• Break down system and product requirements into a firmware design and implement it for the ARC product lines • Work with the product team to define and characterize performance metrics for sensor components • Iteratively improve user-experience concerns around accuracy, stability, and calibration of MEMS sensors • Support firmware development and optimization efforts for processing efficiency, code size, and power requirements • Provide input, feedback, and data-backed results to management and leadership on various firmware features, functions, and power utilization • Work with the ARC team to plan firmware work in Agile development cycles • Identify, develop, and execute automated and manual testing procedures with ARC QA functions including hands on support for debugging and resolving identified issues

• Develop and support Ambiq’s embedded AI runtimes (HeliaRT—our fork/extension of TensorFlow Lite for Microcontrollers—and HeliaAOT) with focus on portability, correctness, performance, and usability. • Implement and optimize ML operator kernels and embedded libraries for on-chip acceleration (DSP, vector, NPU), including HeliaDSP and HeliaCore components. • Build and maintain on-device profiling and performance analysis tools, including converting PMU counters into actionable insights. • Drive improvements in latency, memory footprint, and energy (e.g., joules/inference) through compute/bandwidth and memory-hierarchy analysis. • Develop benchmark harnesses, microbenchmarks, and regression tests to ensure numerical correctness and prevent performance regressions. • Enable seamless customer integration across embedded environments and toolchains (bare metal, FreeRTOS, Zephyr). • Improve memory planning/runtime efficiency and manage upstream/fork health; publish and maintain customer-facing assets (docs, guides, examples, benchmarks).

• Build, architect, develop, and debug critical firmware running in the GPU OOBHUB, prioritizing robust peripheral control and secure communication interfaces. • Build and optimize high-reliability firmware update mechanisms and telemetry systems for next-generation GPU subsystems. • Collaborate closely with hardware architects and ASIC designers to initiate new silicon, defining firmware-hardware interfaces and communication protocols. • Implement secure, modern firmware solutions, bringing to bear high-reliability languages and principles to ensure system stability. • Partner with internal software, hardware, and infrastructure teams to transform brand new architectural features from concepts into production-ready firmware.

• Design, implement, and verify hardware design tools, flows, and methodologies for advanced technology nodes • Develop unique hardware designs and integrate components into hierarchical systems for end-to-end EDA tool testing • Analyze and optimize methodologies for improved power, performance, area, and efficiency in hardware development • Build platforms, databases, scripts, and tool flows to enhance design automation capabilities • Test and analyze engineering design automation tools to ensure reliability, functionality, and quality • Develop and refine tools to support digital design, verification, structural and physical layout, full-chip integration, power optimization, clocking, and timing methodologies • Work collaboratively with EDA vendors to define, test, and adopt next-generation design tools