SWE Tech Lead - Embedded Testing - job 1 of 2

To excel as a SWE Tech Lead - Embedded Testing at Wayve, candidates should have proven experience in test automation, particularly within the automotive industry. A strong technical proficiency in developing test frameworks using Python is essential, with additional skills in C++ or Rust being a plus. A solid understanding of software testing practices and methodologies is crucial as well, alongside leadership experience that includes mentoring other engineers.

As the SWE Tech Lead - Embedded Testing at Wayve, you'll be responsible for establishing the test infrastructure necessary for our AI-driven vehicle systems. This includes automating HiL testing, developing sensor emulation frameworks, and driving testing strategies in collaboration with product managers. You will also lead a team of engineers, ensuring effective testing practices to support the overall quality assurance efforts.

Wayve promotes a hybrid working policy that balances in-office collaboration with the flexibility of working from home. You’ll experience a dynamic environment focusing on innovation, culture, and relationship-building during core working hours that cater to your team's needs. We believe that the best ideas come from diverse perspectives, and we strive to foster an inclusive culture.

Yes, the SWE Tech Lead - Embedded Testing role at Wayve operates under a hybrid working policy. While you'll be collaborating closely with your team in our Sunnyvale office, there’s also flexibility to work from home, allowing you to maintain a healthy work-life balance while contributing to innovative projects.

At Wayve, we are dedicated to fostering growth and development within our team. As a SWE Tech Lead - Embedded Testing, you'll have the opportunity to mentor junior engineers and take part in initiatives aimed at enhancing your skills. We encourage continuous learning and provide resources to help everyone reach their career goals while making a significant impact in the autonomous vehicle industry.

To build a test infrastructure for embedded applications, I would begin by analyzing the specific requirements of the application, aligning them with testing goals. Collaboration with software engineers to understand their workflow will help in designing scalable and maintainable structures. I would also focus on automation to streamline testing processes, ensuring high quality and reliability across different environments.

In my previous roles, I led the automation of HiL testing environments. This involved creating setups that mimic real-world scenarios, enabling us to test hardware components alongside software efficiently. I ensured that our tests were reproducible and scalable, focusing on integrating these tests into our CI/CD pipelines to enhance our development workflows.

I have developed several frameworks for sensor emulation that allow extensive system-level testing. My strategy involves creating modular and easily adaptable simulation environments that closely mimic real sensor outputs. This enables us to conduct rigorous tests, ensuring that our autonomous systems can handle various scenarios reliably.

I once mentored a junior engineer on our team who was struggling with our testing processes. I took the time to pair program, where we tackled real projects together. This hands-on approach helped them gain confidence, improve their skills in developing test frameworks, and become a valuable contributor in our projects.

I believe in instilling a culture of quality from the beginning of the development process. This includes regular training on testing methodologies, implementing code reviews, and encouraging team members to write tests early in their workflows. Moreover, continuously reviewing and refining our testing strategies ensures they stay effective in meeting project goals.

In high-pressure situations, I prioritize clear communication with my team and stakeholders. I assess the key deliverables and focus on critical tasks that align with project goals. We adopt agile methodologies, allowing us to adapt quickly. By remaining organized and composed, I ensure quality is not compromised even under tight deadlines.

I have experience using various automated testing tools, including Selenium, Jenkins, and Robot Framework. My preference depends on the project requirements, but I often gravitate towards Python-based solutions due to their ease of use and integration capabilities. These tools help create efficient testing processes that enhance our development cycle.

Ensuring that testing aligns with business objectives requires a collaborative approach. I engage with product managers and stakeholders to understand their goals, which allows me to tailor testing strategies that not only meet technical requirements but also support key business initiatives. Regularly reviewing alignment with organizational goals helps maintain focus.

I possess familiarity with automotive standards, including ASPICE and ISO 26262, primarily through my involvement in projects that required adherence to these regulations. I understand these standards' importance in ensuring safety and quality in automotive software development, enabling me to advocate for necessary testing methodologies during the life cycle.

I am excited about Wayve's commitment to innovation in the autonomous vehicle sector. The opportunity to lead a team in testing practices that directly impact safety and usability resonates with my professional goals. I admire Wayve's dedication to diversity and inclusion, and I hope to contribute my expertise in embedded testing while fostering a collaborative culture.