Radar DSP Engineer

Job Description:

The Radar Signal Processing Engineer will be a key contributor to the evolution of Oculii’s 3D radar technology and will work with Oculii’s RF hardware and systems/software teams to drive the production of world-class leading edge 3D radars. This position will develop and implement advanced signal/image processing algorithms and sensor fusion techniques for MIMO radar, digital beamforming, distributed multi-static and multi-dynamic radar systems, target imaging and feature aided video tracking. The work will heavily involve algorithm development in MATLAB as well as implementation, testing, and verification of embedded system drivers and algorithms in C/C++.



Responsibilities:

Develop and implement robust signal/image processing algorithms in C/C++ on real time hardware. Signal processing technologies include target detection and estimation, target tracking, array signal processing, waveform optimization, MIMO radar signal processing, image processing, sensor fusion and video tracking.
Design bit-level accurate models and test vectors for algorithms in C/C++
Practice well documented modular code development and develop reliable software framework for automated analysis, testing and verification.
Act as the key interface for the implementation team to the algorithms and systems team to develop novel cutting edge radar algorithms and signal processing techniques


Requirements:

MS in Electrical Engineering, Computer Science or a related field, or equivalent level of demonstrated knowledge.
Demonstrated software engineering skills and proficiency/experience in C++ and embedded programming languages for real time production systems
Comprehensive knowledge in one or more of the following areas: radar signal processing, digital signal processing, image processing, radar systems, remote sensing, radiation detection, or automated software development.
Demonstrated proficient verbal and written communication skills necessary to effectively collaborate in a team environment and present and explain technical information.
Experience working in a team environment that includes scientists, engineers, and computer scientists.
Significant experience in the design and development of automated signal and image processing software.



Bonus Points:

PhD in Electrical Engineering, Computer Science, or a related field.
Advanced signal processing expertise in the areas of inverse problems, estimation, forward fitting, and reconstruction.
Demonstrated project management experience, including project planning and presentation.