What is Digital Engineering Instruction (DoDI 5000.97)?

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Digital Engineering Instruction (DoDI 5000.97) Definition

The “Digital Engineering (DE) Instruction,” Department of Defense Instruction (DoDI) 5000.97, represents a major change in the way the U.S. military approaches the creation, development, and procurement of defense systems. To increase the effectiveness, dependability, and inventiveness of defense programs, this directive places a strong emphasis on the implementation of digital engineering techniques. A comprehensive strategy known as “”Digital Engineering”” incorporates digital models and simulations from the very beginning of the design process, improving stakeholder engagement, lowering development risks, and enabling better decision-making.

Embracing Digital Engineering: Transforming Defense Procurement with DoDI 5000.97

The guidelines and procedures for using digital engineering throughout the defense procurement lifecycle are described in DoDI 5000.97. It seeks to create an atmosphere in which digital artifacts serve as the main information source for engineering operations, decreasing the need for physical prototypes and allowing for quicker reactions to evolving needs and dangers. This instruction aims to guarantee that the Defense Industrial Base (DIB) stays at the forefront of technological improvements by promoting a digital-first approach. This will enhance national security by utilizing better, creative defense solutions.

Source: dsadodframework.pdf
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Revolutionizing Defense Development with Digital Engineering: The Role of PLM and QMS

The U.S. Department of Defense (DoD) has adopted a revolutionary strategy to use digital techniques in the design and production of defense systems: the Digital Engineering Instruction (DoDI 5000.97). It emphasizes how digital engineering approaches incorporate quality management system (QMS) and product lifecycle management (PLM) practices. PLM improves productivity and teamwork by guaranteeing the smooth management of a product’s lifetime from conception to deployment. Simultaneously, QMS ensures that quality standards are followed, enhancing compliance and dependability. In line with the changing needs of national security, PLM and QMS systems work together within the parameters of DoDI 5000.97 to move the defense industry toward more flexible, effective, and quality-driven development processes.

Selecting a PLM for Defense Product Development

Defense and aerospace manufacturers need to juggle simultaneous, sometimes competing, demands and need a product lifecycle management solution that can help them best meet these demands. Read our best practice article for tips on how to select the correct PLM solution for your A&D company.

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