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Josh Pros

Electrical Engineer (Hardware / PCB Design)

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What they do

A PCB Layout and Design Engineer designs and develops layout for printed circuit boards (PCB) used in electronics and communications systems. Develops the applications and hardware used in PCB manufacturing.

$99,085 / year median in Texas

+11% projected growth

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Job Description

Electrical Engineer (Hardware / PCB Design) Josh Pros Plano, TX Job Details Contract 1 day ago Qualifications Digital multimeters Circuit testing Analog circuit design Firmware Electronic systems troubleshooting Schematic development for electrical drafting Microcontrollers Digital circuit design Troubleshooting electrical systems Design engineering Printed circuit board (PCB) layout Design for manufacturability (DFM) Oscilloscopes Logic analyzers Electronic component selection Product design documentation Debugging Microprocessors Engineering validation Full Job Description We are seeking an Electrical Engineer to own hardware design from schematic through board bring-up and validation. You will design analog and digital circuits, capture schematics, drive PCB layout, and work hands-on in the lab to bring boards up and debug them. The role partners with mechanical, firmware, and systems teams to deliver manufacturable, reliable hardware.
Responsibilities:
Design analog and digital circuits and capture schematics for new and revised boards. Own or direct multi-layer PCB layout, including component selection, footprints, and stack-up. Perform board bring-up, validation, and troubleshooting in the lab. Address signal integrity, power integrity, and EMC/EMI early in the design. Prepare BOMs, design documentation, and support design-for-manufacturability and test. Collaborate with firmware, mechanical, and systems engineers, and with contract manufacturers.
Requirements:
Schematic capture and multi-layer PCB layout (Altium, OrCAD, or Cadence Allegro) Strong analog and digital circuit design fundamentals Component selection, BOM management, and design documentation Board bring-up, validation, and lab debugging with oscilloscopes, logic analysers, and multimeters Signal integrity, power integrity, and EMC/EMI considerations Interfaces and buses such as SPI, I2C, UART, USB, Ethernet, DDR Design for manufacturability (DFM) and design for test (DFT) Familiarity with microcontrollers/processors and working alongside firmware teams Reading datasheets and reference designs and translating requirements into hardware
Bonus:
high-speed digital design, power electronics, or RF experience