance testing, all while collaborating closely with a talented, multidisciplinary team. Your role will include developing innovative hardware solutions, conducting structural and thermal analyses, and executing comprehensive testing plans to ensure our robots operate reliably in real-world scenarios.

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What are the key responsibilities of a Senior Mechanical Engineer at Serve Robotics?

In your role as a Senior Mechanical Engineer at Serve Robotics, you will be tasked with designing next-generation robot systems, executing stress tests, analyzing thermal performance, and ensuring proper documentation of all mechanical processes. You will lead the development of comprehensive testing plans and collaborate with manufacturers to enhance assembly efficiency. Your work will directly contribute to improving the user experience by resolving current fleet issues with innovative solutions.

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How does a Senior Mechanical Engineer contribute to the success of Serve Robotics?

At Serve Robotics, a Senior Mechanical Engineer plays a crucial role in turning our vision into reality by designing and refining the mechanical components of our sidewalk robot. Your engineering expertise will directly influence the robustness, efficiency, and scalability of our robots, yielding tangible improvements in delivery services and enhancing the overall experience for merchants and customers alike.

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What kind of projects will a Senior Mechanical Engineer work on at Serve Robotics?

As a Senior Mechanical Engineer, you will engage in a variety of exciting projects, including developing electromechanical systems, conducting thorough testing and analysis for hardware performance, and creating new prototypes to keep pushing our technology's boundaries. You will also have the opportunity to lead initiatives that optimize the design for manufacturability, ensuring that our innovations can be produced efficiently and effectively.

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Common Interview Questions for Senior Mechanical Engineer
Can you describe your experience with CAD software in designing mechanical systems?

When answering this question, be sure to provide examples of the types of projects you've worked on using CAD software, especially any experience with SolidWorks. Describe the specific features of the software that you find most beneficial and how you have leveraged them to create effective designs.

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How do you approach prototyping in mechanical engineering?

To respond effectively, discuss your hands-on experience with prototyping tools such as 3D printers and laser cutters. Explain your methodology for creating prototypes, testing them, and iterating based on the feedback you gather. Make sure to highlight examples that demonstrate your resourcefulness and innovative thinking.

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What strategies do you use for thermal analysis in robotic systems?

For this question, outline the thermal analysis tools you’ve utilized in past projects and the methodologies you adopted. Discuss how thermal considerations influenced your design choices and provide a brief example of overcoming thermal challenges in your engineering designs.

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Can you give an example of a complex engineering problem you've solved?

Be prepared to share a specific example that highlights your problem-solving skills. Describe the situation, the steps you took to analyze the problem, and the solution you implemented. Focus on how your approach can inform similar challenges in the context of robotic technology.

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How do you ensure effective communication with team members from other disciplines?

Discuss the importance of interdisciplinary communication in engineering and share techniques you have adopted to foster collaboration. Mention experiences where you bridged gaps between mechanical engineering and other disciplines, highlighting successful projects that resulted from effective teamwork.

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What is your experience with conducting mechanical tests, and how do you document results?

Provide an overview of the types of mechanical tests you've performed, such as stress testing. Elaborate on your process for documenting results, the tools you use, and how you report performance assessments to your team, prioritizing accurate data collection and insights.

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Discuss a project where you had to balance quality with cost-efficiency.

When answering, choose a relevant project and explain how you weighed different factors such as materials, manufacturing processes, and timelines. Show how you arrived at a solution that optimized both the quality of the product and kept costs down without sacrificing performance.

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How familiar are you with GD&T, and how has it helped in your work?

Be prepared to define GD&T (Geometric Dimensioning and Tolerancing) and explain its importance in mechanical engineering. Share examples of how you've implemented GD&T in your designs to improve clarity and precision, facilitating smoother communication with manufacturing teams.

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What steps do you take when faced with ambiguous project requirements?

Reflect on your adaptability and resourcefulness when tackling projects with unclear specifications. Describe how you gather more information, work with stakeholders for clarification, and develop flexible solutions that can accommodate evolving requirements.

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What manufacturing techniques are you most experienced with, and how do they inform your design process?

Discuss various manufacturing methods you have encountered, such as injection molding, CNC machining, and additive manufacturing. Explain how your understanding of these techniques influences your design decisions, ensuring that your solutions are both innovative and manufacturable.

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Why deliver a 2-pound burrito in a 2-ton car? Serve is the future of sustainable, self-driving delivery. Our zero-emissions rovers are designed to serve people in public spaces, starting with food delivery. We partner with platforms and merchants ...

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Full-time, on-site
DATE POSTED
February 18, 2025

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