Systems Engineer - SLS Upper Stage (ES4)

Amentum•Huntsville, AL

8d•Onsite

About The Position

The person in this position will provide systems engineering, requirements management, verification and validation (V&V) coordination, and element-level integration support to the MSFC Systems Design and Verification Branch (EV72) for the Space Launch System (SLS) Upper Stage Office (USO). The successful candidate will coordinate and interface with multiple engineering disciplines, system elements, cross-program elements, and customers, as well as participate in reviews, meetings, working groups, task teams, and trade studies. The candidate will supply leadership and/or support for the development of key systems engineering products including operational concepts, system requirements, verification strategies, and interface integration activities are effectively developed, coordinated, and executed throughout the Upper Stage lifecycle. This position will perform engineering and liaison functions, providing interface between the Upper Stage element, NASA organizations, contractor partners, ground systems, Orion and payload stakeholders, the engineer will ensure mission objectives and operational needs are translated into executable engineering solutions. The position supports the overarching CONOPS objective of delivering a fully integrated, verifiable, and operationally ready Upper Stage element capable of supporting safe and efficient launch vehicle processing, launch operations, and mission execution.

Requirements

A degree in Engineering or related field with a minimum of 10 years of aerospace industry experience is required.
Must be a US Citizen and have a STAR ID.
Experience with systems engineering processes, including requirements development, allocation, verification planning, verification objectives, verification matrices, and verification implementation.
Experience with Digital Engineering and Model-Based Systems Engineering (MBSE) tools such as DOORS Next Generation, Jira, MagicDraw, or similar tools.
Experience in the development, integration, and implementation of complex aerospace or space systems.
Experience interpreting engineering drawings, interface control documents, configuration documentation, and technical specifications.
Strong oral, written, interpersonal, customer engagement, and presentation skills.
Proficiency with Microsoft Office applications.

Nice To Haves

Degree from an ABET-accredited university is preferred.
Experience developing plans, procedures, and operational concepts for spacecraft or launch vehicle systems.
Experience supporting spacecraft, payload, launch vehicle, or ground operations.
Understanding of launch vehicle systems definition, functional requirements development, and design integration.
Experience with NASA and/or MSFC spacecraft, launch vehicle development, ground processing, and ground support equipment.
Familiarity with NASA Systems Engineering policies and processes and SLS Program operations.
MBSE certification such as OMG-Certified Systems Modeling Professional (OCSMP).

Responsibilities

Provide systems engineering and interface integration support for SLS Upper Stage design, development, and operations.
Develop, assess, and integrate operational requirements across all lifecycle phases including manufacturing, transportation, receiving inspection, ground processing, stacking, integrated test and checkout (ITCO), launch preparation, and mission support.
Support development and maintenance of Operations and Maintenance Requirements and Specifications (OMRS), Work Authorization Documents (WADs), interface requirements, verification plans, and operational procedures.
Coordinate with NASA Centers, contractors, payload customers, and ground systems organizations to define and implement operational concepts, requirements, and integration strategies.
Support technical analyses, trade studies, risk assessments, and decision package development in support of the USO Chief Engineer and Lead Systems Engineer.
Coordinate with Safety and Mission Assurance (S&MA) organizations to identify, assess, and resolve hazards and operational concerns.
Support and/or lead technical integration activities across multiple NASA Centers, engineering disciplines, and contractor organizations.
Document and control the integrated architecture through interface requirement documents, interface control documents, functional schematics, verification artifacts, technical reports, and briefing packages.
Identify, communicate, and manage technical and operational risks through the NASA Risk Management System.
Support process improvement initiatives, affordability studies, mission readiness assessments, and activities focused on improving system operability, integration effectiveness, and lifecycle cost.