Systems Integration Engineer, Senior Staff

Lockheed Martin•Littleton, CO

7d•Hybrid

About The Position

For over 60 years, the Fleet Ballistic Missile (FBM) team has supported the Navy’s mission to provide affordable and credible strategic defense. We offer unique career opportunities and challenges on a program with a rich history and exciting future. We help keep this nation and our allies secure. The FBM Program is experiencing significant growth and we need your expertise to deliver amazing new technologies to our customers while maintaining the technical requirements of the strategic deterrence. Learn about the Trident II D5 Fleet Ballistic Missile. We want you to support the Fleet Ballistic Missile (FBM) Program by joining the Systems Engineering Integration and Test (SEIT) team as a Systems Integration Engineer. We have a Weapon System level view of the FBM Program with activities related to integrating the FBM Life Extension 2 (LE2) missile into the submarine weapon system, as well as supporting efforts to integrate missile subsystems into the flight vehicle design. As a Systems Engineer for the Systems Integration Team on the FBM Life Extension 2 (LE2) program, you will: Serve as an systems integration engineer supporting external Missile interface Lead the definition and management of Missile interfaces by working with system and subsystem organizations and external contractors supporting the program Represent the organization at Working Groups involving customer and external organizations Support the system and subsystem requirement decomposition and allocation process with the Subsystem Technical and Requirements teams Seek out new opportunities for incorporating best-practices and standards across FBM, LM Space, and the industry at-large (tools, concepts, methods, etc.) Develop comprehensive solutions to sophisticated problems that connect the detailed, technical needs to transformational concepts and create opportunities for innovation Lead the definition, analysis, and recommendation of Trade Study options related to the Missile-Guidance system interface Perform data and document reviews and provide feedback for technical and program documentation Support systems/hardware integration, test planning and execution and find opportunities for build flow and test efficiencies Successful candidates typically have 9 years of professional experience.

Requirements

Knowledge and application of Systems Engineering processes and one or more Systems Integration functions including: a) System trade studies methodology and/or System modeling b) Requirements and Interface Control Document (ICD) development c) System Integration, Test and/or Verification d) Test planning and execution with an understanding of all the interdependencies e) Design reviews
Extensive experience leading teams in generation of technical data products
Extensive experience with the integration, design, test, or analysis of Electrical, RF, or Software products or subsystems
Highly effective communication skills, including ability to explain complex concepts, lead reviews, and negotiate requirements
Demonstrated ability to team across organizational boundaries and geographical locations to collaborate with and influence others
Active DoD Secret security clearance with ability to obtain a Top Secret

Nice To Haves

Degree in Systems, Electrical, or Mechanical Engineering (or equivalent), INCOSE Certification, or relevant Graduate Certificate
Familiar with Agile tools and methodology (JIRA) and demonstrated digital transformation experience.
Familiar with spacecraft/missile architecture design, development, integration, test, with knowledge of space, missile and launch systems at the component through system level
Validated understanding of systems thinking skills and behaviors
Ability to absorb technical detail and logically formulate solutions for execution on constrained schedule, often requiring integration of conflicting and, at times, incomplete data
Experience ensuring the physical and functional compatibility of hardware/software products throughout the full lifecycle of the program
Proven track record of good judgment and programmatic execution vital to meet technical requirements while balancing schedules and budget obligations
Budget Proposal development and budget tracking of multiple projects
Ability to operate in a dynamic environment and tackle numerous roles as part of the daily program operations
Demonstrated behaviors of a systems problem solver; selects and applies appropriate systems thinking skills to solve very sophisticated problems and implement constructive change
Prior experience with major milestone reviews (SRR, SDR, PDR, CDR)
Experience in the design, development, and production phases of a contract
Experience working on customer led working groups with multiple contractors
Experience with MBSE in DOORS and Cameo
Experience with the FBM program, working with the Navy, or on the FBM Guidance system interface.
Self-starter, able to complete work under only consultive direction

Responsibilities

Serve as an systems integration engineer supporting external Missile interface
Lead the definition and management of Missile interfaces by working with system and subsystem organizations and external contractors supporting the program
Represent the organization at Working Groups involving customer and external organizations
Support the system and subsystem requirement decomposition and allocation process with the Subsystem Technical and Requirements teams
Seek out new opportunities for incorporating best-practices and standards across FBM, LM Space, and the industry at-large (tools, concepts, methods, etc.)
Develop comprehensive solutions to sophisticated problems that connect the detailed, technical needs to transformational concepts and create opportunities for innovation
Lead the definition, analysis, and recommendation of Trade Study options related to the Missile-Guidance system interface
Perform data and document reviews and provide feedback for technical and program documentation
Support systems/hardware integration, test planning and execution and find opportunities for build flow and test efficiencies