Introduction to Engineered Resilient Systems (ERS) Training by Tonex
Engineered Resilient Systems (ERS) is a cutting-edge program that revolves around system design and analysis, specifically aiming to address the ever-evolving needs of the DoD. Through this course, participants will be introduced to the fundamental aspects of ERS, from tradespace analysis to the utilization of Computational Research Engineering Acquisition Tools and Environment (CREATE). Participants will learn about the framework, tools, and techniques to analyze, integrate, and evaluate systems in various environments to ensure adaptability and resilience in the face of changing conditions.
Learning Objectives: By the end of the course, participants will be able to:
- Understand the foundational elements of the ERS program and its significance in the DoD.
- Apply tradespace analysis to consider a multitude of system design alternatives and assess their viability under fiscal and environmental constraints.
- Collaborate effectively in multi-disciplinary teams and apply standardized approaches to analyze and adapt systems to changing mission requirements.
- Recognize and employ advanced modeling and simulation tools for evaluating system performance across various environmental conditions.
- Comprehend the architectural framework of ERS, its relevance in integrating systems, and its application throughout the system life-cycle.
- Leverage the tools and techniques from the CREATE component of the DoD to facilitate innovative software development and capability transition.
Audience:
This course is ideal for professionals and decision-makers in various sectors, including:
- Systems Engineers and Architects
- Infrastructure Planners and Managers
- Cybersecurity Specialists
- Government and Military Officials
- Disaster Recovery and Emergency Response Teams
- Researchers and Academics in Resilience and Engineering Fields
Course Outline:
Introduction to ERS
- Overview of the ERS Program
- Significance in the DoD framework
Tradespace Analysis
- Principles and benefits
- Application in system design for various vehicles and machinery
- Tools for tradespace analysis
Collaborative Analysis and Decision-making
- Standardizing ERS across the DoD
- Approaches for knowledge sharing and management
- Role of integrated product teams, program managers, test and evaluation teams, and industry stakeholders
Conceptual, Computational, and World-Wide Environmental Representation
- Understanding high-fidelity modeling capabilities
- Importance of environmental data in simulations
- Identifying and addressing gaps in existing datasets
Integrating Architecture and Capability Demonstrations
- Development of an architectural framework for ERS
- Integration of systems and systems-of-systems
- Transference of knowledge through active user communities
Computational Research Engineering Acquisition Tools and Environment (CREATE)
- Introduction to CREATE and its importance
- Leveraging tools for software development and capability transition
- Synergy between ERS and CREATE
Conclusion and Future Directions
- Recap of key concepts
- Discussion on the evolving nature of ERS and potential advancements
Interactive Session
- Case studies
- Group discussions
- Hands-on activities with ERS tools and simulations.
Through this course structure, participants will gain a holistic understanding of Engineered Resilient Systems, enabling them to effectively contribute to and leverage the capabilities of ERS in practical scenarios.