Software Engineer Senior - Level 3

Lockheed Martin•Fort Worth, TX

1d•Onsite

About The Position

This exciting position is with the Skunk Works Mission Systems and Software team located in Fort Worth, TX. This position is for an experienced Software Engineer to use and apply technical standards, principles, theories, concepts, and techniques in the software field to develop solutions to complex problems within Advanced Development Programs (ADP). The Skunk Works (Lockheed Martin Advanced Development Program) is looking for world class talent in Software Development and Testing to be a part of a team that will carry on our 75+ year tradition making history in advanced aircraft development. This position is on the C4ISR team within Ground Systems Applications organization under Ground Systems. This position requires a software engineer to use a wide application of technical principles, theories, and concepts in the software field to develop, integrate, and test software products for Advanced Development Programs.

Requirements

Bachelors or Above Degree in Engineering/Math/Technical Discipline
Experience in Object Oriented programming in C#, C++ and/or Java Languages
Must be a US Citizen.
Interim Secret clearance required to start.

Nice To Haves

UI/UX Software Development
Experience with Complex Algorithms and/or Artificial Intelligence
Service Oriented Architecture Knowledge
Object Oriented Programming
Agile Software Development
Linux and Windows Operating Systems
Configuration Management Systems (e.g. Git)
Software Development Tools (e.g. Visual Studio, Eclipse)
Atlassian Tools (e.g. Stash, Jira)
System test and Integration experience

Responsibilities

Responsible for all phases of developing software solutions for C4ISR.
Responsibilities will span the development lifecycle, including requirements generation, system and software design and implementation, integration and flight test, and adjudicating change requests as the software is updated, tested, and integrated.
Integration activities will include a multitude of host systems, such as live assets of varying capability and structure, simulated systems, and laboratory environments that include constructive simulations, physical hardware, and system simulations.