Microsoft is building the fastest, most reliable infrastructure for cloud computing and advanced workloads such as Artificial Intelligence and Machine Learning (AI/ML). Microsoft Azure is one of the largest public cloud platforms globally, touching the lives of millions daily. Our collaborations with world leaders in AI and high-performance computing offer unmatched opportunities to innovate at the intersection of silicon, software, and systems.
Our team recently delivered Azure Boost, and we’re expanding as we embark on designing Azure’s next-generation custom silicon for networking and acceleration. We’re looking for senior silicon engineers with experience across the chip development lifecycle—spanning architecture, Register-Transfer Level (RTL) design, verification, physical design integration, or silicon validation—to join us in developing cutting-edge silicon solutions that power Microsoft’s hyperscale cloud infrastructure.
Microsoft’s approach to co-designing hardware and software at scale enables us to accelerate critical infrastructure functions using custom silicon. Our vertically integrated team provides a rare opportunity to define features, build and test them, and deploy your work in cloud-scale production environments.
Come join us and build industry-defining silicon for some of the world’s largest datacenters and AI supercomputers.
Responsibilities
- Design test environments for units and full devices, based on deep understanding of customer requirements, DUT functionality, and system architecture.
- Design and implement VIP, test benches, and verification infrastructure in SystemVerilog UVM.
- Develop and execute test/coverage plans to verify hardware designs and reach cloud-grade quality.
- Interact with hardware- and system-validation platforms, as part of the verification/validation flow.
- Oversee and train junior engineers and take leadership roles on large projects.
- Occasional on-call responsibilities for resolving customer issues in production.
Qualifications
- 6+ years of proven experience in verification of large ASIC/FPGA designs
- Extensive knowledge of hardware verification concepts and tools (such as UVM, Specman, unit level and full chip verification, coverage-based verification, formal verification)
- A versatile can-do, problem-solving attitude, and desire to handle a wide array of challenges.
- Excellent communication skills in English.
- BSc/MSc in Electrical Engineering, Computer Science, or Computer Engineering, from a major university.
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