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system engineering framework

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Know the relationships. They should provide a "reference implementation" of the needed models and views with the goals of: (1) setting the standards for construction and content of the models, and (2) ensuring that the model and view elements clearly trace to the concepts and requirements from which they are derived. ", Ring, S. J. et al., 2004, "An Activity-based Methodology for Development and Analysis of Integrated DoD Architectures.". Refer to the Architecture Specification for CANES [2]. MITRE SEs should be actively involved in determining key architecture artifacts and content, and guiding the development of the architecture and its depictions at the appropriate levels of abstraction or detail. MITRE is a registered trademark of The MITRE Corporation. "An Enterprise Systems Engineering Framework." The Open Group Architecture Framework (TOGAF), version 9, accessed February 26, 2010. Some of the questions to answer are: Bringing dolls to life. Models are representations of how objects in a system fit structurally in and behave as part of the system. Selecting the right modeling approach to develop accurate and consistent representations that can be used across program boundaries is a critical systems engineering activity. Which way is right and how do I get there from here? There should be clear milestone development dates, and the needed resources should be established for the development of the architecture views and models. Continuously influence your project to use models and views throughout execution. This should happen early and often throughout the system's life cycle to ensure that the architecture is used. Start with the operational concepts, so your architecture efforts flow from information that users and many other stakeholders already understand. However, stakeholders can have other concerns, so use the framework requirements as discussion to help uncover as many concerns as possible. By using models as an analysis tool yourself, particularly in day-to-day and key discussions, you maintain focus on key architectural issues and demonstrate how architecture artifacts can be used to enable decision making. Material on this site may be copied and distributed with permission only. An Enterprise Systems Engineering Framework, Enterprise Systems Engineering Process Activities, https://www.sebokwiki.org/w/index.php?title=An_Enterprise_Systems_Engineering_Framework&oldid=59393, Systems Engineering: Historic and Future Challenges, Systems Engineering and Other Disciplines, Use Case 3: Customers of Systems Engineering, Part 2: Foundations of Systems Engineering, Fundamentals for Future Systems Engineering, Systems Approach Applied to Engineered Systems, Identifying and Understanding Problems and Opportunities, Analysis and Selection between Alternative Solutions, Deploying, Using, and Sustaining Systems to Solve Problems, Integrating Supporting Aspects into System Models, Part 4: Applications of Systems Engineering, Systems Engineering in Healthcare Delivery, Influence of Structure and Governance on SE and PM Relationships, Reliability, Availability, and Maintainability, Electromagnetic Interference Compatability, Submarine Warfare Federated Tactical Systems, Project Management for a Complex Adaptive Operating System, Russian Space Agency Project Management Systems, Applying MB Approach for 30 Meter Telescope, Transitioning Systems Engineering to a Model-based Discipline, Model-Based Systems Engineering Adoption Trends 2009-2018, Enterprise requirements and definition management, System architecture and conceptual design, Enterprise architecture and conceptual design, System and subsystem detailed design and implementation, Program and project detailed design and implementation, Opportunity and risk assessment and management. This can either confirm an architectural approach for application to real-world situations or be the basis for refinement that better aligns the architecture with operational reality. A plan is a point of departure. 2010. Avoid diagrams that are complicated and non-intuitive, such as node connectivity diagrams with many nodes and edges, especially in the early phases of a program. The Systems Engineering Life Cycle Framework for DHS supports efficient and effective delivery of DHS investment capabilities and has been developed to be compliant with applicable federal regulations, laws, and policies. Start with Kindergartners, MITRE Participates in Outside the Box Day, A Conference Dedicated to Women's Leadership, Nurturing Under-Represented Engineering Students, Student Cadets Learn What It Takes to "Play at Work All Day", Promoting a Culture of Health and Wellness, Fighting Polio in Africa, Thanks to MITRE's Civic Leave Program, Building a Better World, One Home at a Time, Center for Advanced Aviation System Development, Transforming the National Airspace System (NextGen), Improving National Airspace System Performance, Tax, Revenue & Financial System Transformation, Economic Infrastructure Modernization & Protection, Homeland Security Systems Engineering and Development Institute, Strengthen National Preparedness and Resilience, Judiciary Engineering and Modernization Center, MITRE Systems Engineering Fellowship Program for Federal Employees, System of Systems Engineering Collaborators Information Exchange, Thinking Forward: CyberPhysicalHuman World, Center for Technology & National Security, The Essence of MITRE’s Systems Engineering, Systems Engineering Strategies for Uncertainty and Complexity, Tools to Enable a Comprehensive Viewpoint, Enterprise Technology, Information, and Infrastructure, Engineering Information-Intensive Enterprises, Privacy Requirements Definition and Testing, Engineering Systems in the Context of Systems of Systems, Systems Engineering Life-Cycle Processes as Applied to Systems of Systems, Systems Engineering for Mission Assurance, Transformation Planning and Organizational Change, Formulation of Organizational Transformation Strategies, Community of Interest and/or Community of Practice, Planning and Managing Independent Assessments, Eliciting, Collecting, and Developing Requirements, Special Considerations for Conditions of Uncertainty: Prototyping and Experimentation, Architectural Frameworks, Models, and Views, Develop System-Level Technical Requirements, Assess the Design's Ability to Meet the System Requirements, Identify and Assess Integration and Interoperability (I&I) Challenges, Develop and Evaluate Integration and Interoperability (I&I) Solution Strategies, Create and Assess Test and Evaluation Strategies, Assess Test and Evaluation Plans and Procedures, Create and Assess Certification and Accreditation Strategies, Other SE Life-Cycle Building Blocks Articles, Spanning the Operational Space: How to Select Use Cases and Mission Threads, Acquiring and Incorporating Post-Fielding Operational Feedback into Future Developments, Test and Evaluation of Systems of Systems, Verification and Validation of Simulation Models, Affordability, Efficiency, and Effectiveness, Integrated Master Schedule (IMS)/Integrated Master Plan (IMP) Application, Source Selection Preparation and Evaluation, Data Driven Contractor Evaluations and Milestone Reviews, Risk Impact Assessment and Prioritization, Risk Mitigation Planning, Implementation, and Progress Monitoring, Reliability, Availability, and Maintainability, Establishing a Quality Assurance Program in the Systems Acquisition or Government Operational Organization, How to Conduct Process and Product Reviews Across Boundaries, Implementing and Improving Systems Engineering Processes for the Acquisition Organization, Matching Systems Engineering Process Improvement Frameworks/Solutions with Customer Needs, Federal Enterprise Architecture Framework, DoDAF Architecture Framework, version 2.0, 2008, The Open Group Architecture Framework (TOGAF), version 9.

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November 13, 2020 |

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