NASA Systems Engineering Handbook Overview

NASA's program for collecting, organizing, archiving, and distributing scientific and technical information.

A NASA publication type that presents the results of completed research or a significant phase of research, often including extensive data or theoretical analysis.

A NASA publication type that shares findings from NASA-funded contractors and grantees, showcasing their contributions to NASA projects.

A NASA publication type that gathers papers from scientific and technical conferences, symposia, seminars, or other meetings sponsored or co-sponsored by NASA.

A NASA publication type encompassing a range of scientific, technical, or historical information related to NASA programs, projects, and missions, often with broad public interest.

A NASA publication type that includes English translations of foreign scientific and technical materials relevant to NASA's mission.

A large collection of aeronautical and space science information provided by the NASA STI program.

The public interface to the NASA Aeronautics and Space Database, allowing users to access NASA's scientific and technical information.

A set of standards and practices used to ensure the successful development and operation of complex systems.

A structured process for developing and delivering products, focused on continuous improvement.

The process of documenting lessons learned from past projects to improve future engineering efforts.

NASA's initiative to improve the overall systems engineering infrastructure and capability within the agency.

A structured approach to systems engineering that encompasses key phases of a project, from concept to final product.

The processes used to translate a system design into a functional product.

Management processes that support and enhance the core systems engineering processes.

Unique or specialized topics related to systems engineering, often tailored to specific applications.

A group of individuals with expertise in a particular area who contribute to the development and implementation of a project, process, or system.

A document that guides and standardizes the practices of systems engineering within an organization, outlining the principles, processes, and procedures to be followed.

A process that ensures that all components of a system work together seamlessly and effectively, achieving the desired objectives.

Experts who contribute to a project by providing their technical knowledge and skills, typically working in a specific functional area.

A team assembled to oversee and manage the integration of different parts of a system, ensuring compatibility and a cohesive final product.

A core member of a team who plays a central role in defining and guiding the process, often taking responsibility for key aspects of the work.

The individual within a team who champions the work of the Subject Matter Experts, coordinating their contributions and ensuring their effective engagement.

The process of compiling and distributing information related to scientific and technical research and development.

A structured set of processes used to design, develop, operate, maintain, and close out complex systems, applied recursively and iteratively.

The NASA On-Line Directives Information System is an electronic library containing NASA directives that provide guidance on various topics, including systems engineering.

This covers general concepts and generic descriptions of systems engineering processes, tools, and techniques, offering a broad overview.

The handbook provides a companion reference for courses on systems engineering offered under NASA's auspices.

This handbook aims to offer general guidelines and information on systems engineering for the NASA community.

The handbook uses a generic description of Systems Engineering (SE) which should be applicable across all NASA applications.

The handbook focuses on increasing awareness and consistency in SE practice across the agency and aims to advance the practice of SE.

The handbook provides insights tailored to NASA and uses data relevant to the agency.

Flight Systems and Ground Support (FS&GS), Research and Technology (R&T), Construction of Facilities (CoF), and Environmental Compliance and Restoration (ECR).

They are incorporated into all NASA product lines, ensuring best practices are followed for all project types.

They should be implemented across all NASA project types.

The technical content of the handbook aims to provide systems engineering best practices that should be incorporated into all NASA product lines.