Network Software Engineer

As a Network Software Engineer at Taara, you will design, develop, and maintain network software applications specifically for switching and routing ASICs. You will also collaborate closely with engineers and network operators to implement effective network solutions while troubleshooting and resolving issues in large-scale deployment scenarios. Your role will also involve monitoring network performance metrics like uptime and congestion to ensure reliability. Staying updated on the latest network technologies and trends is essential for continuous improvement.

To qualify for the Network Software Engineer position at Taara, you should possess a Bachelor's degree in Computer Science, Computer Networking, Electrical Engineering, or a related field, alongside a minimum of 3 years of experience with Linux-based operating systems. Strong programming skills in C, C++, or Go as well as Python for test automation are essential, along with a good grasp of data structures, algorithms, and routing protocols. Effective problem-solving ability and excellent communication skills are also crucial.

For the Network Software Engineer role at Taara, proficiency in programming languages such as C, C++, and Go is essential for development tasks. Additionally, knowledge of Python for test automation will be beneficial. Familiarity with various programming languages helps in developing robust software solutions and ensuring effective communication within cross-functional teams, which is key to the success of Taara's projects.

The US base salary range for the full-time Network Software Engineer position at Taara is between $150,000 and $200,000, complemented by bonuses and benefits. The specific salary for each candidate will depend on factors like location, experience level, and education. During the hiring process, your recruiter will provide more details regarding the specific salary range tailored to your situation.

Key skills for a Network Software Engineer at Taara include strong programming capabilities in C, C++, and Go, alongside familiarity with Linux-based operating systems. A thorough understanding of data structures and algorithms is crucial, as well as experience with routing protocols like STP, MPLS, and OSPF. Problem-solving aptitude, analytical skills, and a collaborative mindset are highly valued in fostering effective teamwork and innovation within Taara.

When answering this question, highlight your specific experience with designing or maintaining network switch ASICs. Discuss any relevant projects where you contributed to the development or optimization of these systems. Emphasize any challenges you overcame and how your work impacted overall network performance.

Your answer should reflect the routing protocols you have hands-on experience with, such as STP, MPLS, or OSPF. Discuss specific scenarios where you implemented these protocols, detailing the outcomes and any improvements in network efficiency or reliability you achieved.

Describe your systematic approach to troubleshooting. Mention tools you use, steps you take to isolate the problem, and how you ensure minimal disruption to services. Providing a specific example where you successfully resolved a complex network issue will help illustrate your problem-solving abilities.

Explain how monitoring is essential for assessing network performance and reliability. Mention tools and metrics you use to monitor uptime, congestion, and availability, along with how this data helps inform your decisions regarding network improvements or changes.

If you have experience with Linux kernel programming, discuss the specific aspects you have worked on. Share projects where you've contributed to kernel enhancements or modifications, and how that experience will be relevant to your role as a Network Software Engineer at Taara.

Discuss strategies you use to ensure scalability in network solutions, such as designing with load balancing and redundancy in mind. Provide examples of past projects where scalability was a critical consideration and how your design choices facilitated growth.

Mention specific tools you have used for test automation, such as Python-based frameworks. Discuss how these tools have allowed you to streamline testing processes and improve the quality of network software solutions.

Explain your methods for staying informed about the latest technologies in networking. This could include following industry publications, attending conferences or webinars, participating in forums or study groups, and how your proactive approach contributes to your professional growth.

If you have worked on vendor ASIC integration, explain your involvement in the process, highlighting any specific projects or challenges you faced. Discuss how you ensured successful integration and what insights you gained from that experience.

Discuss any experience you have with network programmability, specifically in management (like gNMI) or routing (like gRIBI). Share examples of how you have utilized these technologies to optimize network performance or management efficiency.