Introducing
Digital engineering
TES-i
WE ARE . Leaders
WHAT IS DIGITAL ENGINEERING?
An integrated digital approach that uses authoritative sources of systems data and models as a continuum across disciplines to support lifecycle activities from concept through disposal.
- Digital engineering describes a holistic approach to the design of a complex system:
- Design using models/data instead of documents
- Integration of data across models
- A culture change across project teams to realize significant risk reduction on construction cost and schedule
- MOSA is an acquisition and design strategy focused on building systems that are composed of modular components that are open in nature.
Introducing- TES-i
innovation, intuitive, intelligent, indicative
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Digital Engineering solutions with MMOSA & AWESUM
MMOSA™
MMOSA is:
- A lifecycle process for cyber-physical System of System and Systems development utilizing digital engineering concepts for implementing a MOSA with Agile and DevSecOps techniques in a manner so the resulting system is qualifiable.
Key Concepts to MMOSA Process
- Continuum of full Systems Lifecycle
- Multi-Discipline design and management for Single Source of Truth (SSOT)
- Provenance maintained and supported in Models
- Holistic Systems Development Process
- Standards and Architectures levels used as foundation for requirements and design
- Validate Needs throughout Process
- Certification/Qualification support for plans/processes, artifacts, and resultant system
- Unified Project data
- DevOps – highly focused on Automated development, verification, deployment, and operations
- Agile – highly focused on customers, human interactions during development, working software slowly evolving to customer needs
- Qualification – formal V-style processes, tools, reviews, CM.
CORE MMOSA MODELS
- Requirements
- Semantics (including full Data Model)
- Architecture
- Capability Interfaces (Control)
- Device Component Interface Control Description (ICD)
- Document Artifact Model
- Test Case/Procedure/Modeled Tests/ Results
- Traceability
AWESUM®
AWESUM is built to support systems development utilizing emerging standards
- OpenVPX
- Sensors
- Networking
- Software Interfaces
- Messaging
- OpenVPX, others
- Future: Other Embedded computing architectures
- C4ISR, EW and platform interoperability
- Network data bus
- Sharing of services i.e., Time, Position, Orientation
- Operating System APIs
- I/O interfaces
- Messaging APIs
- Data Architecture
AWESUM®
MMOSA tooling support
- System Unified Model (SUM) merges System, Software, Artifacts Models
- Specificity of supports formal methods, code generation, test cases and procedure generation, artifact generation, complete traceability both up and down
- Multi-Discipline Modeling language(s):
- FACETM Architecture and FACE Metamodel – Data Architecture
- Capability Driven Architecture (CDA) development processes –Interface Definition
- Architecture Analysis & Design Language (AADL) – Control Systems Definition
- Document Artifact Modeling – Plans, Requirements, Design, Traceability
- SysML® – Presentation of Systems Requirements, Architecture & Design
- Open & Extensible Metamodel through Profiles
- Digital engineering describes a holistic approach to the design of a complex system:
- Design using models/data instead of documents
- Integration of data across models
- A culture change across project teams to realize significant risk reduction on construction cost and schedule
- MOSA is an acquisition and design strategy focused on building systems that are composed of modular components that are open in nature.