This deliverable is most often produced as an output of the Preliminary Phase. It can also be created because of an approved architecture change request.
What is this deliverable?

• A. Architecture Vision
• B. Statement of Architecture Work
• C. Request for Architecture Work
• D. Requirements Impact Assessment

According to the TOGAF standard, what are the two levels of risk that should be monitored?

• A. Mitigated and Revised level
• B. Operational and Strategic level
• C. Technical and Financial level
• D. Initial and Residual level

Full Question:
Complete the sentence.
The Enterprise Continuum provides methods for classifying architecture artifacts as they evolve from
__________.

• A. Foundation Architectures to reusable architecture assets
• B. Generic Architectures to reusable Solution Building Blocks
• C. Generic Architectures to Organization-Specific Architectures
• D. Solution Architectures to Solution Building Blocks

Please read this scenario prior to answering the question.
You are employed as an Enterprise Architect working within an Enterprise Architecture (EA) team at a car manufacturing company. Enterprise Architecture (EA) provides the company with a comprehensive framework to develop and manage their manufacturing infrastructure, processes for component production, and design and testing systems.
The company is moving ahead with switching to electric power for its vehicles. The shift from combustion engines to electric motors marks a fundamental transformation for the company. As a result, the company has invested heavily in a new standardized design, production efforts, and components to use across all its brands.
A challenge that the company is facing is to maintain quality while increasing the number of vehicles coming off the production line to meet customer demand. Significant supply chain shortages for some components are impacting production. In response to this the company has taken design and production of the battery pack in- house and contracted new suppliers.
You are working on a project to improve the manufacturing process and systems to design, produce, and test the battery pack. As part of putting the new battery pack into production, changes to the assembly processes need to be made. A successful trial has been completed at a single location. The Chief Engineer, sponsor of the project, and the Architecture Board have approved the plan to roll out these changes to each of the manufacturing plants.
The EA team leader has called a meeting. He notes that the Architecture Contract will serve as the key connection between architecture and implementation organizations. Preliminary Architecture Contracts are being developed to detail the work needed to put in place the new processes for each location. The company mixes internal teams with a few third-party contractors at the locations. The Chief Engineer is worried that the implementation and deployment will not be consistent and of satisfactory quality across all the locations.
The company uses the TOGAF standard as the foundation for its work, including the company's internal Enterprise Architecture framework. Also, the company uses different management frameworks including business planning, project management, and operations management. The company has factories in North America, Europe, and Asia. The EA team is responsible for all the manufacturing plants.
Question:
The EA team leader has asked you for the best way to address the Chief Engineer's concern.
Based on the TOGAF standard, which of the following is the best answer?

• A. The contracts must be checked to ensure they have flexibility. There must be a legal contract in place for all changes assigned to be made by contractors. There must be a memorandum of understanding between the Architecture Board and the implementation organization for changes made by internal teams. If the implementation organization needs to customize the process to meet their local needs, the Architecture Board will grant a dispensation to allow deviation from the contract.
• B. The contracts must specify goals, measures, acceptance terms, and risks. Third-party contracts need to be legally enforceable. There needs to be a schedule of compliance reviews at key points in the implementation process. The Architecture Board must review all deviations from the Architecture Contract. The Architecture Board must consider whether to grant a dispensation to allow the process to be customized for local needs. Establish a dispute resolution mechanism for issues not resolved through the compliance and dispensation processes.
• C. The contracts must be used to manage the architecture governance processes across the locations.Monitoring tools will be used to assess the performance of each completed battery pack at each location and used to identify the change requirements if necessary. If a deviation from the contract is needed to meet local needs, the Architecture Board should allow the Architecture Contract to be modified. In such cases the Architecture Board must issue a new Request for Architecture Work to implement a modification to the Architecture Definition.
• D. The contracts must be checked to ensure they can direct and control the implementation teams. There must be a memorandum of understanding between the Architecture Board and the implementation organization for project work undertaken by an internal team. There must be fully enforceable legal contracts for any contracts issued to third-party contractors. The Architecture Board must review all deviations from the Architecture Contract and decide if to grant a dispensation to allow the implementation organization to customize the process to meet their local needs.

Scenario:
You are working as an Enterprise Architect within an Enterprise Architecture (EA) team at an electric vehicle manufacturer. The company produces electric cars and battery systems. The goal of the company is to build the best technology and software platform for electric vehicles.
The company has decided to introduce a major change to its vehicle design over a five-year period. This will be a cross-functional effort between hardware and software teams, delivering significant new features in the vehicles they manufacture. It is planned to be developed in phases.
An architecture to support strategy has been completed with a roadmap for a set of projects.
The EA team has inherited the architecture for the hardware and software automotive platform used by current vehicles, some of which can be carried over to the new vehicle design. The EA team has started to define which parts of the architecture to carry forward.
The presentation and access to different variations of data that the company plans to offer through its vehicles creates an architecture challenge. The application portfolio and supportinginfrastructure must connect with multiple cloud services and data repositories in different countries to be able to handle large-scale data.
Enough of the Business Architecture has been defined, so that work can commence on the Information Systems and Technology Architectures. These architectures need to be defined to support the primary business services that the company plans to provide. These services will manage and process the data created by vehicles, paving the way for self-driving vehicles in the future.
The company uses the TOGAF Standard as the basis for its Enterprise Architecture framework.
The EA team reports to the Chief Technical Officer (CTO), who is the sponsor of the EA program.
The CTO requires that the EA team follow the purpose-based EA Capability model as described in:
The TOGAF Series Guide: A Practitioners' Approach to Developing Enterprise Architecture Following the TOGAF ADM.
Refer to the scenario:
You have been asked how to decide and organize the work to deliver the requested architectures.
Based on the TOGAF standard, which of the following is the best answer?

• A. You research leading data companies, using your findings to help in developing high-level Target Data, Application, and Technology Architectures. You review the Architecture Vision to determine the level of detail, time, and scope of the ADM cycle phases required for architecture development for the project. You identify and estimate the cost of the main work packages. You then create an Architecture Roadmap and request the Architecture Board to approve the roadmap. You then start the project.
• B. You look outside the company to study how other companies organize their data models and application portfolios. You request just enough architecture description for the Application, Data, and Technology Architectures to identify different options. For each project, this includesidentifying architecture and solution building blocks. You then identify solution providers and perform a readiness assessment on the new approaches.
• C. You look to the superior architecture to help plan your approach. You identify projects, dependencies, and synergies, then decide the order for starting the projects. You then develop high-level architecture descriptions. For each project, you determine how much work is needed, identify reference architectures, and candidate building blocks. You identify the resource needs taking into account cost and value. You document the different options, risks, and ways to control them to enable feasibility analysis and trade-offs with the stakeholders.
• D. You commence an iteration of ADM Phase A, identifying the stakeholders and revising the Architecture Vision. You perform a Stakeholder Analysis and update the Stakeholder Map created for the strategic architecture so it reflects the stakeholders who are now the most important to the projects that are to be developed. You then request the CTO to make some choices about the Architecture Roadmap and update the Implementation and Migration Plan to reflect the choices.