Radar Systems Engineer & Analyst (Modeling & Simulation)

Corvid Technologies LLC; Huntsville (AL); On-site; USD 90,000 - 120,000; Full time

Benefits offered by this job

Employee stock ownership plan

Medical Insurance (Blue Cross)

Paid Time Off

Career Development

Life and disability insurance

Incentive opportunities

Job summary

Corvid Technologies in Huntsville, AL, is seeking Radar Engineers & Analysts at all levels to join our Radar Analysis Team. You will perform radar system analysis, modeling, and simulation, developing software in C++, Python, and MATLAB to support DoD radar platforms.

The role involves integrating computational code into existing simulation tools, contributing to scenario development, and validating design decisions.

Qualifications

• US Citizenship and eligibility to obtain a Secret Clearance.
• Bachelor's Degree in Electrical Engineering or related STEM with at least one year of relevant experience (new grads considered).
• Proficiency in C++ and/or object-oriented programming; experience with MATLAB and/or Python.

Responsibilities

• Analyze radar system, subsystem, and component performance through modeling and simulation.
• Develop and maintain software in C++ and perform data analysis with Python and MATLAB.
• Generate software specifications and participate in design reviews to ensure quality.
• Support on-site radar engineering and operations for land and shipboard systems, with travel as needed.

Skills

C++

Python

MATLAB

OO programming

Radar analysis

C

Education

Bachelor's Degree in Electrical Engineering

Tools

Red Hat Enterprise Linux

Simulation tools

Job description

Corvid Technologies in Huntsville, AL, is seeking Radar Engineers & Analysts at all levels to join our Radar Analysis Team. You will perform radar system analysis, modeling, and simulation, developing software in C++, Python, and MATLAB to support DoD radar platforms.

The role involves integrating computational code into existing simulation tools, contributing to scenario development, and validating design decisions.