Robotics Software Engineer – Tower - Firmware

To be considered for the Robotics Software Engineer – Tower - Firmware position at Anduril Industries, you need to have a minimum of 4 years of experience in firmware development, particularly using C. It’s essential to have a strong understanding of microcontroller architectures such as ARM and RISC-V, along with knowledge of low-level networking protocols like TCP/IP and CAN. Familiarity with RTOS and debugging tools will also set you apart.

As a Robotics Software Engineer – Tower - Firmware at Anduril Industries, you will be deeply involved in developing the firmware for our Sentry Tower systems. This includes designing and optimizing firmware for embedded systems, developing drivers for sensors and actuators, and working on bootloader implementation and firmware updates. Your projects will significantly contribute to enhancing force protection capabilities in military operations.

Working as a Robotics Software Engineer – Tower - Firmware at Anduril Industries fosters a collaborative and innovative environment. You'll be part of a team that's focused on tackling complex challenges in defense technology, with opportunities to collaborate with various stakeholders from different departments. The team promotes a 'Whatever It Takes' mindset, driving everyone to push boundaries and achieve great results together.

In the Robotics Software Engineer – Tower - Firmware role at Anduril Industries, your primary responsibilities will involve designing and implementing modular firmware architectures for embedded systems. You will also develop drivers for sensors, optimize firmware for performance and power efficiency, and ensure robust error handling. Collaboration with hardware engineers for board bring-up and debugging will be a major part of your day-to-day tasks.

Yes, Anduril Industries offers an extensive benefits package for its Robotics Software Engineers. Employees can enjoy platinum healthcare benefits, generous paid time off, caregiver and wellness leave, as well as professional development stipends. The company is committed to ensuring its team members are supported both in their personal lives and professional growth.

In addressing this question, highlight your specific projects and responsibilities where you utilized C for firmware development. Discuss the complexity of these projects, any particular challenges you faced, and how you overcame them, while emphasizing your problem-solving capabilities.

Provide examples of the embedded systems you’ve worked on, detailing the specific applications they were used for. This could involve discussing the model of microcontroller architectures you worked with, and how your contributions helped push the project forward.

Talk about the strategies you employ to optimize power efficiency, such as using sleep modes, minimizing CPU cycles during idle periods, and how you measure power consumption during the development process. Providing examples of past projects can strengthen your answer.

Share a specific instance where you faced a significant debugging challenge, detailing the steps you took to identify and resolve the issue. Highlight any tools you leveraged, and emphasize your systematic approach to problem-solving.

Discuss your familiarity with various low-level networking protocols like TCP/IP, CAN, and I2C. If applicable, explain situations in which you implemented these protocols in past projects, showcasing your practical knowledge.

Mention the resources you utilize to keep abreast of industry advancements, such as online courses, industry journals, forums, or networking with professionals. This shows your commitment to continuous learning and staying innovative.

Emphasize the importance of teamwork in your development process. Give examples of how you facilitated productive team meetings, shared code repositories, or integrated feedback from peers to foster a collaborative environment.

Discuss your understanding of security best practices in firmware development, stressing the importance of secure boot processes and cryptography. Share specific methods you've implemented to ensure the integrity and security of firmware updates.

List the tools you find most effective for debugging, such as JTAG, oscilloscopes, or logic analyzers. Explain how these tools have improved your workflow and allowed you to pinpoint issues faster in your projects.

Align your answer with Anduril’s mission to innovate in defense technologies. Discuss your eagerness to contribute to projects that enhance security capabilities, and how your personal values align with the company's goals.