Category: Academic Projects

 

The main aim of this car store project is to create a web-based application using Java and MySQL for an online car store system that includes the customers to search for cars and order online and manage their online bookings

Online Car Store System is an website that allows a customer to search for various cars available at the store, segregate according to the price and model, Unique data of cars available, Time it takes for a car to get delivered, book the car online and enter the date they would visit the store and also allows customers to book for a test drive.

Other features such as discounts, EMI Scheme, Insurance and Client Testimonials.

Challenge Description

1. This challenge requires you to build a fully functional website for a car store. The Customer should be able to sign up and login into the application using the ID created. Without a login ID, customer can only search for discounts, cars available, discounts available and book for a test drive.

2. This includes high-level design, UI screens development, data storage, and manipulation and business logic using the concepts of core and advanced Java.

3. A running website hosted locally or remotely (on a cloud), the design document created and the source code used in a zip file.

Use case Diagrams for Admin & User:

 

Flow Chart:

Learning:

After completing this challenge, we should have a thorough understanding of:

1. Creating a real-world web-based application on Car Store
2. Designing a car store application using Data flow diagrams
3. Advanced Java concepts: Servlets, JSP’s, etc and web design tools such as HTML, CSS.
4. Data Management using databases such as MySQL etc.

Output Screens:

Home Page:

Admin Login Page:

Admin Home Page:

Add Models:

View models:

Add discounts:

View Bookings:

View appointments:

View feedback:

View feedback;

User registration:

User login:

User home:

Search Cars Page:

View bookings:

View appointments:

Send feedback:

Emi calculator:

Insurance:

Discounts:

Find the below Youtube Video Link for the Online Car Store System Java & MySQL Project.

Download the below attached Online Car store System Java Web application Source Code.

 

 

The main objective of this project is to create a web application using Java, for a healthcare logistics company to maintain a record of its test’s and technicians.

 

A logistics and technicians tracking website that allows a customer to search for all the booking date time and location, Technicians assigned for a booking, also allows customers to check the logistics used for bookings and unique data for the logistics required.

Other features such as billing, customer database technicians details.

Challenge Description

1. This challenge requires you to build a fully functional logistics and technicians tracking website.
2. The user should be able to sign up and login into the application using the ID created. Without a login ID, the customer can only view a number of bookings and technicians.
3. This includes high-level design, UI screens development, data storage, and manipulation and business logic using the concepts of core and advanced Java.

A running website hosted locally or remotely (on a cloud), the design document created and the source code used in a zip file.

Use Case Diagram:

 Learnings:

After completing this challenge, you should have a thorough understanding of

1. Creating a real-world web-based application
2. Designing an application using flow diagrams
3.   Advanced Java concepts: Servlets, JSP’s, etc and web design tools such as HTML, CSS.
4.   Data Management using databases such as Oracle, MySQL, etc.

Learning Dashboard

Designing the application

The most important step in building an application is designed. The participant should come up with a plan for the website and the features you intend to provide.

The compulsory elements are a Welcome screen with SignUp and Login buttons and a dashboard.

[To-do 1]  – Creating a flow diagram

It is helpful to create a flow diagram detailing out the various entry points i.e. Menu items that shall be available in the website and the customer journey through each of these.

[To-do 2]  – Creating sample screens or wireframes

In order to represent the final design of the website, the wireframes should be created.

A wireframe is basically the UI element of the design that indicates the final look and feel of the website including the color scheme, fonts and the navigation scheme.

[To-do 3] – Data Modeling and review

The design should also include the data components i.e. The table schemas that will be part of the application.

The participant must design the tables based on the data that has to be stored in the Database to be dynamically fetched. Some examples include

1. A logistics table, that stores the details of the logistics such as Logistics number, logistics name, quantity, Technician Appointed ID, technician name its destination area, etc.
2. A technician table, that stores the login details of the customer when they sign up and allow them to use this data to sign in.

After completing the above steps, review your design and fine tune it to make any improvements necessary. You can approach your mentor for guidance on this.

Flow Chart:

Designing the Welcome Screen

The welcome screen or the home screen of the website should allow the user to search for flights by either Logistics number, logistics name, quantity, Technician Appointed ID, technician name its destination area, etc from the list, he should be prompted with the login or signup screen.

[To-do 1]  Create the User Interface of the welcome screen

In this section, the participant is free to make the welcome screen as simple or complex as per his/her own preference. Use JSP’s integrated with HTML 5 and CSS to create the screen and test it with no data or static data first.

The welcome screen should be able to display a list of flights based on search criteria at the end of this step.

[To-do 2] Create the business logic element or the controller

The logic for data handling and manipulation and database connectivity is written inside the servlets.

The data passed from the forms created in the JSP in step 1 should be passed to the servlets which then perform any validations required or fetch operations on the database using JDBC connectivity

[To-do 3] Create the tables required and connect to a database to fetch data dynamically

Using the schema created in Step 1, populate data in the tables and make sure the welcome screen works with all the components plugged in together.

Designing the Sign-Up Or Login Screen

The Sign up/ Login screen appears when the user tries to book the logistics and appoint technicians. The user will be prompted to sign up or log in. However, if the user is already logged in, he should not be prompted with this screen again on tap of «book» button.

[To-do 1]  Create a simple Sign Up page

When the user clicks to sign up, he should be redirected to a signup screen. The UI of the screen can consist of text fields to enter name, email, password.

Once the customer fills in all the details and submits, a row should be added in the customer table. Basic validations such as email address format, password length should be taken care of.

[To-do 2] Create the login page

The design of the login page is very similar to that of the signup screen.

However, when the customer logins using username and password, the system must check the database for validity and allow/block the user.

[To-do 3]  Integrate the screens and test them thoroughly

Ensure that the customer who has already logged in is not prompted to log in again on tap of book. Fine tune any design or performance concerns up to this point

Designing the other features

The other features will be visible to customers once they have logged in. Apart from the search feature, the website can provide other facilities such as check-in, baggage allowance, etc.

The details are up to the participant. Each feature should be designed using the 3 step approach of designing the UI, writing the business logic, data modeling and wiring all of these together.

[To-do 1]  Create the User Interface

[To-do 2] Create the business logic element or the controller

[To-do 3] Create the tables required and connect to a database to fetch data dynamically

At the end of each element, do integrate and test with existing features to ensure that the built functionality is not broken due to the new code.

This health care logistics java project contains 3 modules

1) Manager Module functionalities

• login
• Add Equipment
• Add Tests
• View Equipment
• View Tests
• View Technician
• View Customer
• Total Tests
• Logout

2) Technicians Module functionalities

• Register
• View Customer Details
• add customer details
• Logout

3) Customer Module functionalities

• register
• Login
• Book Technicians
• View Bills
• Logout

Output Screens of the Project:

Home Page:

Manager Login Page:

Manager Home Page:

Add Equipment:

Add Tests:

View Equipment Page:

View Tests Page:

View Technicians:

View Customers:

Total Tests:

Technician Register:

Technician Login:

Technician Home:

View customer Details:

Customer Registration:

Customer Login:

Customer Home:

Book Technicians:

View Bills:

Find the below Healthcare Logistics Java Projects Youtube Video

 

Abstract:

The Project “Students and Staff Automation System Project” targeted for the College Students and for faculty members integrates the transaction management and inventory management of the College for better control and timely response.

The College is provided with better control over the transactions like entering the admission details, maintaining the staff details, providing course and admission details, maintaining fee details.

This project’s main motto is to reduce the effort of the college administrator and provide better service to students and Faculty.

The Basic functionalities of a college are to maintain its information in an orderly manner such as student admission details, staff details, course details and so on. “Students and Staff Automation System ” has enabled to maintain the information on a computerized system.

As a result of this method, the college management has maintained the information in an orderly manner and the information can be retrieved quickly within a less time period.

This system also enables to modify and update the information whenever they require. This application enables the college to maintain the college details in a secure manner avoiding forgeries

Project Introduction:

Student and staff automation system project is database management software with front end data updating using java HTML pages.

Application is developed for colleges and schools for handling data of students and staff in a single database. Admin will upload details of student and queries for new course details.

Admin can update, delete and modify existing data from the database.

Existing System:

In the existing system, students and faculty must visit different departments and wait for department staff to get information about any queries and this will involve different stages of the process moving a file from one department to another.

In this process, students and staff should waste time. In process is a manual process.

Proposed System:

The proposed system works on the automation process where we use software tools to develop an app using Java and MySQL database.

In this system process of workflow from the application process to deliver process will be by online. This process will save time and reduce manual work.

Advantages of the proposed system:

1. Data management is easy and effective.
2. Data management will be easy. Admin or user can view data of any records in a short time by just entering in the search field.
3. Time is taken for report generation and record retrieval is very short.
4. Data security is provided for total records.
5. Any department inside an organization can easily access old and new data in a short time.

Drawbacks in the existing system:

Disadvantages of the existing system are given below which are major reasons for moving to an updated version.
Time delay:
Time taken for processing any type of work for students and faculty is more.
Redundancy:
Information of each user is maintained in multiple tables which will provide redundancy.
Nonuser Friendly:
Since the existing system is not an automated process which is not user-friendly.

Dataflow Diagrams of Context Level, First Level, and Second Level

ADMISSION STUDENT AND STAFF ENTITY RELATIONSHIP DIAGRAM

Data Dictionary

SYSTEM DESIGN:

Hierarchy Chart:

Designing Data Tables:

The following tables are used in the Database:

• Admission
• Attendance
• Fee
• Login
• N_staff_d
• N_staff_exp
• Research
• Result
• Staff_d
• Staff_exp
• Staff_res
• student

Name:     Admission

Purpose:  For storing all the details of students.

Name	Type	Description
Adm_no	Number	Admission no of student
Name	Varchar	Name of student
Gender	Varchar	Sex of student
Region	Varchar	Place of student
DOB	Varchar	Student Date of birth
Addr	Varchar	Student address
Fee	Number	The total fee of student
DOJ	Varchar	Student date of join
A_year	Varchar	Academic year
Course	Varchar	Course of student
Fname	Varchar	Student father name
Occupation	Varchar	Father occupation
Phone	Number	Student phone no
Medium	Varchar	Medium of student

Name:     Fee

Purpose:  For storing fee details of the student.

Name	Type	Description
Sno	Number	Student number
Amount	Number	Total fee
Paid	Number	Fee Paid
Balance	Number	Remaining fee

 Name:   Attendance

 Purpose: For storing attendance details of the student.

Name	Type	Description
Sno	number	Student number
Name	varchar	Student name
Month	varchar	Month
Now	number	No.of working days
Nop	number	No.of present days
Medium	varchar	Medium of student

 Name:   N_STAFF_D

 Purpose: For storing Nonstaff details.

Name	Type	Description
Staff_id	number	Staff id number
Name	varchar	Name of the staff
Experience	varchar	Staff experience
Pay bill	number	Salary of  the staff

Name:   N_STAFF_EXP

 Purpose: For storing Nonstaff experience details.

Name	Type	Description
Staff_id	number	Staff id number
NOI	varchar	Name of the Institute
Experience	number	No.of experience years

 Name:   Research

 Purpose: For storing staff research details.

Name	Type	Description
Staff_id	number	Staff id number
Subject	varchar	Subject researched
University	varchar	University
Guide	varchar	Research guide

 Name:   Result

 Purpose: For storing Student result details.

Name	Type	Discription
Sno	number	Student number
Istmid	number	Ist mid percentage
IIndmid	number	IInd mid percentage
Avg	number	Average percentage
Sem	number	Semester percentage
Result	varchar	Result(pass or fail)

Name:  Staff_d

 Purpose: For storing Staff details .

Name	Type	Description
Staff_id	number	Staff id number
Experience	number	Experience of staff
Subjects	varchar	Subjects handled
Name	varchar	Name of the staff
Research	varchar	Researched subjects
Paybill	number	Salary of the staff

Name:   STAFF_EXP

 Purpose: For storing staff experience details.

Name	Type	Description
Staff_id	number	Staff id number
NOI	varchar	Name of the Institute
Experience	number	No.of experience years

Name:   STAFF_RES

 Purpose: For storing staff research details.

Name	Type	Description
Staff_id	number	Staff id number
Subject	varchar	Researched Subject
University	Varchar	University
Guide	varchar	Research guide

Name:   Student

 Purpose: For storing student. details

Name	Type	Description
Sno	number	Student number
Name	varchar	Student name
Fname	varchar	Father name
Addr	varchar	Student address
Icet_rank	number	Student Icet rank
NRI	varchar	Management category(Y or N)
Caste	varchar	Student caste
Religion	varchar	Student religion