In DBMS, ER diagram for a university management system shows how the databases are connected to each other. It also shows how all the databases are logically related to each other. We can also create an ER diagram by drawing the figure of a different part of the university management system and their properties and how they perform their task.
We can draw an ER diagram of the university management system by drawing the design of the database. The sketch of the database became the storage of the database where the data comes and goes.
Now we describe the overall function of the University Management System in the below table. It is a complete overview of the information about the university management project.
Name: | ER Diagram of the University Management System. |
Abstract: | The ER Diagram of the University management system shows the relationship between various entities. We can also call it the blueprint of the University management system. |
Diagram: | We can also call the ER diagram an Entity Relationship diagram. |
Tool used: | The ER diagram provides some symbol that is known as the diagramming tool. |
Users: | The users of the ER diagram are university admin , applications, software, and websites. |
A University management system is a web-based solution that covers all the functions of a university and college. It is developed for analyzing, conducting, and monitoring the complex activity of the university and affiliated colleges like admission, examination, and many more.
When we compare the manual process with the university management system, the university management system makes easier the overall process of the university management system. The university management system creates a platform that collaborates with all students, administrators, faculty, and stakeholders. Some key benefits of the university management system are as follows.
We can also call ER diagram the database design for the university management system project. The ER diagram is like a picture that contains how all the entities are related to each other. The most important part of the ER diagram is Relationships, Attributes, and Entities.
The ER diagram for the project is the foundation for the building of the database of the project. The properties, datatypes, and attributes are defined by the ER diagram.
The ER diagram for the university management system, the system data, and their attributes. The data and the attributes are represented by the table, and the table shows how they are related to each other.
The above diagram shows the database design for the university management system. This database design shows all the system data, and the output for the user is stored in the database. In DBMS, a good ER diagram is needed for the creation of a university management system.
The below table shows all about the field name of the table, description, datatype, and character length. Each table of the ER diagram defines and explains the data storage.
The field column lists all the attributes of the database that describes each column. The types table of the database shows what kind of data each attribute is, and the length shows how many characters it has.
Field | Description | Type | Length |
---|---|---|---|
stud_ID (PK) | Student ID | Int | 11 |
Stu_name | Student Name | Varchar | 255 |
Stu_mob | Student Mobile Number | Int | 11 |
stu_add | Contact Address | Int | 11 |
stu_email | Student Email | Varchar | 255 |
stu_pass | Student Password | Varchar | 255 |
Field | Description | Type | Length |
---|---|---|---|
crs_ID (PK) | Course ID | Int | 11 |
crs_name | Course Name | Varchar | 30 |
crs_desc | Course Description | Varchar | 30 |
Crs_type | Course type | varchar | 30 |
Crs_std_ID | Student ID | int | 11 |
Field | Description | Type | Length |
---|---|---|---|
Col_ID | College ID | int | 11 |
Col_desc | College description | varchar | 255 |
Col_type | Type of the college | varchar | 30 |
Field | Description | Type | Length |
---|---|---|---|
Reg_stu_ID | Student registration ID | int | 11 |
Reg_ID | Registration ID | int | 11 |
Reg_desc | Description about registration | varchar | 255 |
Reg_type | Type of registration | varchar | 30 |
Reg_date | Date of registration | varchar | 30 |
Field | Description | Type | Length |
---|---|---|---|
Per_id | Permission id | varchar | 255 |
Per_role_id | Permission role id | varchar | 255 |
Per_module | Permission module | Varchar | 255 |
Per_name | Permission name | Varchar | 255 |
Field | Description | Type | Length |
---|---|---|---|
Role-id | Role id | varchar | 255 |
Role_name | Role name | varchar | 255 |
Role_desc | Role decription | varchar | 255 |
Field | Description | Type | Length |
---|---|---|---|
Login-ID | Login ID | Varchar | 255 |
Login-role-ID | Login-role ID | Varchar | 255 |
Login_username | User name | Varchar | 255 |
Login_password | Password | Varchar | 255 |
Field | Description | Type | Length |
---|---|---|---|
User_id | User id | Varchar | 255 |
User_name | Name of the user | varchar | 255 |
User_mobile | Mobile number | int | 18 |
User_email | Email id | varchar | 255 |
User_address | address | varchar | 255 |
With the help of the above tables, we can set up the database for the university management system. It provides the full description of the database with its table names. They will enter all the values and attributes for the database in the table.
We can create the ER diagram for the table just in 5 minutes. There are some steps, and with the help of these steps, we can build the ER diagram for the university management system project. The steps are as below.
Step 1: We must familiarize ourselves with the entity relationship diagram cardinality and symbols. Then we have to show the data structure for the project in the entity relationship diagram. The symbol of the entity relationship diagram shows how they fit together. Before making the ER diagram, we should properly know the meaning of all the symbols and how to use all of them symbols.
Symbol of entity relationship diagram:-
Step 2: Finalize the entities included
Start making your ER Diagram by deciding on all the parts your university management system must have. You'll need to leave the area in your design for these rectangles to be included later.
Step 3: Add the attributes of each entity
After you've decided on the entities, think about the traits you'll need for each one. In a conceptual ER diagram, the details of the different entities are given as attributes. Attributes are things like a thing's traits, a many-to-many relationship, or a one-to-one relationship. Attributes with multiple values can be given more than one value.
Step 4: Describe the relationships (cardinality) between entities and attributes
You will need the entities, their attributes, and the relationships between them to plot the relationships between the ERD. To get the right entity relationship diagram, you will use the information you gathered to build the data structure.
You need to know how the University Management System was designed and built using diagrams. With the help of an ER diagram will help you make a system that works well. Making it will help you understand how the software works behind the scenes. This is where all the data that goes in and out of the system will be stored.
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