Senior Software Engineer, Imaging - job 1 of 2

As a Senior Software Engineer focusing on Imaging at Anduril Industries, you'll be responsible for implementing software solutions for mission-critical imaging systems, developing low-latency processing pipelines, writing efficient C++ and Python code, and optimizing image processing algorithms. Your role will also involve collaborating with a multi-disciplinary team in a fast-paced environment to ensure systems function optimally both in the field and as part of a broader network.

To qualify for the Senior Software Engineer position at Anduril Industries, candidates should have a Bachelor of Science degree in Computer Science, Computer Engineering, or a related field, or equivalent work experience. Professional experience in software development in a Linux environment is essential, alongside expert knowledge of C++, familiarity with Python, and proficiency with GIT and bash scripting. Strong analytical skills and the ability to communicate openly within a team setting are also crucial.

Preferred skills for the Senior Software Engineer role at Anduril Industries include hands-on experience with image processing algorithms, particularly using CUDA, along with familiarity in Linux administration and performance optimization techniques. Understanding embedded software development and being capable of reading electronic schematics can also set a candidate apart, enhancing their ability to tackle complex challenges.

The salary range for the Senior Software Engineer position at Anduril Industries varies from $168,000 to $252,000 USD. This estimate is based on several factors including work experience, education, and skills. Compensation also includes highly competitive equity grants, making it an attractive offer for talented candidates eager to contribute to innovative defense technology.

Anduril Industries offers a comprehensive benefits package for full-time employees, including platinum healthcare benefits, generous PTO plans, a professional development stipend, and mental health resources. Additional perks such as daily meals at the office, relocation assistance, and a 401(k) retirement savings plan further enhance the employee experience, making Anduril a supportive and engaging workplace.

When addressing complex software problems, I prioritize breaking down the issue into manageable components. I begin by researching existing solutions and engaging with team members to gather insights. I experiment with different algorithms and utilize debugging tools to test my hypotheses, ensuring the solutions are efficient and scalable for missions.

I have extensive experience programming in C++, particularly in developing real-time image processing systems. I prioritize writing efficient code that minimizes latency, focusing on algorithms tailored for high-bandwidth environments. In past projects, I’ve implemented optimization techniques that significantly improve processing speed while maintaining system reliability.

To optimize performance in software applications, I typically analyze bottlenecks through profiling tools to identify slow-performing sections of code. I employ techniques such as multithreading and concurrency to utilize system resources efficiently, while also optimizing algorithms for speed and memory usage, ensuring a smooth user experience.

Clear communication within a multi-disciplinary team is vital, so I prioritize regular updates and open discussions about challenges and progress. I use project management tools to keep everyone aligned on goals, and I encourage team members to share their perspectives. This collaborative approach fosters mutual understanding and encourages innovation.

In previous roles, I encountered challenges such as integrating legacy systems with new software. I overcame this by conducting thorough documentation reviews, collaborative brainstorming sessions, and employing a phased integration strategy, which allowed us to test and resolve issues incrementally, ensuring operational continuity.

I stay updated with the latest trends by subscribing to industry blogs, attending tech conferences, and participating in online forums focused on software engineering and imaging technologies. I also take online courses to deepen my knowledge, ensuring that my skills are relevant and current in this fast-evolving field.

My experience troubleshooting remotely deployed software systems involves utilizing logging and monitoring tools to diagnose issues in real-time. I often collaborate with field engineers for contextual insights and remotely access systems to perform updates or changes needed to resolve issues quickly and minimize downtime.

Team collaboration plays a crucial role in successful project delivery. It brings together diverse skills and perspectives, enabling innovative solutions and enhanced problem-solving. Regular check-ins, shared responsibilities, and collective ownership ensure that we are aligned towards common goals, enhancing productivity and the overall quality of deliverables.

When managing multiple projects, I prioritize tasks based on deadlines and impact. I build a structured schedule using project management tools, focusing on high-impact tasks first while remaining flexible to adjust priorities as needed. Regularly communicating with my team members helps in reallocating resources effectively when challenges arise.

I have extensive experience working in Linux environments, utilizing command line tools for software development and deployment. My familiarity with Linux system administration allows me to troubleshoot issues effectively, optimize performance, and manage software dependencies, ensuring smooth runtime operations for applications.