Research Engineer II/III - FPGA, real-time and HPC code development (C programming)

SRI International•Ann Arbor, MI

6d•$90,580 - $172,115•Onsite

About The Position

From our Ann Arbor, MI office, we have an opening for a Research Engineer with FPGA and low-level code development (C and C++) for real-time and high-performance computing (HPC) applications. You will participate in multi-disciplinary, collaborative teams and contribute to the development of state-of-the-art remote sensing and surveillance processing algorithms and software implemented on real-time hardware. Relevant sensor types include electro-optic/infrared and active/passive radar imaging systems. Candidates must have experience with FPGA programming and ideally have experience with low-level code development for standard processors (C programming). Those with FPGA experience that possess the desire and motivation to learn real-time and HPC programming are encouraged to apply. This position is within the Advanced Technology and Systems Division (ATSD). The vision of ATSD is to create competitive advantages for our customers by inventing new technology and concepts resulting in disruptive, low cost, and high-performance solutions. The division advances the state of the art in diverse areas such as radar and electronic warfare; novel imaging technology; robotics; quantum sensing and metrology; marine technology; and applied optics.

Requirements

Minimum qualifications: RE II - Bachelors with 2+ years OR M.S. degree; RE III - Bachelors with 5+ years OR MS with 3+ years of related experience.
Area of study - Electrical Engineer, Computer Engineering, Computer Science, Physics, Math, or another related field.
U.S. Citizenship with ability to obtain and maintain a U.S. government security clearance required.
FPGA programming, embedded computing.
Experience with software development in C and/or C++
Experience with Unix/Linux operating system and multi-threaded/parallel computing.
Strong analytical ability.
Ability to support occasional travel associated with meetings and/or data collections.

Nice To Haves

Digital Signal Processing (DSP) theory and implementation
Experience with Matlab and/or Python
Networking hardware/software/administration
Basics of digital system design

Responsibilities

Implementation of complex algorithms on FPGAs.
Collaboration with algorithm developers to enhance performance of algorithms on FPGAs.
Development of software to control sensors and processing nodes.
Configure processing nodes to optimize performance.
Participate in laboratory work, collecting and analyzing sensor data.