Analog & Mixed-Signal Radar Design Engineer

Echodyne; Kirkland (WA); Hybrid; USD 115,000 - 140,000; Full time

Benefits offered by this job

RSU

Health insurance

Dental & Vision insurance

PPO/HDHP

Virtual Care 98Point6

Employee Assistance Program

Mental Health coverage

Travel insurance

Life insurance

Disability

Flexible PTO

401(k) match

Pet Insurance

Prepaid Legal

Paid holidays

Job summary

Echodyne seeks an Electrical Design Engineer to advance Analog and Mixed-Signal subsystems for its compact radar sensors. You will design, verify, transition to manufacturing, and support long-term health of AMS circuits across the product lifecycle.

You will lead design discussions, tackle complex challenges, and collaborate with hardware, firmware, and systems teams to ensure robust radar architectures and high-yield production.

Qualifications

• Background in analog and mixed-signal circuit design.
• Experience designing high-reliability commercial products.
• Knowledge of SPI/I2C and PLLs, op-amps, regulators, and testability.

Responsibilities

• Advance AMS subsystems from design to production with thorough verification.
• Lead design-shaping discussions and cross-functional reviews for robust radar architectures.
• Provide expertise in AMS circuit design, analysis, and DFx while supporting lifecycle improvements.

Skills

Analog & Mixed-Signal Design

AMS circuit design

SPICE-like tools

Altium Designer

PCB bring-up

Debugging with oscilloscopes

Design for Manufacturability

Low-speed protocols SPI/I2C

Education

BS Degree in Engineering/Physics

2+ years mixed-signal PCB design

Tools

Altium Designer

SPICE-like tools

Job description

Echodyne seeks an Electrical Design Engineer to advance Analog and Mixed-Signal subsystems for its compact radar sensors. You will design, verify, transition to manufacturing, and support long-term health of AMS circuits across the product lifecycle.

You will lead design discussions, tackle complex challenges, and collaborate with hardware, firmware, and systems teams to ensure robust radar architectures and high-yield production.