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# Staff AI Product Engineer, FW/SW

- **Company:** Psiquantum, Corp.
- **Location:** Milpitas, CA, United States
- **Salary:** $208,300.0 - $244,700.0
- **Contract:** Permanent contract
- **Skills:** Board Bringup, Application Programming Interfaces (APIs), Data Analysis, Automation of Tests, C++ (Programming Language), Configuration Management, Communications Protocols, Computer Programming, Computer Engineering, Software Debugging, Linux on Embedded Systems, Ethernet, Firmware, Field-Programmable Gate Array (FPGA), Hardware Interface Design, Python (Programming Language), Software Product Management, Software Architecture, Software Reliability Testing, Software Engineering, Software Requirements Analysis, System Software, System Testing, Universal Asynchronous Receiver/Transmitter, Management of Software Versions, Digital Access Carrier System, PIC Microcontroller, Real Time Systems, Concurrency, State Machines, Information Technology
- **Published:** October 17, 2026
- **Apply:** https://jobs.localjobnetwork.com/apply/add/88627629/1

## About the Role

* BS or MS in Electrical Engineering, Computer Engineering, Computer Science, Controls Engineering, Physics, or a related technical discipline.
 * Significant professional experience developing firmware and software forcomplex embedded systems.
 * Strong programming experience inC/C++ for embedded systems.
 * Experience with Python or similar languages for automation, system test, data analysis, and hardware control.
 * Strong understanding of embedded processors, microcontrollers, memory architectures, interrupts, timing, concurrency, and hardware interfaces.
 * Experience withRTOS and/or embedded Linux environments.
 * Demonstrated experience developing software that directly controls physical hardware.
 * Strong understanding offeedback and closed-loop control systems.
 * Experience implementing calibration, compensation, monitoring, and control algorithms.
 * Experience with embedded communication protocols such as SPI, IC, UART, GPIO, Ethernet, or similar interfaces.
 * Strong system-level debugging skills across hardware and software boundaries.
 * Experience developing software for hardware bring-up, characterization, and automated test.
 * Ability to read schematics, understand hardware architecture, and collaborate effectively with electrical and hardware engineers.
 * Ability to take loosely defined system requirements and develop a robust firmware/software architecture and implementation.

## Description

This is a senior individual contributor role operating at the intersection of silicon photonics, embedded systems, electronics, controls, and system software. The engineer will be responsible for translating photonic device and system requirements into robust control algorithms, firmware, APIs, diagnostics, and system-level software.

The ideal candidate has previously developed firmware and software for complex embedded hardware systems, understands closed-loop control and real-time system behavior, and is comfortable working directly with hardware during bring-up, characterization, debugging, and productization., * Architect, develop, and maintain embedded firmware for control and management of silicon photonics products.

 * Develop firmware that interfaces with photonic devices, ASICs/FPGAs, DACs, ADCs, temperature sensors, power-management devices, and other board-level electronics.
 * Implementclosed-loop control algorithms for parameters such as optical operating points, temperature, power, bias, alignment, switching state, and other device-specific control variables.
 * Understand system dynamics, stability, convergence, calibration, tolerances, noise, drift, and failure modes when designing control loops.
 * Develop real-time and event-driven firmware for complex embedded systems.
 * Develop device initialization, calibration, configuration, monitoring, fault management, and recovery mechanisms.
 * Define and implement state machines governing system startup, operation, fault handling, recovery, and shutdown.
 * Work with system architects to define the overallsoftware and firmware control architecture of the product.
 * Support remote firmware/software update mechanisms, configuration management, versioning, and system recovery.
 * Design firmware and software with reliability, testability, manufacturability, and field serviceability in mind.
 * Develop automated calibration and test capabilities that can transition from engineering environments into manufacturing.
 * Define manufacturing configuration, calibration data, device parameters, and nonvolatile storage requirements.
 * Support production test, system qualification, reliability testing, and failure analysis.Develop diagnostic capabilities that allow manufacturing and field teams to quickly isolate failures.