Principal Electrical Engineer

FORWARD EDGE AI, INCAnywhere, AL, AL
$175,000 - $225,000Remote

About The Position

Forward Edge-AI is seeking a Principal Electrical Engineer to lead the design and development of embedded hardware and custom compute-module solutions. This is the company’s most senior individual engineering position, with responsibility for helping guide the direction of the engineering organization through deep experience, technical judgment, and sound engineering intuition. The role spans system architecture, schematic design, PCB development, prototype bring-up, and hardware validation. It also carries responsibility for managing external suppliers and evaluating the broader technology landscape, including emerging SoC, memory, and interconnect roadmaps. The Principal Electrical Engineer will translate those insights into differentiated solutions that deliver smaller packages, faster performance, and capabilities that remain ahead of emerging competition and general availability. The successful candidate will architect and validate electrical designs, serve as the primary technical authority across functional forums, and foster a culture of innovation, collaboration, and continuous improvement within the team.

Requirements

  • Bachelor’s degree in electrical engineering, computer engineering, or a related discipline, or equivalent practical experience.
  • 15+ years of electrical engineering experience in embedded hardware, PCB design, and product development.
  • Deep expertise in analog and digital circuit design, including high-speed interfaces.
  • Recent hands-on experience with schematic capture and PCB motherboard design.
  • Networking hardware experience.
  • Experience developing hardware around processors, SoCs, MCUs, SOMs, or compute modules.
  • Working knowledge of high-speed interfaces such as DDR, PCIe, USB, and Ethernet.
  • Strong command of board-level power architecture, regulators, sequencing, reset, clocking, grounding, and layout practices.
  • Strong understanding of system-level trade-offs across electrical, mechanical, firmware, and software domains.
  • Proven record of leading cross-functional teams and driving complex programs to completion.
  • Hands-on prototype bring-up and laboratory debugging using standard electrical test equipment.
  • Ability to review an existing design, identify risks, and recommend practical technical solutions.
  • Ability to communicate clearly and lead architecture and design discussions.

Nice To Haves

  • Experience developing or evaluating custom compute-module or embedded-computing designs.
  • Familiarity with eMMC, LPDDR, NVMe, Ethernet, USB, Wi-Fi, Bluetooth, or similar embedded technologies.
  • Experience with Altium Designer, Cadence Allegro/OrCAD, KiCad, or a comparable PCB design tool.
  • FPGA development experience, including licensing and development of IP blocks.
  • Experience assessing competitive products and generating intellectual property.

Responsibilities

  • Own system architecture decisions for processors, SoCs, MCUs, FPGAs, memory, storage, networking, and power.
  • Architect, review, and validate schematics, multilayer PCB layouts, design files, and technical documentation.
  • Design and review multilayer PCBs, including power distribution, grounding, routing, and high-speed interfaces.
  • Design for manufacturing, including SMT criteria and best practices for EMI, EMC, and ESD containment.
  • Serve as the primary technical authority across functional forums, arbitrating trade-offs across electrical, mechanical, firmware, and software domains.
  • Manage relationships with component and SoC suppliers, evaluate development platforms and supplier roadmaps, and qualify emerging technologies before committing to a custom design.
  • Identify non-linear architectural approaches that reduce size, increase performance, and differentiate the product line against emerging competitors.
  • Lead prototype bring-up, debugging, testing, design verification, and failure analysis.
  • Identify layout, SMT, grounding, signal-integrity, and power-integrity issues early to reduce unnecessary board spins.
  • Lead cross-functional teams and drive complex hardware programs from concept through completion.
  • Mentor and develop engineering talent through technical guidance and career-development support.
  • Maintain clear design documentation, source files, component libraries, and revision history.
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