C++ Software Engineer, Perception

As a C++ Software Engineer at Aeva, your responsibilities will include developing and optimizing perception algorithms for our innovative 4D FMCW LiDAR systems, ensuring automotive safety standards are met, and collaborating with cross-functional teams to deliver impactful projects. You will also take ownership of your tasks, documenting processes and carrying out tests to ensure the highest code quality.

To qualify for the C++ Software Engineer position at Aeva, candidates should possess an MS or PhD in relevant fields such as Computer Science, Robotics, or Electrical Engineering. Additionally, 1 to 2 years of experience in perception technologies, strong C++ development skills, and familiarity with Linux environments are essential. Knowledge of basic linear algebra and scripting languages like Python and Bash is also beneficial.

A C++ Software Engineer at Aeva should be highly skilled in C++ and have experience in scripting languages such as Python and Bash. Familiarity with Linux environments is crucial to successfully implementing Aeva's advanced algorithms and systems within automotive applications.

In addition to the core qualifications for the C++ Software Engineer role at Aeva, nice-to-have skills include experience with 3D data representation techniques, robotics frameworks like ROS/ROS2, modern build systems such as Bazel, and understanding run-time optimization techniques. Familiarity with automotive safety standards such as CERT, AUTOSAR, and MISRA is also advantageous.

As a C++ Software Engineer at Aeva, you can expect a competitive salary ranging from $154,900 to $209,600, depending on your skills and experience. In addition to base pay, the total compensation package will include options for equity, bonuses, comprehensive medical benefits, a 401k plan, generous time-off policies, and more, enhancing your overall work-life balance.

When answering this question, be specific about your C++ projects, the types of applications you've developed, and any challenges you've faced. Highlight your familiarity with best practices, coding standards, and how you optimize your code for performance, especially in relation to automotive or perception technologies.

Share your step-by-step methodology for solving complex problems, including how you prioritize tasks, conduct research, and use debugging tools. Emphasize your ability to collaborate with cross-functional teams at Aeva to find innovative solutions, especially in the context of perception algorithms.

Discuss your experience with different testing frameworks and methodologies, such as unit testing and integration testing. Explain how these techniques help ensure the quality of your code and its adherence to Aeva's safety standards, particularly in automotive applications.

Provide a specific example where you identified performance bottlenecks in an algorithm, describe the optimization techniques you employed (like parallelization or SIMD vectorization), and highlight the performance improvements achieved, relating it back to your work at Aeva if possible.

Talk about your familiarity with 3D data processing, point clouds, or similar techniques. Provide examples of projects where you worked with these data types, and how that experience would benefit your role as a C++ Software Engineer at Aeva.

Discuss your approach to maintaining high coding standards, such as regular code reviews, peer feedback, and adherence to best practices. Mention any specific standards relevant to Aeva, such as automotive safety coding guidelines.

Emphasize the importance of teamwork, especially in developing complex systems like Aeva's. Discuss how cross-functional collaboration enhances creativity and problem-solving, and provide examples of successful projects where you worked closely with other teams.

Outline your familiarity and experience with scripting languages, detailing how you've used them in past projects to automate tasks, facilitate testing, or enhance C++ applications. Specifically, relate your scripting skills to the role you'll play at Aeva.

Highlight factors that affect performance, such as memory usage, execution time, and code structure. Explain techniques you've applied in previous projects to enhance performance, particularly in relation to perception technologies, which is relevant to your work at Aeva.

Express your enthusiasm for Aeva's mission and how your skills align with the company's goals in advancing perception technology. Talk about your desire to contribute to innovation in autonomous systems and how you see yourself growing within the company.