Senior Networking Software Engineer

To excel as a Senior Networking Software Engineer at Lynk, candidates should possess a Bachelor's degree in Computer Science or a related field. Expertise in developing software for 2G, LTE networks, and experience with protocol stack implementation is crucial. Proficiency in languages such as C, C++, and Python, alongside a solid understanding of wireless networking technologies like GSM, GPRS, and 5G, is essential. Familiarity with core network functions, Linux administration, and open-source tools development is also advantageous.

As a Senior Networking Software Engineer at Lynk, you will design and implement network protocols for space-based cellular networks, and develop software for signaling and operational support. You'll also create testing systems for the software you've developed, ensuring robust quality assurance and performance. Collaborating with a team, you'll be involved in various aspects of the software development lifecycle, making your contributions integral to Lynk's mission to connect billions.

While a Bachelor's degree is mandatory, Lynk also values experience with advanced technologies such as Network Function Virtualization (NFV), Amazon Cloud Architecture, and Machine Type Communication. Knowledge of network security, mobility management, and end-to-end system integration in GSM or 5G contexts will strengthen a candidate's application. Familiarity with troubleshooting tools like gdb and valgrind and socket programming will also be beneficial.

Lynk fosters a collaborative and innovative work culture where teamwork and positivity are encouraged. As a Senior Networking Software Engineer, you'll engage with a cross-functional team passionate about cutting-edge technology and global connectivity. The organization values creative problem-solving, allowing you to bring your unique perspective to the table and make a meaningful impact on communications around the world.

Lynk's satellite D2D technology enables users to send and receive text messages via standard mobile devices, without needing any modifications. This groundbreaking system has been tested across all seven continents, with approvals in over 30 countries, thereby bridging communication gaps and providing access to information for billions of people. Joining Lynk means you will contribute directly to lifting communities out of poverty and enhancing lives across the globe.

When discussing your experience with network protocol design, be sure to highlight specific projects where you successfully designed and implemented protocols. Detail your understanding of various protocols within different network types and how they impact performance and reliability. Show enthusiasm for not just the technical aspects but also how these protocols enhance user experiences.

Innovative problem-solving is crucial in this field. Use the STAR method (Situation, Task, Action, Result) to describe a significant challenge you encountered, such as dealing with latency issues or interoperability between different systems. Conclude with the positive outcomes of your resolution and the lessons learned.

Discuss your approach to software quality assurance, including using automated testing frameworks, unit testing, and code reviews. Emphasize your commitment to maintaining high standards in code performance, reliability, and efficiency to demonstrate your dedication to producing high-quality networking software.

Share specific examples of multi-threaded applications you've developed or worked on, outlining the challenges you faced and how you effectively managed synchronization, resource allocation, and scalability. This is a chance to showcase your technical expertise and problem-solving capabilities in complex scenarios.

Clearly state your proficiency with languages like C, C++, and Python, and provide examples of projects where you utilized these skills in network-related applications. Highlight your ability to choose the right language tools for specific tasks and how these choices contribute to overall system performance.

Use this as an opportunity to illustrate your teamwork skills. Talk about your role within the team, the project's goals, and how you collaborated with team members. Demonstrating your ability to communicate effectively and contribute to a cohesive team environment will be key.

Stay updated on networking advancements, such as 5G implementation, edge computing, and network function virtualization. Discuss how these trends could influence future projects and your professional development, illustrating your commitment to staying at the forefront of technology in networking.

Demonstrate your critical thinking skills and systematic approach to debugging. Discuss the tools you use, such as gdb and valgrind, and share case studies that reflect your methodical breakdown of complex issues, leading to successful resolutions and system optimizations.

Explain the principles behind network function virtualization and how it differs from traditional networking architectures. Discuss your experience with NFV in deploying services, ensuring efficiency, scalability, and seamless integration within the networking ecosystem.

Provide specifics about your role in a successful deployment of wireless network systems. This includes discussing the planning phases, requirements gathering, system proofing, and any adjustments you made to optimize performance. Highlight your understanding of both the technical and strategic aspects that lead to successful deployments.