This simulation platform enables our engineers across firmware, SDK, and OS domains to develop and test their code without relying on physical hardware. If you're a creative, self-driven engineer passionate about systems-level design and eager to build technology that empowers internal teams, we want to hear from you.
What Youll Be Doing:
Develop and maintain simulation components for the physical layer of our high-performance networking chips (e.g., GPUs, switches, NVLink, Ethernet…).
Collaborate with chip architects, firmware developers, and hardware design teams to accurately simulate complex physical-layer behaviors in software.
Define, implement, and validate simulations of features such as link training, error injection, and transceiver behavior, making the simulation platform a go-to internal platform for development and debugging.
Extend and optimize the simulation infrastructure by contributing to CI pipelines, automated test frameworks, and regression tools.
Support internal users by debugging simulation flows and collaborating on bug resolution.
Take part in future-facing innovation by enabling simulation for next-generation devices and features.
What We Need To See:
Bachelor's Degree or equivalent experience in Computer Science / Software Engineering / Computer Engineering / Electrical Engineering / Communication Engineering.
5+ years of experience in Python programming, with strong object-oriented design skills.
Experience with C and/or C++, especially in systems or performance-sensitive environments.
Experience debugging using debuggers (gdb), including concurrency issues (races, deadlocks…).
Solid understanding of Linux, containerized environments (e.g., Docker), and command-line tools.
Familiarity with Inter-Process Communication (IPC) mechanisms (sockets, message queues, shared memory…).
Ability to communicate complex technical ideas in simple terms.
Well-organized, proactive and capable of leading your own tasks.
Collaborative personality with a love for teamwork.
Ways to Stand Out from the Crowd:
Experience building complex simulation or emulation systems, especially those simulating hardware behaviors.
Experience with multi-platform systems spanning HW, FW, and SW.
Experience with low-level networking protocols and applications.
Knowledge of physical layer concepts.
Experience contributing to CI/CD systems and tooling (e.g., Git, Jenkins, Gerrit).
