Hostel Management System Database Design
This Database Design for Z Hostel Management System is tedious process by manual way, since it involves work load time consumption.
With Complete Management System, we can easily manage the customer details, room/room status, booking, hostel branch, employees, payments and transaction.
Thus, there are a lot of repetition can be easily evaded which has reduced the data redundancy.
Hostel Management System Database Design is a software developed for managing various activities in the hostel.
For the past few years the numbers of travelers around the world are increasing rapidly. Thereby the numbers of hotels are also increasing for the accommodation of the travelers around the world.
Z Hostel Management System Database Design
Features:
Database Design for Hostel Management System Features
- Creation of building block information
- Provision of various room types (single/twin/single with air-con room/twin with air-con room/romantic with air-con room/group room for many/luxury with air-con room and family room/ family with air-con room)
- Room allotment to the traveler
- Traveler check in and check out
- Monitoring visitors and guest register
- Transfer of rooms
Entity Relationship Diagram
Figure 8 Proposed SCA HOSTEL MANAGEMENT SYSTEM Entity Relationship Diagram shows the system entity relationships in each entity and their supposed functions in each relationship.
Diagram of Hostel Management System
Based on figure 8, the proposed SCA HOSTEL MANAGEMENT SYSTEM Entity Relationship Diagram are the entity of the proposed SCA HOSTEL MANAGEMENT SYSTEM database, which are presented by tables; the tables are made to meet the required specification of the system and provide a much more specific details of the each entities within the system.
Table 8: tblcustomer_details
| Field Name | Description | Type | Length |
| Customer _ID | Customer ID | int | 11 |
| First_name |
Customer First name | varchar | 50 |
| Last_name |
Customer Last name | varchar | 50 |
| Address |
Customer Address | text | 50 |
| Phone_no. |
Customer Phone number | int | 11 |
Table 9: tblroom/room_status
| Field Name | Description | Type | Length |
| Room_ID | room ID | int | 5 |
| Room_description | room description | varchar | 50 |
| Room_price | room price | int | 50 |
| Hostel_ID | hostel ID | varchar | 5 |
| Room_status | room status | varchar | 50 |
Table 10: tblbooking
| Field Name | Description | Type | Length |
| Booking_ID | booking ID | int | 5 |
| Customer_ID | customer ID | Int | 5 |
| Room_ID | room ID | Int | 5 |
| Booking_date | booking date | varchar | 50 |
| Check_in_date | check in date | Varchar | 50 |
| Check_out_date | check out date | Varchar | 50 |
| no._of_nights | no. of nights | int | 5 |
Table 11: hostel_branch
| Field Name | Description | Type | Length |
| Hostel_branch_ID | Hostel ID | int | 5 |
| Name |
Hostel Branch Name | varchar | 50 |
| address |
Hostel Branch Address | text | 100 |
| Phone_no. |
Hostel Branch Phone number | int | 11 |
| Manager_ID |
Hostel Branch Manager ID | int | 5 |
Table 12: tblemployees
| Field Name | Description | Type | Length |
| Employee_ID | Employee ID | int | 5 |
| First name |
Employee First name | varchar | 50 |
| Last name |
Employee Last name | varchar | 50 |
| Address |
Employee Address | text | 100 |
| Phone_no. |
Employee Phone number | int | 11 |
| Email_Address |
Employee Email Address | varchar | 50 |
| Hostel_ID |
Employee Hostel ID | int | 5 |
Table 13: tblpayments
| Field Name | Description | Type | Length |
| Payment_ID | Payment ID | int | 5 |
| Customer_ID | Customer ID | int | 5 |
| Booking_ID | Booking ID | int | 5 |
| Room_price | Room price | int | 50 |
| No._of_nights |
Number of nights | int | 50 |
| Total_payments |
Total payments | int | 50 |
Table 14: Transaction
| Field Name | Description | Type | Length |
| Transaction_ID |
Transaction ID | Int | 5 |
| Customer_ID | Customer ID | Int | 5 |
| Booking_ID | Booking ID | Int | 5 |
| Payment_ID | Payment ID | int | 5 |
| Employee_ID | Employee ID | int | 5 |
Table keys
| Table name | Field name | Key type |
| Customer_details | Customer_ID | PK |
| Room/room_status | Room_ID | PK |
| Booking | Booking_ID | PK |
| Hostel_branch |
Hostel branch_ID | PK |
| Employee | Employee_ID | PK |
| Payments | Payment_ID | PK |
| Transaction | Transaction_ID | PK |
Conclusion
This Management System for Hostel Database Design intend for students project to ease the burden in developing the system.
For More Database Design Examples
- ER Diagram for Sales and Inventory System Database Design
- Ordering System Database Design with ERD
- ER Diagram for Water Refilling Station System Database Design
- Database Design for High School Enrollment System
- Database Design for Customer Management System
- Database Design Project for Inventory Management System
- Laundry Management System Database Design
- Database Design Project for Tourist Inn Reservation System
- Database Design for Ordering and Delivery Management System
Inquiries
If you have any questions or suggestions about Database Design for Hostel Management System, please let me know by dropping your comment below.
How to read an ER diagram
An entity-relationship (ER) diagram documents the database schema: entities (tables), attributes (columns), and relationships (foreign keys and cardinality).
- Entity. Rectangle representing a table.
- Attribute. Oval or field inside the entity for each column.
- Primary key. Underlined attribute name.
- Foreign key. Attribute that references the primary key of another entity.
- Relationship. Diamond (Chen notation) or line (Crow’s Foot) connecting related entities.
Cardinality (Crow’s Foot notation)
- Single line. Exactly one.
- Circle. Zero.
- Crow’s foot. Many.
- Common combinations. One-to-One, One-to-Many, Many-to-Many.
Normalization for capstone
- 1NF. Every column holds atomic values.
- 2NF. Every non-key attribute depends on the full primary key.
- 3NF. No transitive dependencies between non-key attributes.
- BCNF. Every determinant is a candidate key.
Common capstone mistakes
- Many-to-many without junction table. Use bridge tables.
- Missing primary key. Every entity needs one.
- Denormalized redundancy. Avoid repeating customer info in the Order table.
Where the ER diagram fits
- Section 3.3 (Database Design).
- Include the CREATE TABLE SQL script alongside.
- Reference from the class diagram.
Official documentation
Official documentation
Working source code for this system
Download the actual implementation of this system in your preferred language. Each project includes source code, database, and setup instructions for BSIT capstone use.
Frequently asked questions
What is a ER diagram used for in BSIT capstone?
An ER diagram shows the database schema: entities (tables), attributes (columns), and relationships (foreign keys, cardinality). It goes in Chapter 3 alongside the class diagram to communicate the data storage design.
What tool should I use to draw the ER diagram?
Free options: draw.io, Lucidchart free tier, PlantUML, StarUML 30-day trial, Visual Paradigm Community Edition. Paid options: Microsoft Visio, Lucidchart pro, Enterprise Architect. For BSIT capstones, draw.io is the most commonly used free tool.
How detailed does the ER diagram need to be for capstone defense?
Panel members expect the diagram to match the actual system implementation. Include every major class/use case/entity relevant to the system. Omit trivial helper classes. Every diagram element should have a clear justification.
Should I use black-and-white or colored diagrams?
Black-and-white is standard for capstone documentation to match the thesis format. Use color only if it improves clarity. Ensure text is readable at printed size (10pt minimum for labels).
Where does this diagram go in the capstone documentation?
Chapter 3 (System Design and Methodology) typically holds all UML diagrams. Introduce each diagram with a 1-paragraph description explaining what it shows and how to read it.
Frequently asked questions
What is a ER diagram used for in BSIT capstone?
An ER diagram shows the database schema: entities (tables), attributes (columns), and relationships (foreign keys, cardinality). It goes in Chapter 3 alongside the class diagram to communicate the data storage design.
What tool should I use to draw the ER diagram?
Free options: draw.io (browser-based, saves to Google Drive), Lucidchart free tier, PlantUML (text-based, version-controllable), StarUML (30-day trial then reduced feature set), Visual Paradigm Community Edition. Paid options: Microsoft Visio, Lucidchart pro, Enterprise Architect. For BSIT capstones, draw.io is the most commonly used free tool.
How detailed does the ER diagram need to be for capstone defense?
Panel members expect the diagram to match the actual system implementation. Include every major class/use case/entity relevant to the system. Omit trivial helper classes. Every diagram element should have a clear justification. Aim for 1-2 diagrams that fully cover the system, not many partial ones.
Should I use black-and-white or colored diagrams?
Black-and-white is standard for capstone documentation to match the thesis format. Use color only if it improves clarity (e.g., grouping subsystems). Ensure text is readable at printed size (10pt minimum for labels).
Where does this diagram go in the capstone documentation?
Chapter 3 (System Design and Methodology) typically holds all UML diagrams. Introduce each diagram with a 1-paragraph description explaining what it shows and how to read it. Reference specific elements in the surrounding text so panel members can follow the design rationale.
Adones Evangelista
Programmer & Technical Writer at PIES IT Solution
Adones Evangelista is a programmer and writer at PIES IT Solution, author of over 900 tutorials and error-fix guides at itsourcecode.com. Specializes in JavaScript, Django, Laravel, and Python error debugging covering ValueError, TypeError, AttributeError, ModuleNotFoundError, and RuntimeError, plus C/C++ and PHP capstone projects for BSIT students.
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Hello sir, I don’t see the download link, please help me
good idea for hostel management