The modern missile-threat landscape is characterized by increasing complexity and rapid evolution, making it essential to adopt a multifaceted defense approach. At Lockheed Martin, we recognize the critical importance of developing and integrating advanced solutions to protect people and nations worldwide. Detecting an enemy missile launch, identifying its intended target, calculating its precise trajectory, launching an interceptor, and guiding it to successfully destroy the threat in mid-air is an extraordinarily complex and challenging task. It demands a seamless integration of advanced technologies, sophisticated systems, and highly skilled personnel. The Lockheed Martin Next Generation Interceptor (NGI) team is seeking an experienced Systems Engineer - Early Career to be part of a team developing missile defense technology that could forever change our ability to deter and respond to adversity. As a member of the NGI team, you will provide key contributions to various groups within the Systems Engineering and Integration (SEI) organization. The successful candidate will have knowledge spanning most of the system engineering subject areas to include system design, architecture development, CONOPS, requirements definition, allocation, maintenance, verification/validation, system integration, systems analysis, integration assembly, and test. Responsibilities will include, but are not limited to, the following:
This position is in Rocket City USA, one of the greatest places to work: Huntsville, AL.
Basic Qualifications:
Desired Skills:
Security Clearance Statement: This position requires a government security clearance, you must be a US Citizen for consideration.
Clearance Level: Secret
Other Important Information You Should Know:
Lockheed Martin is an equal opportunity employer. Qualified candidates will be considered without regard to legally protected characteristics.
The application window will close in 90 days; applicants are encouraged to apply within 5-30 days of the requisition posting date in order to receive optimal consideration.