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Agent guide: [/agents.md](https://www.wearedevelopers.com/agents.md). --- # Field-Programmable Gate Array (FPGA) - **Company:** CareerCircle - **Location:** Seattle, WA, United States (Remote available) - **Experience:** Expert - **Salary:** $124,800.0 - $156,000.0 - **Contract:** Temporary contract - **Skills:** AutoCAD, Artificial Intelligence, Altium Designer, Data Analysis, Systems Engineering, Autodesk Revit, Automation of Tests, Building Information Modeling, Datasheets, Software Debugging, Electronic Design Automation, Field-Programmable Gate Array (FPGA), Python (Programming Language), Ruby on Rails, Schematic Capture, Simulation Software, User-Centered Design, Network Switches, Scripting, Control Structures, Data Analytics, Mentor Graphics, Ansys - **Published:** July 30, 2026 - **Apply:** https://www.careercircle.com/jobs/all/all/usa/wa/seattle/5cbf3216-be17-4f4a-b2fd-7641167e8cd0 ## About the Role Planning Budgeting Debugging Visionary HyperLynx Innovation Spacecraft Datasheets Reliability Simulations Multimeters Oscilloscope Data Analysis Test Planning Ruby On Rails Control Loops Test Automation Design Analysis Network Switches Thermal Analysis Electronic Loads Schematic Capture Power Electronics Electric Vehicles Power Distribution Electronic Systems Root Cause Analysis Systems Engineering Mechanical Engineering Electrical Engineering Electric Power Systems Overcurrent Protection Artificial Intelligence SPICE (Simulation Tool) Power Electronics Design Ansys Simulation Software Engineering Design Process Switched-Mode Power Supply Electric Power Distribution Electronic Design Automation Design For Manufacturability Printed Circuit Board Design Python (Programming Language), * Bachelor's degree in Electrical Engineering or an equivalent discipline. * At least 5 years of industry experience designing hardware with a focus on power and board-level design. * Demonstrated ownership of a multi-rail board power design from schematic through bring-up and characterization. * Strong fundamentals in switching and linear regulator design, including magnetics selection and control-loop or stability basics. * Hands-on experience designing switching regulators and having completed such designs in prior roles. * Practical experience in power distribution network (PDN) design and power integrity. * Experience with power sequencing, supervisors, load switches, inrush control, and protection features such as undervoltage lockout (UVLO), overvoltage protection (OVP), and overcurrent protection (OCP). * Proficiency with schematic capture and PCB design using Xpedition or similar electronic design automation tools such as Siemens Xpedition, Cadence, or Altium. * Hands-on lab proficiency with power analyzers, electronic loads, oscilloscopes, digital multimeters, and structured debug methodologies. * Ability to read datasheets and device power specifications and translate them into a correct, robust power tree. * Experience with high-power design for applications such as electric vehicles or other high-power systems, rather than only low-power consumer electronics. * Familiarity with Mentor Graphics Xpedition XDX Designer or similar tools. * Experience in power supply and power electronics design, including use of Xpedition or SPICE-based simulation tools., * Experience delivering power solutions for FPGAs and SoCs, including core, transceiver-analog, and memory rails. * Power integrity simulation experience using tools such as Sigrity or PowerSI, HyperLynx, ANSYS, or similar platforms. * Exposure to battery or solar-based power systems, particularly in spacecraft or other high-reliability environments. * Experience with radiation-aware or high-reliability power design for aerospace or space applications. * Thermal analysis experience and the ability to co-design thermal solutions with mechanical engineering teams. * Scripting skills for test automation and data analysis, using Python or similar languages. * Aerospace experience, especially related to satellites or high-reliability platforms, is highly preferred. * Experience with electric vehicle or EV-related power systems is highly beneficial. * Interest in contributing to next-generation satellite programs and long-term conversion to a full-time position., Actalent Redmond, WA*On-Site Voltage Planning Budgeting Debugging Visionary HyperLynx Innovation Spacecraft Datasheets Reliability Simulations Multimeters Oscilloscope Data Analysis Test Planning Ruby On Rails Control Loops Test Automation Design Analysis Network Switches Thermal Analysis Electronic Loads Schematic Capture Power Electronics Electric Vehicles Power Distribution Electronic Systems Root Cause Analysis Systems Engineering Mechanical Engineering Electrical Engineering Electric Power Systems Overcurrent Protection Artificial Intelligence SPICE (Simulation Tool) Power Electronics Design Ansys Simulation Software Engineering Design Process Switched-Mode Power Supply Electric Power Distribution Electronic Design Automation Design For Manufacturability Printed Circuit Board Design Python (Programming Language) Xpedition Enterprise (Siemens EDA), AutoCAD Planning Visionary Leadership Innovation Coordinating Construction System Safety Autodesk Revit Professionalism Quality Control Building Design One-Line Diagram Power Distribution Electrical Systems Workflow Management Equipment Selection Electrical Engineering Artificial Intelligence Commercial Construction Ability To Meet Deadlines Engineering Design Process Balancing (Ledger/Billing) Verbal Communication Skills SKM (Power System Software) Electric Power Distribution Interpersonal Communications Building Information Modeling +0 Electrical Engineer Actalent Seattle, WA*On-Site Voltage Planning Budgeting Debugging Visionary HyperLynx Innovation Spacecraft Datasheets Reliability Simulations Multimeters Oscilloscope Data Analysis Test Planning Ruby On Rails Control Loops Test Automation Design Analysis Network Switches Thermal Analysis Electronic Loads Schematic Capture Power Electronics Electric Vehicles Power Distribution Electronic Systems Root Cause Analysis Systems Engineering Mechanical Engineering Electrical Engineering Electric Power Systems Overcurrent Protection Artificial Intelligence SPICE (Simulation Tool) Power Electronics Design Ansys Simulation Software Engineering Design Process Switched-Mode Power Supply Electric Power Distribution Electronic Design Automation Design For Manufacturability Printed Circuit Board Design Python (Programming Language) ## Description This role focuses on end-to-end design, analysis, and validation of complex multi-rail board power architectures for high-reliability electronic systems. The electrical engineer defines and implements power solutions for FPGA/SoC platforms, memory, and high-power peripheral loads, with a strong emphasis on switching regulator design, power integrity, and robust hardware performance. The position offers the opportunity to support next-generation satellite systems and contribute to advanced electric vehicle and aerospace-related applications, with potential for conversion to a full-time role., * Define the complete board power architecture, including rail planning, power budgeting, sequencing, and power-state or power-mode design for FPGAs, SoCs, memory, and peripheral loads. * Design DC-DC converters such as buck and multiphase regulators, low-dropout regulators (LDOs), and load switches, including component selection and margin or derating analysis. * Design and analyze the power distribution network (PDN) to ensure stable, efficient, and reliable power delivery across all rails. * Own power sequencing and supervision, including implementation of supervisors, inrush control, and protection features such as UVLO, OVP, and OCP. * Lead power bring-up activities in the lab, ensuring that all rails and power modes function as intended under real-world conditions. * Debug and characterize power supplies using power analyzers, electronic loads, oscilloscopes, digital multimeters, and thermal analysis tools. * Develop, write, and execute comprehensive power test plans across voltage and temperature corners, and document test results clearly and thoroughly. * Drive root-cause analysis and corrective actions for power-related failures, using structured debug methodologies and data-driven approaches. * Contribute to manufacturing readiness by applying design-for-manufacturability (DFM) and design-for-test (DFT) principles to power circuits. * Create and maintain bring-up procedures and test documentation to support production and manufacturing test teams. * Collaborate with cross-functional teams, including mechanical and systems engineering, to co-design thermal and power solutions for high-reliability applications. * Support the development of next-generation satellite and high-power electric vehicle or aerospace systems through robust power electronics design. ## Related Videos - [Remote Driving on Plant Grounds with State-of-the-Art Cloud Technologies](https://www.wearedevelopers.com/videos/251-remote-driving-on-plant-grounds-with-state-of-the-art-cloud-technologies) - [Cloud Vendor Lock-In - Is it just a new version of the Database Abstraction Layers?](https://www.wearedevelopers.com/videos/1185-cloud-vendor-lock-in-is-it-just-a-new-version-of-the-database-abstraction-layers) - [WebAssembly Revolution: Elevating JavaScript's Reach and Performance](https://www.wearedevelopers.com/videos/1149-webassembly-revolution-elevating-javascript-s-reach-and-performance) - [JavaScript? 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