Database Design Final Project

Database Design Final Project

Databases are increasingly important in the information age, as they provide a means to organize, track, manage, and use information easily and efficiently. Thousands of companies depend on databases to record and update data. Databases have a wide variety of uses, from tracking climate measurements worldwide to storing library research information to organizing user data for businesses and organizations.

Check before you submit. Get Turnitin Score Report in 15 Minutes.

Don't risk the 'Red' score. Get the exact same Turnitin report your professor uses. Join 50,000+ students who submitted their essays with confidence this semester.

Get Turnitin Score Report Request Human Rewrite

For this assessment, you will solve an information storage problem. The owner of two local bookstores wants to consolidate individual store inventories. You will organize the store inventory data into workable tables and apply normalization techniques to create a single common SQL-based database that can be shared between the stores. In addition, you will submit a report explaining the choices you made in the creation of your database. The report will also include an entityrelationship diagram and other models as well as a description of the database design features.

Some components of this final project will have been developed earlier in the course and submitted for instructor feedback. You will submit them a second time as part of this final project, incorporating the feedback that you received from your instructor. This project is divided into two milestones, which will be submitted at various points throughout the course to scaffold learning and ensure quality final submissions.

This assessment addresses the following course outcomes:

• Differentiate between database systems and file systems by comparing features and functions to determine benefits in data management
• Analyze business information storage problems for depicting suitable information model solutions using entity relation diagrams
• Apply database normalization theory to relational data models for defining relationships and minimizing redundancy
• Develop solutions to query and data update problems using a Structured Query Language interface to create, populate, maintain, and query databases