RF Systems Engineer, Sr - RF Test Range Support - Orlando, FL

Lockheed Martin•Orlando, FL

12h•Onsite

About The Position

Lockheed Martin is a global security and aerospace company that employs approximately 114,000 people worldwide and is principally engaged in the research, design, development, manufacture, integration, and sustainment of advanced technology systems, products, and services. At Lockheed Martin, we apply our passion for purposeful innovation to keep people safe and solve the world's most complex challenges. What You Will Be Doing The ideal candidate possesses strong programming skills in MATLAB, is comfortable with Python based analysis and C++ code interpretation, and can navigate complex, multi functional and multi company collaborations while juggling support for several concurrent contracts.

Requirements

Education: Bachelor’s (minimum) in Electrical Engineering, Aerospace/Mechanical Engineering or related field
Experience: 3+ years minimum.
Problem-Solving: Proactive problem solver with a detail oriented and growth mindset.
Experience communicating and conveying technical information to diverse audiences. Proven ability to work across multiple functions and corporate boundaries, and manage competing priorities.
Matlab experience
RF Knowledge: Understanding of antenna theory, RF front end architectures, signal and digital processing, and sensing modalities; willingness to deepen expertise.
Willing to travel (domestically) up to 30%
-Experience with Compact Ranges (Anechoic or RF chambers) & RF Testing
-Active Secret or higher clearance

Nice To Haves

Leadership experience

Responsibilities

Run scripts and analyze data from various different sources; validate results against expected sensor performance envelopes.
Develop/modify MATLAB-based tools for data preprocessing, file conversion, and automated report generation.
Stand ups with cross functional team to review analysis results, test schedules, data availability, and open issues.
Interact with supplier, partner, and customer entities; balance competing priorities
Inspect supplier model documentation (i.e., antenna patterns, RF front end specifications); log discrepancies and request clarifications.
Dive into C++ OFP source when a sensor anomaly surfaces; use debugging tools and log files to pinpoint low level causes.
Update GitLab repositories, create merge requests, and document changes in the project wiki.
Prepare daily or weekly status briefs for program leadership and partner contractors, highlighting analysis findings and risk items.
Participate in design reviews for upcoming sensor upgrades, providing data driven recommendations.
Close out events by delivering final analysis packages, validation reports, and lessons learned documentation.