Human Landing Systems Requirements and Interf

Job Description

Job Description

CODE Plus, Inc. , an experienced IT government contractor in Fairfax, VA with offices in Huntsville, AL and have been in business for 31 years and have been servicing different agencies within the Federal sector. Our mission is to deliver high-quality, cost-effective solutions that empower our clients to achieve their goals. At CODEplus, we value teamwork, integrity, and technical excellence, and we pride ourselves on maintaining long-standing partnerships built on trust and results.  

CODEplus is seeking a Human Landing System (HLS) Requirements and Interface Systems Engineer that will work in a highly integrated team performing technical and integration activities to support main propulsion systems and launch vehicles.

Location: Huntsville, AL (Onsite) - must be willing to relocate to Huntsville, Alabama.

Clearance: U.S. Citizenship Required

HLS Requirements and Interface System Engineer ES3

Description

This candidate will provide systems engineering and integration support to the Systems Design & Definition Branch (EV72) for the Human Landing System (HLS) elements and to the MSFC Systems Engineering and Integration Division (EV70).

The candidate will coordinate and interface with multiple HLS engineering disciplines, system elements, cross-program elements, and customers, as well as participate in HLS reviews, meetings, working groups, task teams, and trade studies. The candidate will provide support for the development and integration of systems engineering solutions of key systems engineering products including requirements specifications, support program/project deliverables and subsequent activities where these products are assessed and matured. The successful candidate will work with the Human Landing System element customers/partners from inception to deployment to ensure stakeholder needs are satisfied.

System engineering support to be provided by the candidate includes the following responsibilities:

Support development of HLS requirements and verification products and ensure compliance with these requirements during development, testing and evaluation of HLS sub-elements.

Provide technical integration with other engineering disciplines, the HLS Program, and cross-program elements, including risk-based insight/oversight through assessment of requirements and verification activities.

Support the HLS Lead Systems Engineer (LSE) and Engineering Discipline Lead Engineers (EDLEs) to evaluate prime contractor deliverables, including assessments of element Detailed Verification Objectives and verification of allocated end item specification requirements.

Support for performing systems engineering tasks and assessments to support the HLS Program through reviews, meetings, working groups, trade studies and development of key systems engineering products to support program milestones.

Support for developing integrated schedules and other tracking mechanisms to manage the work and identify risks and opportunities.

Support for implementing Digital Engineering best practices, approaches, techniques, and tools.

Communicate technical issues, risks, best practices and lessons-learned related to products, technical positions, requirement management, and V&V practices and develop integrated schedules and other tracking mechanisms to manage systems engineering tasks.

Identify, describe, and communicate potential risks related to the products, processes and interactions in the systems engineering processes and document them in the NASA Risk Management System.

Qualifications

A degree in Aerospace, Mechanical or Systems Engineering or related field is required. Degree from an ABET accredited institution is preferred. Typically, educational requirements are the equivalent of a BS degree with 5+ years of relevant experience in systems engineering and integration, launch vehicle definition, functional design, design integration, launch vehicle performance analyses, flight evaluation planning, requirement verification, and/or requirement validation.

Applicants must have the following required qualifications:

Ability to function in a self-directed dynamic work environment as an effective team member, willing to assume a leadership role in the HLS systems engineering effort.

Education and/or experience in systems engineering principles and practices, including requirements, verification strategies, and verification planning.

Familiarity with working across organizational boundaries and engineering disciplines to facilitate and execute program systems engineering tasks and resolve systems integration issues.

Familiarity with Systems Engineering policies and procedures related to verification and experience with using tools/systems to manage verification compliance data.

Familiarity with developing and delivering briefings, with strong oral, written, and customer relation skills, and proficiency using Microsoft Office Suite (Word, Excel, PowerPoint, and Outlook).

Education and/or experience with Digital Engineering tools, such as: DOORS Next Generation, Jira, MagicDraw, or similar tools.

Applicants should also have one or more of the following desired qualifications:

Experience with defining and managing interfaces, interface requirements, and interface verification.

Familiarity with NASA Systems Engineering policies and procedures.

Familiarity with aerospace vehicles and system design.

Demonstrated experience working across organizational boundaries and engineering disciplines to facilitate and execute program systems engineering tasks and resolve systems integration issues.

Knowledge of the current Artemis program and a working understanding of interface requirement and control documentation.

Knowledge of launch vehicle programmatic planning processes and experience performing oversight of prime contractor hardware production, test, and certification efforts.

Certification in Model Based System Engineering (MBSE), particularly Object Management Group® (OMG)-Certified Systems Modeling Professional™ (OCSMP™) Certification

Familiarity with the development of requirements and traceability to ensure compliance during development, testing and evaluation of sub-elements.