Senior Radar Processing Engineer for Aviation Safety

Reliable Robotics; Mountain View (CA); On-site; USD 140,000 - 210,000; Full time

Job summary

Reliable Robotics seeks a Radar Algorithms Engineer to analyze phased array radar systems and develop real-time processing algorithms for airborne applications. You will work across conception to production, designing in Matlab and Python, with C++ implementations on target hardware.

Expect collaboration with cross-functional teams and flight-test support. Responsibilities include system-level trade studies, radar integration on aircraft, and real-time processing on FPGA/DSP platforms, with

Qualifications

• Electrical Engineering fundamentals, typically a B.S. in a related discipline
• 8+ years of professional hands-on experience with radar algorithms, radar system design, signal processing, integration and test
• Ability to use C++, MATLAB and Python (Python preferred)
• Ability to troubleshoot, find root cause, and resolve issues
• Pulsed and FMCW processing algorithm development
• Experience in airborne radar testing and development

Responsibilities

• Analyze phased array radar systems and develop radar processing algorithms for short/long-range tracking and radar image generation
• Design algorithms in Matlab/Python and implement in C++ on target hardware
• Drive system-level requirements and perform trade studies with cross-functional teams
• Support radar integration on aircraft and assist data collection during flight testing
• Own real-time processing of radar algorithms on FPGA/DSP platforms

Skills

Radar algorithms

C++

Python

Matlab

Flight testing

DSP/FPGA

Systems engineering

Education

Bachelor's degree in Electrical Engineering

Tools

FPGA

DSP

MATLAB

Python

C++

Job description

Reliable Robotics seeks a Radar Algorithms Engineer to analyze phased array radar systems and develop real-time processing algorithms for airborne applications. You will work across conception to production, designing in Matlab and Python, with C++ implementations on target hardware.

Expect collaboration with cross-functional teams and flight-test support. Responsibilities include system-level trade studies, radar integration on aircraft, and real-time processing on FPGA/DSP platforms, with