Network Automation Tester (PyTest)

Your Impact:

You will be a key contributor to an agile team responsible for designing, developing, and executing tests to qualify network performance for AI/ML capabilities. You will take ownership of end-to-end product testing and provide deep-dive production support, ensuring high-quality deliverables in a dynamic environment.

You will leverage your expertise in Python automation and testing frameworks such as PyTest to streamline and enhance testing processes. Your role involves active participation in the open-source community to drive innovation and integrate best practices into our development lifecycle.

Key Responsibilities include:

* Engaging in technical discussions with customers to gather and clarify requirements.

* Building and maintaining testing environments for system and solution validation.

* Developing and enhancing test frameworks and benchmarking tools.

* Defining metrics and gathering data for network performance benchmarking.

* Conducting hands-on troubleshooting and root-cause analysis for complex customer issues.

* Contributing to technical projects and sharing expertise to foster team-wide excellence and technical growth.

Minimum Qualifications:

* Bachelor’s degree in STEM with 12+ years of relevant experience, or Master’s degree in STEM with 4+ years, or PhD in STEM with 1+ years.

* 3+ years of experience in Python automation scripting.

* 2+ years of experience in configuring, testing, or debugging networking systems and solutions.

* Experience with PyTest or similar open-source QA automation frameworks.

* Experience with control and data plane technologies, including L2/L3 networking, BGP, ECMP, and VXLAN-based EVPN fabrics.

Preferred Qualifications:

* Experience with test frameworks and traffic generators (both commercial and open source).

* Prior experience in customer-facing roles.

* Proven leadership experience managing teams.

* Exposure to network operating systems, preferably SONiC very nice to have.

* Familiarity with RDMA and HPC networks.

* Understanding of RoCE and InfiniBand protocols.