Senior Systems Engineer - job 2 of 2

As a Senior Systems Engineer at Anduril Industries, your primary responsibilities will include leading the design and implementation of a networking stack for command and control of unmanned systems, integrating emerging networking capabilities, and collaborating with cross-functional teams to define and achieve success in complex projects.

To qualify for the Senior Systems Engineer position at Anduril Industries, you need a degree in Engineering, Physics, Robotics, or a related field, along with over 7 years of industry experience and proficiency in programming languages like Python, C/C++, or Rust. Familiarity with networking protocols and strong communication skills are also essential.

At Anduril Industries, a Senior Systems Engineer will find a dynamic work environment that promotes teamwork, innovation, and problem-solving. The company focuses on fostering a diverse and inclusive atmosphere where everyone’s ideas are valued and challenges are met with enthusiasm.

Yes, Anduril Industries believes in the continuous development of its employees. As a Senior Systems Engineer, you will have access to professional development stipends, mental health resources, and additional support to enhance your skills and evolve in your career.

The salary range for the Senior Systems Engineer position at Anduril Industries is estimated to be between $154,000 and $231,000, depending on various factors such as experience, education, and critical skills.

When designing a networking solution for unmanned systems, I start by analyzing the specific mission requirements, including bandwidth, range, and security needs. I focus on using the OSI model to structure my design, considering both the physical and virtual components involved. Communication with cross-functional teams is also vital to ensure all needs are met.

I have extensive experience implementing cybersecurity measures using protocols like IPSec and MACSec to ensure the integrity of communication within networking systems. Additionally, I constantly stay updated on industry trends and standards to apply best practices effectively in my designs.

I embrace ambiguity by breaking down complex problems into manageable components. I engage with stakeholders to clarify requirements and develop prototypes to test assumptions. Regular feedback loops help in refining the project direction as we progress.

In a past project, we faced significant latency issues with real-time data transmission between unmanned systems. By conducting a thorough assessment of the existing network infrastructure, I identified critical bottlenecks and implemented a combination of software-defined networking and optimized routing protocols that improved performance significantly.

I am proficient in tools like Matlab, Simulink, and AFSIM, which allow me to create valid models for network behavior and performance simulations. I also utilize analytics for benchmarking and analyzing network traffic, ensuring that our solutions are data-driven.

I have over 7 years of experience with cloud platforms including AWS and Azure, where I've deployed scalable networking solutions. Utilizing cloud technologies, I have integrated CI/CD processes to facilitate smoother deployments and enhance system reliability.

The most rewarding part of working on unmanned systems is witnessing how our innovations can have a real-world impact, improving military capabilities while ensuring the safety of personnel. Being part of a team that contributes to national security is incredibly fulfilling.

I stay current by following reputable technology journals, participating in industry conferences, and being active in professional networks. Interacting with peers and attending workshops enables me to bring fresh ideas and best practices into my work.

Teamwork is crucial in engineering projects. Effective collaboration allows us to combine diverse talents, leverage individual strengths, and tackle challenges more efficiently. Regular discussions and cross-functional meetings ensure everyone is on the same page and can contribute meaningfully.

In troubleshooting networking issues, I employ a systematic approach starting with isolating the problem. I analyze logs, conduct network tests, and utilize diagnostic tools to pinpoint failures. Documenting the troubleshooting process also helps prevent similar issues in the future.