Senior RF Electronics Engineer, Space Ground Stations

Northwood Space; Torrance (CA); On-site; USD 130,000 - 210,000; Full time

Benefits offered by this job

Stock options

Medical, Vision, and Dental coverage

Flexible time off

10+ paid holidays per year

Retirement savings plans

Professional development opportunities

Job summary

Northwood Space is seeking a Senior RF Hardware Engineer to architect RF electronics for our next generation ground network products. You will drive reliability, performance and manufacturability while collaborating with cross-functional teams across hardware, software and manufacturing.

You will build RF circuits (LNAs, filters, power amplifiers) and create electromagnetic models to evaluate performance, with emphasis on integration, testing, and meeting stringent RF metrics.

Qualifications

• Bachelor's degree in electrical engineering or related engineering discipline.
• 5+ years of RF design experience across circuits, filters, or antennas.

Responsibilities

• Design RF electronics hardware for next generation products, and iterate on existing hardware to improve reliability, performance, and manufacturability
• Create electromagnetic simulation models of hardware (amplifiers, filters, PCB layout) to design and evaluate performance
• Build RF circuits (LNA’s, filters, power amplifiers) as well as support circuitry (power, digital control), and characterize their performance
• Collaboration with hardware and software engineers to characterize and troubleshoot integrated RF system performance

Skills

RF design

Python

Data analysis

Test automation

Education

Bachelor's degree in electrical engineering

Job description

Northwood Space is seeking a Senior RF Hardware Engineer to architect RF electronics for our next generation ground network products. You will drive reliability, performance and manufacturability while collaborating with cross-functional teams across hardware, software and manufacturing.

You will build RF circuits (LNAs, filters, power amplifiers) and create electromagnetic models to evaluate performance, with emphasis on integration, testing, and meeting stringent RF metrics.