Radar Engineering Intern (Summer 2026)

Parsons Corporation•Aberdeen, MD

11d•$22 - $38•Onsite

About The Position

In a world of possibilities, pursue one with endless opportunities. Imagine Next! When it comes to what you want in your career, if you can imagine it, you can do it at Parsons. Imagine a career working with intelligent, diverse people sharing a common quest. Imagine a workplace where you can be yourself. Where you can thrive. Where you can find your next, right now. We’ve got what you’re looking for. Job Description: Let’s talk about what you’ll be doing: In this role you will work directly in a US Army R&D organization specializing in radar systems. You'll interface directly with scientists and engineers to advance the state of technology of modern radars that are used for counterfire target acquisition, active protection, and aerial surveillance. We offer hands on access to cutting edge analysis, modeling, and simulation technologies in a great work culture. As a modeling & simulation engineer you will work with a team of experts to implement and evaluate the performance of advanced signal and data processing algorithms within a robust simulation environment which models the data processing chain of a major US Army radar system. You will be reporting to various engineering team leads. Location: Aberdeen Proving Ground, MD (onsite).

Requirements

Must be eligible for a government security clearance which requires proof of US citizenship
Student pursuing a bachelor’s degree in Electrical Engineering, Computer Engineering, Computer Science or Physics
Rising Junior or Senior preferably
Experience programming with MATLAB
Minimum GPA of 3.0

Nice To Haves

Knowledge of electromagnetic theory and radar fundamentals
Experience in signal and data processing
Self-driven and motivated
Experience with Python
Should have strong written and interpersonal communication skills

Responsibilities

implement and evaluate the performance of advanced signal and data processing algorithms within a robust simulation environment
models the data processing chain of a major US Army radar system