Staff Network Engineer

As a Staff Network Engineer at Shield AI, your key responsibilities include designing and implementing network architectures for our UAS that prioritize performance, reliability, and security. You will also lead the integration of the V-BAT UAS with external networks, develop communication protocols, and optimize network performance for various mission profiles. Additionally, you'll create software for configuring networking equipment and collaborate with multidisciplinary teams to ensure seamless network solutions.

To qualify for the Staff Network Engineer role at Shield AI, candidates should have a minimum of seven years of related experience, with a Bachelor's degree in Computer Science or a related field. Alternatively, a Master's degree can suffice with six years of experience or four years with a PhD. Key skills include designing and deploying network systems, proficiency in various network protocols, and experience with network programming and tools. Excellent communication skills and a collaborative mindset are also essential.

Important skills for a Staff Network Engineer at Shield AI include a strong understanding of network protocols like TCP/IP, knowledge of routing and switching concepts, and experience using network simulation and analysis tools. Candidates should also be comfortable with cybersecurity principles, network programming languages such as C, C++, or Python, and have experience with Linux environments, scripting, and command-line tools.

At Shield AI, the work culture for Staff Network Engineers is dynamic and collaborative. You will be surrounded by passionate professionals who value teamwork and innovation. The environment encourages continuous learning, ownership of projects, and a commitment to high standards while fostering kindness and trust among colleagues. Here, you can expect to contribute significantly to impactful projects in a fast-paced organization.

Absolutely! At Shield AI, career growth is encouraged and supported. As a Staff Network Engineer, you will have opportunities to take on leadership roles, spearhead innovative projects, and collaborate cross-functionally, paving the way for your advancement. With an emphasis on continuous learning and skill development, Shield AI provides the ideal environment for professional growth.

To effectively answer this question, share specific protocols you have worked with, such as TCP/IP, and explain how they relate to past projects. Highlight situations where you utilized these protocols in developing robust communication systems, particularly in autonomous or aerospace settings.

When discussing your approach, focus on the initial assessment of requirements, followed by a structured design process. Explain how you ensure scalability, reliability, and security by incorporating best practices and aligning with project specifications throughout implementation.

Key considerations include understanding compatibility with existing systems, ensuring secure communication channels, and maintaining reliability under varying conditions. Discuss how you conduct thorough assessments of external networks and prepare contingency plans to mitigate risks.

Outline your systematic approach to testing, which may include simulation testing, field testing, and using network analysis tools. Discuss how you ensure that the network meets performance metrics and identify years of adjustments needed based on test outcomes.

Select a specific challenge, such as a complex integration task or a performance issue, and detail how you tackled it. Highlight your problem-solving skills and resourcefulness, and explain the positive outcomes that resulted from your efforts.

Talk about your consistent efforts in professional development, such as attending workshops, following industry news, participating in forums, and engaging in relevant online courses. This reflects your commitment to applying the latest technologies and best practices.

In your response, mention specific management systems you have worked with and your role in deploying or optimizing them. Discuss how your expertise contributed to better network efficiency and monitoring capabilities in your previous projects.

Highlight the programming languages you have experience with, such as C, C++, or Python, and share examples of projects where you utilized these skills. Discuss how these languages contributed to network automation or configuration tasks.

Discuss your familiarity with cybersecurity frameworks and practices, such as encryption, firewall configuration, and risk assessment strategies. Provide examples where you applied these principles to safeguard network infrastructures.

Talk about the specific Linux distributions you have used and how you wrote scripts to automate network tasks. Detail any particular challenges you faced and how your scripting skills improved efficiency in your past roles.