Electrical Hardware Design Engineer – High-Speed PCB & FPGA Design

Moseley Technical Services•Bloomington, MN

10h•Onsite

About The Position

We are hiring an Electrical Hardware Design Engineer in Bloomington, MN to support advanced high-speed circuit card and embedded hardware development for mission-critical aerospace and defense systems. This role requires expertise in PCB/PWB design, FPGA-based hardware systems, signal integrity analysis, high-density circuit card development, Siemens Xpedition, HyperLynx, and hardware integration & test (I&T) supporting high-reliability electronic platforms.

Requirements

U.S. Citizenship is required by Federal Law
Bachelor’s degree in Electrical Engineering or a related STEM field
5+ years of relevant electrical hardware design experience OR Master’s degree plus 3+ years of related experience
Hardware Design Experience: Circuit card design (CCD / CCA) for high-reliability systems
Use of advanced materials, packaging techniques, and high-speed interfaces
Tools & Analysis: Siemens/Mentor Graphics Xpedition (schematic entry, constraint manager)
HyperLynx Signal Integrity / Power Integrity analysis
Laboratory Skills: Hands-on use of oscilloscopes, Ethernet/network testers, and related debug equipment

Nice To Haves

End-to-end understanding of the hardware development lifecycle
High-speed and high-density PCB design
Designs incorporating fiber-optic interfaces
Experience supporting manufacturing, qualification, and production transitions
Ability to independently resolve complex electrical design challenges

Responsibilities

Perform requirements analysis and translate system needs into electrical designs
Develop schematic capture and define routing and layout constraints
Direct and review PCB/PWB layout and routing activities
Design high-speed, high-density circuit cards incorporating embedded processors and/or FPGAs
Support manufacturing, integration & test (I&T), and hardware qualification
Collaborate with internal teams, external partners, and customers to ensure designs meet technical and program expectations
Apply signal integrity (SI) and power integrity (PI) analysis to ensure robust hardware performance