Radar Software Engineer

As a Radar Software Engineer at CHAOS Inc., your main responsibilities will include software development for next-generation radar products, conducting R&D to enhance existing functionalities, and supporting software deployment for customers. You'll be involved in system integration and work collaboratively within a team to tackle challenges that arise during the development process.

To qualify for the Radar Software Engineer position at CHAOS Inc., candidates should hold a Bachelor’s or higher degree in Computer Science or a related field, with at least 5 years of experience in object-oriented software development, particularly using Python. Familiarity with Agile processes, software development on Linux, and the ability to collaborate within small teams are also crucial for success in this role.

A Radar Software Engineer at CHAOS Inc. should have extensive experience with Python, alongside familiarity with Linux-based systems. Knowledge of additional programming languages, such as C++, Rust, or Java, along with experience in software-defined radios, signal processing, and agile development practices will significantly benefit applicants.

CHAOS Inc. offers a friendly, collaborative work environment that fosters innovation. Radar Software Engineers will be working on-site in our Hawthorne office, where an agile culture encourages rapid prototyping and problem-solving. We also support a balanced work-life with benefits like unlimited PTO and catered lunches.

At CHAOS Inc., we believe in nurturing talent. As a Radar Software Engineer, you'll have opportunities for professional development through collaboration with experienced engineers, exposure to cutting-edge technologies, and engagement in exciting, challenging projects that expand your skillset across various product families.

When answering this question, discuss specific Agile frameworks you've utilized, like Scrum or Kanban, and how you've contributed to team dynamics through sprints and iterations. Highlight experiences that demonstrate your ability to adapt to changes and improve processes within the Agile framework.

In your response, share specific technical challenges such as integrating hardware and software or algorithm development for signal processing. Discuss how you overcame these difficulties through innovative solutions, emphasizing your problem-solving skills relevant to the Radar Software Engineer role.

When discussing quality assurance, emphasize your familiarity with Test-Driven Development and Continuous Integration practices. Describe methodologies you've implemented to maintain high code quality, such as peer reviews, unit testing, or employing automated testing tools.

Talk about your proactive attitude towards learning, whether it's through online courses, reading documentation, or practical project applications. Showcase examples where you successfully integrated new technologies into your work, demonstrating your commitment to personal and professional growth.

In your response, describe a specific project where collaboration played a key role. Discuss how you contributed to the team's success, the communication strategies employed, and how you managed disagreements or different opinions effectively.

Emphasize factors like resource constraints, real-time processing requirements, and the importance of thorough testing. Discuss your understanding of these challenges and how you ensure embedded software is reliable and meets performance standards.

Illustrate your time management strategies for handling stressful situations. Share personal examples of how you've prioritized tasks, delegated responsibilities, or employed Agile sprints to deliver quality work while under pressure.

Detail any specific projects where you've developed or deployed software-defined radios. Discuss your knowledge about how SDR enhances radar functionalities and how you've successfully integrated SDR into larger systems.

This is a technical question, so be prepared to discuss the principles behind radar signal processing, including filtering, target detection methods, and your experience with implementing such algorithms in real projects.

Express your passion for contributing to technologies that have significant real-world impacts. Discuss the importance of innovation in defense and aerospace sectors and how your skills align with CHAOS Inc.’s mission to solve critical challenges.