Bachelor's degree in Engineering, Mathematics, or Physics
10+ years of radar processing experience
Active Secret clearance
Strong written and oral communication skills
Proficiency in programming languages like MatLab, Python, or C
Responsibilities
Design and implement radar signal processing architectures
Develop models for RF static range measurements
Conduct analysis for RF defense radar systems
Perform RCS predictions and digital signal processing tasks
Collaborate within agile teams to optimize technology development
Engage with customers for feedback and project iteration
Benefits
Flexible work environment
Opportunities for professional development and training
Engagement in cutting-edge technology projects
Collaborative team culture
Contributions to meaningful defense-related projects
Full Job Description
Job Description
IERUS participates in projects that address weapon systems engineering and the application of advanced machine learning (ML) and artificial intelligence (AI) techniques as well as RF/Optical hardware prototyping and low rate production. We generally seek to apply agile development fundamentals across our corporate portfolio to accelerate technology development timelines. The end goal being early discovery, accelerated development, and high customer engagement.
Description:
IERUS Technologies, Inc., is seeking a Signal Processing Architect to join a diverse and flexible team. The ideal candidate will have 5 or more years of experience of radar processing, model development and analysis.
Desired Experience
Radio frequency (RF) static range measurements;
RF defense radar systems;
RCS predictions;
Digital signal processing (DSP);
Programming (MatLab, Python, C, or similar);
Active Secret clearance.
Required
Bachelor's degree (or higher) in Engineering, Mathematics, or Physics;
10+ years of experience;
Written and oral communication skills;
Active Secret clearance;
US Citizenship.
Experience considered a plus
Proficiency in MatLab or similar analysis tools;
Experience with Unix/Linux;
Familiarity with RCS prediction tools (Xpatch, Cicero, etc.);
Familiarity with CAD tools for developing RF signature models (Rhino, Cubit, etc.).
