Senior Software Engineer, ADAS Vehicle Platform

As a Senior Software Engineer at Woven by Toyota, you will be responsible for architecting, designing, implementing, testing, and integrating features for the AD/ADAS vehicle platform. You'll work closely with the extended team to set up build flows and develop robust software platforms that enhance vehicle functionality. Navigating multiple teams and collaborating on strategic decisions is key to ensuring high-quality software solutions.

To be considered for the Senior Software Engineer position at Woven by Toyota, candidates should have a Bachelor’s or Master’s degree in Computer Science, Engineering, or a related field, along with at least 5 years of relevant work experience. Proficiency in C++ and Python programming, as well as a solid understanding of embedded systems, automotive interfaces, and system software development, are essential qualifications.

A Senior Software Engineer at Woven by Toyota should possess strong C++ and Python programming skills. These languages are crucial for developing the software that supports our advanced driver assistance systems. Additionally, experience in debugging, troubleshooting, and knowledge of automotive software development on Linux or QNX are highly advantageous.

At Woven by Toyota, Senior Software Engineers work in a collaborative and fast-paced environment. The culture blends modern innovation with time-tested craftsmanship, promoting continuous learning and mentorship. The company values diversity and strives to create a supportive workplace where you can thrive and contribute to groundbreaking mobility solutions.

Woven by Toyota offers a comprehensive benefits package for Senior Software Engineers, including excellent health, wellness, dental and vision coverage. Additionally, we provide a rewarding 401k program, a flexible vacation policy, and family planning benefits. Our commitment to employee well-being is at the core of our modern work environment.

When addressing your experience with embedded systems, be specific about the projects you've worked on, the technologies you used, and how you handled challenges. Highlight your understanding of automotive interfaces such as CAN or Ethernet. Sharing successes from previous roles shows your capacity to deliver solutions in practical settings.

In your response, structure it using the STAR method – Situation, Task, Action, Result. Discuss the context of the challenge, your responsibility, the steps you took to resolve it, and the positive outcomes. This shows your problem-solving skills and your ability to navigate complex situations.

Express your enthusiasm for Woven by Toyota’s innovative vision in mobility technology. Discuss how the integration of modern technology with traditional craftsmanship resonates with your values and career aspirations, and how your skills will contribute to the team's success.

Discuss your familiarity with Agile, Scrum, or other methodologies you’ve implemented in your past roles. Explain how these processes enhance team collaboration, encourage iterative development, and ensure timely software delivery, essential for a fast-paced environment like Woven by Toyota.

Talk about your approach to implementing best practices in coding, testing, and validation. Mention specific standards like ISO-26262 that are crucial for automotive software and how you've employed them in past projects to ensure reliability and safety.

Share your past experiences with development environments and tools relevant to automotive systems. Highlight any work with middleware or SDKs such as ROS or AutoSAR, detailing how these experiences enhance your capability to develop and integrate vehicle software.

Discuss your belief in facilitating knowledge sharing and providing constructive feedback. Share specific experiences where mentoring led to improved team performance and knowledge transfer, showcasing your leadership style and commitment to team growth.

Outline your grasp of real-time systems, why they’re vital for automotive applications, and share any relevant experiences. Discuss how you’ve handled performance and timing issues in software to meet the rigorous demands typical in automotive projects.

Explain different debugging techniques you use, such as unit testing, logging, or simulation. Highlight your ability to analyze problems effectively and identify issues in complex systems, which is essential for ensuring the reliability of automotive software.

Share specific examples of projects where collaboration was key to success. Discuss your communication strategies, how you handled differing viewpoints, and the outcomes achieved through teamwork, emphasizing your flexibility and adaptability in a collaborative setting.