Contribute to the development, documentation, and integration of high-reliability printed circuit boards used in advanced electronic systems, focusing on PCB component placement, routing, schematic-to-layout implementation, and controlled impedance.
Responsibilities
Design and layout printed circuit boards for RF, microwave, mixed-signal, digital, and high-speed circuits
Perform component placement and routing based on schematics and design rules
Generate, review, and release PCB fabrication and assembly documentation
Create and verify PCB component footprints and library elements
Support schematic-to-layout implementation and coordinate with engineers
Requirements
Associate degree in Engineering Technology, Electronics Technology, Electrical/Electronic Engineering Technology, PCB Design, CAD/Design, or a related technical discipline
Own the hardware for our next generation of servo drives, from the first architecture study through prototype, validation, early customers, and transfer to production.
Responsibilities
Define the architecture
Research and evaluate new technologies (GaN power stages, gate drive, current sensing, DSP/MCU control platforms) and turn what you learn into a hardware architecture and written requirements
Design the hardware (power inverter, gate drive, sensing, protection, DC-link and control circuitry) from concept to schematic in Altium
Bring up prototype and lead root cause analysis with the firmware team
Write test plans and procedures, characterize switching behavior, efficiency, thermal performance and EMI/EMC
Requirements
Bachelor's or master's degree in Electrical Engineering or a related field
Own the design, development, integration, and testing of circuit cards and related electronics hardware for spacecraft and other advanced aerospace and defense systems.
Compensation
$150,000—$195,000 USD
Responsibilities
Design, develop, and validate schematics, PCB layouts, circuit cards, electrical interfaces, and supporting electronics hardware.
Own circuit card design from concept through schematic capture, PCB layout, bring-up, debugging, testing, and release.
Develop analog, digital, mixed-signal, and power electronics designs for embedded systems, sensors, actuators, controllers, and related flight hardware.
Hands-on Electrical Hardware Design Engineer responsible for taking electronic products from a blank schematic to a certified, shipping industrial product, owning hardware for new hygienic sensors and measurement systems end to end.
Compensation
Pay Range
83,400 to 155,000
Responsibilities
New product design, concept to production
Own new product electronics from a clean sheet: requirements, architecture, component selection, schematics, prototypes and production release
Design analog, mixed-signal, power and microcontroller circuits for industrial sensing (RTD/NTC, 4–20 mA, HART, industrial I/O)
Lead and participate in schematic and PCB design reviews
Personally lay out and route boards
Requirements
BS in Electrical Engineering
MS in Electrical Engineering
Nice to have: Industrial instrumentation or sensor experience
This role offers a rare opportunity for a senior technical leader to shape the future of memory interface technology at scale. As a key architect within the AMD Circuit Technology Design Group, you will influence the definition, architecture, and delivery of next-generation Memory PHY solutions in advanced CMOS technologies.
Responsibilities
Serve as a senior technical authority and architect for Memory PHY technology, shaping long-range roadmaps and architectural direction.
Define and evolve architectures and specifications for advanced Memory PHYs, including DDR, LPDDR, GDDR, and HBM.
Drive innovation in high-speed I/O circuit design, system-level analysis, power integrity, and signal integrity.
Partner with cross-functional teams across Circuit Design, Layout, Logic Design, Physical Design, Firmware, Design Verification, and Post-Silicon organizations worldwide.
Influence design quality and execution through design reviews, technical mentorship, and principled tradeoff decisions.
Requirements
Advanced degree in Electrical Engineering or related field preferred, or equivalent professional experience
Nice to have: Sustained technical impact on production Memory PHYs or high-speed I/O IP at advanced technology nodes
Nice to have: Owning or shaping architecture across multiple successful tape-outs
Design and optimize custom test circuit architectures for NAND flash memory designs, ensuring manufacturability, reliability, and testability across the semiconductor production lifecycle.
Compensation
The US base salary range that Micron Technology estimates it could pay for this full-time position is: $148,000.00 - $252,000.00 a year
Responsibilities
Develop, integrate, and optimize custom test circuit architectures for NAND flash memory designs
Interpret product specifications and test requirements; define circuit functionality, interfaces, operating limits, controllability, observability, and validation criteria
Create, review, and optimize schematics, device sizing, bias structures, sensing and monitoring paths, multiplexers relevant to test circuits
Analyze circuit testability and robustness to ensure compliance with quality, coverage, manufacturability, power, area, and reliability requirements
Drive Design for Test (DFT) requirements for custom NAND test circuits, including controllability and observability, test-mode architecture, fault coverage, built-in self-test and diagnostic access
Requirements
Bachelor's or Master's degree in Electrical Engineering, Electronics Engineering, Computer Engineering, or a related field
Design and optimize custom test circuit architectures for NAND flash memory, ensuring manufacturability, reliability, and testability across all manufacturing functions.
Compensation
$148,000.00 - $252,000.00 a year
Responsibilities
Develop, integrate, and optimize custom test circuit architectures for NAND flash memory designs
Interpret product specifications and test requirements; define circuit functionality, interfaces, operating limits, controllability, observability, and validation criteria
Create, review, and optimize schematics, device sizing, bias structures, sensing and monitoring paths, multiplexers relevant to test circuits
Analyze circuit testability and robustness to ensure compliance with quality, coverage, manufacturability, power, area, and reliability requirements
Drive Design for Test (DFT) requirements for custom NAND test circuits, including controllability and observability, test-mode architecture, fault coverage, built-in self-test and diagnostic access
Requirements
Bachelor's or Master's degree in Electrical Engineering, Electronics Engineering, Computer Engineering, or a related field
Own electrical design of next gen. hardware modules - architecture, schematic + layout prototype bring-up, validation, and transition to robust hardware.
Compensation
We also offer competitive equity compensation and benefits.
Responsibilities
Schematic capture and layout - power tree, high-speed interfaces, protection, grounding strategy, tolerances, derating. Produce release-quality design packages.
Prototype bring-up and debug: First power-on through stable system operation; instrument, isolate, and resolve issues across power integrity, signal integrity and EMI coupling.
Design for automotive robustness - transients/ESD, brownout behavior, fault containment, harness realities, and vehicle power conditions; incorporate EMC and functional safety considerations appropriate to the platform.
Own PCB fab/assembly engagement, component selection strategy, alternates, DFM/DFT reviews, and build/test documentation; drive issues to closure through builds.
Requirements
BS/MS in Electrical, Computer or Mechatronics Engineering
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