Overview Of A Prestigious University Implementing A New Prog

Question

Overviewa Prestigious University Has Recently Implemented A Consolidat Overviewa Prestigious University has recently implemented a consolidation strategy that will require it to centralize their student records. To facilitate this, a comprehensive data model must be developed to manage student records and support various ETL (Extract, Transform, Load) processes. As a database consultant, you are tasked with proposing an effective data organization strategy based on the university's requirements. This proposal should include an entity relationship model (ERM) that describes the data structure, as well as a UML class diagram representing primary and foreign keys. Additionally, you should identify assumptions or limitations associated with relationships within the data model, suggest at least four types of business intelligence reports beneficial for course management, student enrollment, or historical analysis, and evaluate three potential vendors for their registrar and school management database systems, supporting your choice with key system aspects. Your analysis must be supported by at least three credible academic resources, and the presentation should be clear, well-organized, and formatted according to Strayer Writing Standards (SWS). Charts or diagrams relevant to the data model should be included by importing images into the document.

Dr. Jack HW Helper · Accepted Answer

The task of consolidating university student records into a centralized database requires a meticulously designed data model that captures the university’s complex structure of faculties, courses, campuses, schools, and student programs. This design must address the various relationships among entities, such as faculty members, courses, students, and academic programs, to ensure data integrity and support operational and analytical needs effectively. Entity Relationship Model (ERM) and Assumptions The university's structure can be represented through an ERM that includes key entities such as Faculty, Department, Course, Prerequisite, Student, Program, Campus, School, Instructor, Grade, and Term. Faculty entities are linked to Department entities, which are part of specific Schools within campuses. Courses are categorized by course code and title, with potentially multiple prerequisites, creating a many-to-many relationship modeled through a junction entity. Students are enrolled in a single Program that mandates completion of specific core courses, establishing many-to-one relationships from Student to Program. Vehicles for these associations include primary and foreign keys, with each entity assigned a unique identifier as the primary key. For example, FacultyID, CourseCode, StudentID, and ProgramID act as primary keys, with appropriate foreign keys establishing relationships, such as InstructorID referencing Faculty or CourseCode referencing Course. Assumptions include that students can only enroll in one program at a time, and faculty members can teach multiple courses. Limitations may arise from potential changes in program structures or course prerequisites, which should be accommodated through flexible ER design adjustments. UML Class Diagram for Keys The UML class diagram depicts each entity as a class with attributes, marking the primary key with a 'PK' and foreign keys with a 'FK.' For instance, the Student class has StudentID as PK and ProgramID as FK, lin

Overview Of A Prestigious University Implementing A New Prog

Overviewa Prestigious University Has Recently Implemented A Consolidat

Paper For Above instruction

Entity Relationship Model (ERM) and Assumptions

UML Class Diagram for Keys

Business Intelligence Reports and Their Utility

Vendor Evaluation for Registrar and School Management Systems

Comparison of Key Aspects

Conclusion

References