C/C++ Software Developer

NVIDIA Networking Unit is looking for an experienced C/C++ Software Developer to join our team that works on NVIDIA NIC/DPU.

You will be responsible for designing and implementing new features for our core products in the networking area.

Responsibilities

• Design and develop software for NVIDIA NIC and DPU platforms, working on features that improve functionality, visibility, and overall system capability.
• Build and enhance tools, libraries, and reference applications that help with monitoring, debugging, performance analysis, and ease of use across host and DPU environments.
• Investigate and improve system performance across hardware and software stacks, helping to identify bottlenecks and optimize throughput, latency, scalability, and efficiency.
• Contribute to new offload and acceleration capabilities that improve platform performance and enable advanced networking and data-processing use cases.
• Collaborate with architecture, firmware, hardware, validation, and software teams across NVIDIA to develop and deliver new capabilities from early stages through the full product lifecycle.

Requirements

• 12+ years of hands-on experience in software development in C/C++.
• Good understanding of Linux operating system and/or embedded systems.
• Bachelors Degree within a relative field.
• Highly adaptable, with a strong aptitude for learning, researching, and analysing tasks.
• Ability to inspect and improve the code, processes, and architecture of the existing systems.
• Knowledge and experience in the delivery of high-quality software.
• Use and experience of AI coding tools.
• Strong background in designing, implementing and debugging complex software.
• Experience in leading the development of big features/projects, familiarity with Agile, designing the architecture, reporting progress.
• Ability to present design and architectural decisions to peers and management.

Nice to Have

• Strong software development fundamentals, including compilers, build systems, Linux environments, and hands-on debugging of complex system-level issues.
• Good understanding of networking concepts and experience with technologies such as the Ethernet protocol stack, sockets, DPDK, or related performance-oriented networking frameworks.
• Ability to analyze technical problems in depth, understand system-level trade-offs, and deliver practical, well-optimized solutions.