A specialist service that helps AI chip teams evaluate ML? workloads, compiler mappings, and architecture tradeoffs before committing to silicon.
Added Jul 9, 2026
Medium opportunity (60%)
Teams designing AI accelerators must decide architecture, dataflow, caching, memory, compiler mapping, and workload partitioning choices before expensive hardware implementation. The job signals show repeated demand for simulator-driven architecture modeling, hardware/software co-design, and evaluation of performance, power, area, throughput, and reliability. This is difficult for smaller chip startups, labs, and enterprise hardware groups that lack dedicated accelerator modeling specialists.
Offer a productized architecture evaluation service for AI accelerator teams. The first engagement would take a target model family and candidate accelerator architecture, build or adapt workload models, run mapping and performance experiments, and deliver a ranked tradeoff report with design recommendations. Over time, the service can become a reusable benchmarking harness, simulator adapter library, and workload mapping methodology for accelerator teams.
Large AI workloads are pushing companies toward custom accelerators, analog in-memory computing, TPUs, and data-center inference/training hardware. The cost of poor architecture choices is rising as models, memory pressure, and energy constraints become central design limits.
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Design Space Exploration and Performance Modeling: Develop architecture exploration frameworks that enable rapid evaluation of future AI subsystem designs and quantify trade-offs across performance, power, area, memory utilization, and workload characteristics.
Develop and scale benchmarking and workload characterization strategies to enable fast grounding-to-silicon, root-cause performance analysis, and TPU mapping optimization. Drive full-stack hardware-software co-design to optimize current and future ML accelerator architectures for business-critical production models (e.g., LLMs and embedding models).
Join our Post-Silicon Validation team to quantify and qualify the performance of AWS's custom ML training chips against architectural targets. You'll bridge the gap between silicon capabilities and real-world ML workload demands — ensuring our accelerators deliver on latency, throughput, and efficiency promises at cloud scale. You'll work in a fast-paced, startup-like environment alongside some of the brightest minds in the industry on next generation AI/ML hardware that powers AWS's training an
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