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Rubric for evaluation of the project: A report with the following sections:

a. Description of the organization.
b. For each systems opportunity, a brief description of the application selected (provided to you).
c. A context level data flow diagram (DFD).
d. At least 6 major entities supporting the proposed systems application.
e. The 3 prioritized systems requirements.
f. The 3 prioritized constraints (provided to you).
g. Weights and values for requirements and constraints and calculated score.
h. Selected systems application for development.

1 Answer

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Final answer:

The question pertains to setting up a project rubric to evaluate a systems application, involving various steps that integrate business, system design, and project management practices.

Step-by-step explanation:

The subject of the question relates to the construction of a project rubric for evaluating a systems application within an organization. It involves a detailed approach that includes a description, selection of applications, the creation of a context-level data flow diagram (DFD), identification of major entities, prioritization of system requirements and constraints, and the application of weights and scores to make a final selection of the system to be developed. This structured process reflects the integration of business analysis with systems design and project management principles. Following this approach ensures that projects adhere to defined criteria and constraints, which are essential elements for the success of a design.

The design process typically starts with identifying the criteria and constraints of the project. The criteria represent the desired standards and attributes that are measurable and can be used for comparison. On the other hand, constraints are the limitations or conditions that the design must satisfy. Both are crucial in guiding the evaluation and prioritization of different design solutions, leading to the selection of the most viable option. This process not only applies to engineering disciplines but is also integral to business and technology projects, where a systematic approach to problem-solving is needed to achieve optimal results.

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