System Firmware Test Engineer - Hybrid

We are seeking a collaborative and highly motivated System Firmware Test Engineer to join our Firmware QA team. In this role, you will work closely with firmware architects and domain-specific validation teams to understand new firmware and system-level features, define end-to-end test strategies, develop and execute regression tests. You will play a key role in ensuring high-quality firmware releases through systematic, automated, and scalable validation frameworks. Additionally, you will help pioneer the integration of cutting-edge AI technologies into our QA ecosystem and deploy agentic AI systems and autonomous workflows to optimize test generation, execution, and defect analysis. The primary focus is client server-class EPYC CPUs, with opportunities to also work on Instinct GPUs., Partner with firmware architects and validation teams to define platform level test strategies and coverage goals. Define and implement platform-level, end-to-end test flows that validate firmware functionality across boot and runtime. Design and implement automation friendly regression tests and test harnesses that integrate with CI. Conduct test execution, debug issues (firmware, platform, infrastructure, automation), and collaborate with developers to drive timely defect resolution. Contribute to test strategy and coverage analysis, with emphasis on system-level feature interactions and cross-domain dependencies. Enhance test infrastructure to improve coverage, execution efficiency, and reporting/triage workflows. Architect, build, and deploy agentic AI workflows and autonomous QA agents to automate complex tasks such as end-to-end test case generation, intelligent regression scoping, and predictive failure analysis. Typical effort split: 60% firmware test execution & troubleshooting, 20% firmware test design & development, 20% AI infrastructure & agentic tool development.

Pre- silicon firmware, post-silicon firmware, system test environments, SoC, System on a Chip, Debugging, Computer Architecture concepts, enterprise server platform, C, C++, scripting languages, Python, Perl, Bash, AI applications, LLM-backed tools, RAG architectures, testing pipelines, system development, firmware development, BIOS concepts, ACPI, SMBIOS tables, RAS, Reliability, Availability, Serviceability, Power management, telemetry, Memory subsystem validation, DDR, persistent memory, error injection, Platform security features, TPM, SPDM, Secure Boot, RoT-based attestation, Virtualization, firmware enablement, ACPI, SR-IOV, PCIe, CXL, Sideband protocols, MCTP, SPDM, PLDM, RDE, Minimum 4 years of relevant experience in firmware/software development, validation, or test development. Hands on experience with SoC or system level bring up and low level debugging. Strong foundation in computer architecture and enterprise server platform features. Practical experience writing test code and tools in C and/or C++, and scripting in Python, Perl, or Bash. Demonstrated experience building or deploying AI applications, specifically autonomous agents, LLM-backed tools, or RAG architectures applied to engineering or testing pipelines. Experience or knowledge in one or more of the following areas is highly desirable (with emphasis on system/firmware development or testability): BIOS concepts (e.g., ACPI, SMBIOS tables) RAS (Reliability, Availability, and Serviceability) features and validation Memory subsystem validation (DDR, persistent memory, error injection, etc.) Power management and telemetry Platform security features (TPM, SPDM, Secure Boot, RoT-based attestation, etc.) Virtualization and firmware enablement (ACPI, SR-IOV, etc.) High-speed I/O validation (PCIe, CXL) Sideband protocols (MCTP, SPDM, PLDM, RDE, etc.)

ACADEMIC CREDENTIALS: Bachelor’s or master’s degree in related discipline preferred.