Lead High-Speed Digital Design Engineer – Aerospace

Aleron; Gilbert (AZ); On-site; USD 124,000 - 193,000; Full time

Job summary

Acara Solutions is seeking a Senior High Speed Digital Design Engineer in Gilbert, AZ, for a 7-month temporary assignment. You will architect and lead the development of high-reliability digital hardware for aerospace applications, including FPGA/ASIC design, system architecture, and high-speed interfaces.

Responsibilities include design reviews, timing analysis, and collaboration with cross-functional teams to ensure signal integrity, power integrity, and manufacturability.

Qualifications

• Requires a Bachelor’s in Electrical/Computer Engineering.
• 8+ years designing complex digital hardware for aerospace/defense/high-reliability products.
• Experience with FPGA/ASIC/SoC-based systems and high-speed interfaces.

Responsibilities

• Architect and design FPGA-, ASIC-, and processor-based digital hardware for high-reliability aerospace systems.
• Lead digital hardware development including architecture, timing analysis, and design reviews.
• Design, integrate, and verify interfaces like DDR, PCIe, Ethernet, SerDes, LVDS, SPI, I2C.
• Support bring-up, integration, debugging, and verification with lab equipment.
• Collaborate with PCB teams to optimize signal/power integrity and manufacturability.

Skills

FPGA/ASIC design

System architecture

HDL design

High-speed interfaces

Signal integrity

Leadership

Cross-functional collaboration

Education

Bachelor's Degree in Electrical or Computer Engineering

Master's Degree (preferred)

Job description

Acara Solutions is seeking a Senior High Speed Digital Design Engineer in Gilbert, AZ, for a 7-month temporary assignment. You will architect and lead the development of high-reliability digital hardware for aerospace applications, including FPGA/ASIC design, system architecture, and high-speed interfaces.

Responsibilities include design reviews, timing analysis, and collaboration with cross-functional teams to ensure signal integrity, power integrity, and manufacturability.