Android Based Multi-Shop Fast Food Order System

This Android based project will help users to order their favorite fast food from their favorite food chain in a single application and also can compare the price of same products of different companies.
This System can also be called as `Price Comparing System`, not Limited to Fast Food, `Anything Order System` and so on...

Switch Statement Example in Java Swing Package

import javax.swing.JOptionPane;
    class Switch{
        public static void main(String[]args) throws Exception{
            String input = JOptionPane.showInputDialog("Enter");
            int percentage = Integer.parseInt(input);
        switch(percentage){
            case 90:
                JOptionPane.showMessageDialog(null, "A+ Grade");
                    break;
            case 80:
                JOptionPane.showMessageDialog(null, "A Grade");
                    break;
            case 70:
                JOptionPane.showMessageDialog(null, "B Grade");
                    break;
            case 60:
                JOptionPane.showMessageDialog(null, "C Grade");
                    break;
            case 50:
                JOptionPane.showMessageDialog(null, "D Grade");
                    break;
            case 40:
                JOptionPane.showMessageDialog(null, "IMPROVED");
                    break;
            default:
                JOptionPane.showMessageDialog(null, "Fail");
               
        }
        }
    }

Marksheet In Else-If Statement Java Program Swing Package

import javax.swing.JOptionPane;
    class IfElseMarksheet{
        public static void main(String[]args) throws Exception{
            String a = JOptionPane.showInputDialog("Enter Java Marks");
            int java = Integer.parseInt(a);
            String b = JOptionPane.showInputDialog("Enter PHP Marks");
            int php = Integer.parseInt(b);
            String c = JOptionPane.showInputDialog("Enter VB Marks");
            int vb = Integer.parseInt(c);
            String d = JOptionPane.showInputDialog("Enter C++ Marks");
            int cpp = Integer.parseInt(d);
            String e = JOptionPane.showInputDialog("Enter Ruby Marks");
            int ruby = Integer.parseInt(e);
           
            int total = 500;
            int obtained = java + php + cpp + vb + ruby;
            int percentage = obtained * 100 / total;
           
            if(java >39){
                if(php > 39)
                if(vb >  39)
                if(cpp > 39)
                if(ruby > 39)
                if(percentage < 100)
                if(percentage >= 80)
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got A+ Grade");
}
       
           else if(java >39){
                if(php > 39)
                if(vb >  39)
                if(cpp > 39)
                if(ruby > 39)
                if(percentage <  80)
                if(percentage >= 70)
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
             
                              "\n You Are Pass" + "\n You Got A Grade");
}
           
           else if(java >39){
                if(php > 39)
                if(vb >  39)
                if(cpp > 39)
                if(ruby > 39)
                if(percentage <  70)
                if(percentage >= 60)              
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got B Grade");
}
           
           else if(java >39){
                if(php > 39)
                if(vb >  39)
                if(cpp > 39)
                if(ruby > 39)
                if(percentage <  60)
                if(percentage >= 50)              
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got C Grade");
}
           
           else if(java >39){
                if(php > 39)
                if(vb >  39)
                if(cpp > 39)
                if(ruby > 39)
                if(percentage <  50)
                if(percentage >= 40)              
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got D Grade");
}

            else{
                JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Fail");
}

        }
    }

Operator Selector Calculator Java Program

Operator Based Calculator Using Swing Package

import javax.swing.JOptionPane;
    class OperatorCalc{
        public static void main(String[]args){
            String operator = JOptionPane.showInputDialog("Enter any Operator" );
            String op = operator;
           
            String v1 = JOptionPane.showInputDialog("Enter First Value" );
            int value1 = Integer.parseInt(v1);
           
            String v2 = JOptionPane.showInputDialog("Enter Second Value" );
            int value2 = Integer.parseInt(v2);

   
    if (!(op == "+" || op == "-" || op == "*" || op == "/" || op == "%" ))
        JOptionPane.showMessageDialog(null, " Enter a valid Operator");
           
           
    if( op == "+" )
        JOptionPane.showMessageDialog(null, " Addition is " + (value1 + value2) );
           
    if( op == "-" )
        JOptionPane.showMessageDialog(null, " Subtraction " + (value1 - value2) );
           
    if( op == "*" )
        JOptionPane.showMessageDialog(null, " Multiplication is " + (value1 * value2) );
           
    if( op == "/" )
        JOptionPane.showMessageDialog(null, " Division is " + (value1 / value2) );
           
    if( op == "%" )
        JOptionPane.showMessageDialog(null, " Reminder is " + (value1 % value2) );
           
        }
    }

Menu Based Calculator Java Program

GUI Based Menu Calculator Using Swing Package

import javax.swing.JOptionPane;
    class MenuCalc{
        public static void main(String[]args) throws Exception{
            String select = JOptionPane.showInputDialog( "Enter Number 1-5" +
                                                        "\n 1 == Addition " +
                                                        "\n 2 == Subtraction " +
                                                        "\n 3 == Multiplication " +
                                                        "\n 4 == Division " +
                                                       "\n 5 == Reminder ");
            int Menu = Integer.parseInt(select);

            String v1 = JOptionPane.showInputDialog( "Enter First Value ");
            int value1 = Integer.parseInt(v1);
           
            String v2 = JOptionPane.showInputDialog( "Enter Second Value ");
            int value2 = Integer.parseInt(v2);
           
            if(Menu == 1)
            JOptionPane.showMessageDialog(null, value1 + value2);
       
            if(Menu == 2)
            JOptionPane.showMessageDialog(null, value1 - value2);

            if(Menu == 3)
            JOptionPane.showMessageDialog(null, value1 * value2);
       
            if(Menu == 4)
            JOptionPane.showMessageDialog(null, value1 / value2);

            if(Menu == 5)
            JOptionPane.showMessageDialog(null, value1 % value2);
       
            if(!( Menu == 1 || Menu == 2 || Menu == 3 || Menu == 4 || Menu == 5))
            JOptionPane.showMessageDialog(null, " Enter Valid Menu ");
       
        }
    }

Billing System Java Program

Java Program Billing System According to Units Using `util` Package

import java.util.Scanner;
    class HESCOBill{
        public static void main(String[]args) throws Exception{
            Scanner s = new Scanner(System.in);
            System.out.print(" Enter Units ");
                String bill = s.nextLine();
                int units = Integer.parseInt(bill);
            if( units >= 1 && units <=100 )
                System.out.print("Your bill is " + units * 2 );
            if( units > 100 && units <=200 )
                System.out.print("Your bill is " + units * 4 );
            if( units > 200 && units <= 300 )
                System.out.print("Your bill is " + units * 6 );
            if( units > 300 && units <= 400 )
                System.out.print("Your bill is " + units * 8 );
            if( units > 400 )
                System.out.print("Your bill is " + units * 10 );
        }
    }

Java Program (Age Comparison)

THREE AGE COMPARISON IN SWING PACKAGE

import javax.swing.JOptionPane;

    class Three_Age{

        public static void main(String[]args) throws Exception{

            String text = JOptionPane.showInputDialog("Enter First Age");

            int Age1 = Integer.parseInt(text);

            String text2 = JOptionPane.showInputDialog("Enter First Age");

            int Age2 = Integer.parseInt(text2);

            String text3 = JOptionPane.showInputDialog("Enter First Age");

            int Age3 = Integer.parseInt(text3);

    

        if( Age1 > Age2 && Age1 > Age3 )

            JOptionPane.showMessageDialog( null, Age1 + " is Greater" );

        if( Age2 > Age1 && Age2 > Age3 )

            JOptionPane.showMessageDialog( null, Age2 + " is Greater" );

        if( Age3 > Age1 && Age3 > Age2 )

            JOptionPane.showMessageDialog(null, Age3 + " is Greater" );

        if ( Age1 < Age2 && Age1 < Age3 )

            JOptionPane.showMessageDialog( null, Age1 + " is Smaller" );

        if( Age2 < Age1 && Age2 < Age3 )

            JOptionPane.showMessageDialog( null, Age2 + " is Smaller" );

        if( Age3 < Age1 && Age3 < Age2 )

            JOptionPane.showMessageDialog(null, Age3 + " is Smaller" );

        }

    }

Java Program (Complete Marksheet Using Swing)

COMPLETE MARKSHEET USING SWING PACKAGE

import javax.swing.JOptionPane;
    class swingMarksheet{
        public static void main(String[]args) throws Exception{
            String a = JOptionPane.showInputDialog("Enter Java Marks");
            int java = Integer.parseInt(a);
            String b = JOptionPane.showInputDialog("Enter PHP Marks");
            int php = Integer.parseInt(b);
            String c = JOptionPane.showInputDialog("Enter VB Marks");
            int vb = Integer.parseInt(c);
            String d = JOptionPane.showInputDialog("Enter C++ Marks");
            int cpp = Integer.parseInt(d);
            String e = JOptionPane.showInputDialog("Enter Ruby Marks");
            int ruby = Integer.parseInt(e);
           
            int total = 500;
            int obtained = java + php + cpp + vb + ruby;
            int percentage = obtained * 100 / total;
           
            if(java >39 && php >39 && vb >39 && cpp >39 && ruby >39 && (percentage <100 && percentage >=80))
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got A+ Grade");

            if(java >39 && php >39 && vb >39 && cpp >39 && ruby >39 && (percentage <80 && percentage >=70))
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got A Grade");

           
           if(java >39 && php >39 && vb >39 && cpp >39 && ruby >39 && (percentage <70 && percentage >=60))
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got B Grade");

           
           if(java >39 && php >39 && vb >39 && cpp >39 && ruby >39 && (percentage <60 && percentage >=50))
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got C Grade");

           
           if(java >39 && php >39 && vb >39 && cpp >39 && ruby >39 && (percentage <50 && percentage >=40))
               
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Pass" + "\n You Got D Grade");


            if(java <40 || php <40 || vb <40 || cpp <40 || ruby <40 || percentage < 40)
JOptionPane.showMessageDialog(null, "Total Marks Are :" + total +
                 "\n Obtained Marks Are : " + obtained +
                 "\n Percentage is : " + percentage +"%" +
                 "\n You Are Fail");
                                                 
        }
    }

Java Program (Find Out Greater and Smaller Age)

FIND OUT SMALLER AND LARGER AGE FROM TAKEN INPUT (SWING PACKAGE)

import javax.swing.JOptionPane;
    class FiveAge{
        public static void main(String[]args) throws Exception{
            String text = JOptionPane.showInputDialog("Enter First Age");
            int Age1 = Integer.parseInt(text);

            String text2 = JOptionPane.showInputDialog("Enter Second Age");
            int Age2 = Integer.parseInt(text2);

            String text3 = JOptionPane.showInputDialog("Enter Third Age");
            int Age3 = Integer.parseInt(text3);
   
            String text4 = JOptionPane.showInputDialog("Enter Fourth Age");
            int Age4 = Integer.parseInt(text4);
   
            String text5 = JOptionPane.showInputDialog("Enter Fifth Age");
            int Age5 = Integer.parseInt(text5);
   
            if( Age1 > Age2 && Age1 > Age3 && Age1 > Age4 && Age1 > Age5 )
            JOptionPane.showMessageDialog( null, Age1 + " is Greater" );
       
            if( Age2 > Age1 && Age2 > Age3 && Age2 > Age4 && Age2 > Age5 )
            JOptionPane.showMessageDialog( null, Age2 + " is Greater" );
       
            if( Age3 > Age1 && Age3 > Age2 && Age3 > Age4 && Age3 > Age5 )
            JOptionPane.showMessageDialog(null, Age3 + " is Greater" );
       
            if ( Age4 > Age1 && Age4 > Age2 && Age4 > Age3 && Age4 > Age5 )
            JOptionPane.showMessageDialog( null, Age4 + " is Greater" );
       
            if( Age5 > Age1 && Age5 > Age2 && Age5 > Age3 && Age5 > Age4 )
            JOptionPane.showMessageDialog( null, Age5 + " is Greater" );
   
            if( Age1 < Age2 && Age1 < Age3 && Age1 < Age4 && Age1 < Age5 )
            JOptionPane.showMessageDialog(null, Age1 + " is Smaller" );
       
            if( Age2 < Age1 && Age2 < Age3 && Age2 < Age4 && Age2 < Age5 )
            JOptionPane.showMessageDialog(null, Age2 + " is Smaller" );
       
            if( Age3 < Age1 && Age3 < Age2 && Age3 < Age4 && Age3 < Age5 )
            JOptionPane.showMessageDialog( null, Age3 + " is Smaller" );
       
            if( Age4 < Age1 && Age4 < Age2 && Age4 < Age3 && Age4 < Age5 )
            JOptionPane.showMessageDialog( null, Age4 + " is Smaller" );
       
            if( Age5 < Age1 && Age5 < Age2 && Age5 < Age3 && Age5 < Age4 )
            JOptionPane.showMessageDialog(null, Age5 + " is Smaller" );      
        }
    }

Java Program

GUI (Swing) Based Even/Odd Number Recognition Java Program

import javax.swing.JOptionPane;

    class SwingEvenOdd{

        public static void main(String[]args) throws Exception{

            String season = JOptionPane.showInputDialog("Enter Number");

            int asd = Integer.parseInt(season);

        

  if(asd % 2 == 1)

                JOptionPane.showMessageDialog(null, "Number " + asd + " is odd");

  if(asd % 2 == 0)

                JOptionPane.showMessageDialog(null, "Number " + asd + " is even");                      

            

        }

    }

Java Program

GUI (Swing) Based Season Identifier Java Program

import javax.swing.JOptionPane;

    class SeasonIdentifier{

        public static void main(String[]args) throws Exception{

               String season = JOptionPane.showInputDialog("Enter season number");

            int asd = Integer.parseInt(season);

            

            if(asd == 1 || asd == 11 || asd == 12)

                JOptionPane.showMessageDialog(null, "The Number: " + asd + "\n Wellcome to WINTER season");

            if(asd == 2 || asd == 3 || asd == 4)

                JOptionPane.showMessageDialog(null, "The Number: " + asd + "\n Wellcome to SPRING season");

            if(asd == 5 || asd == 6 || asd == 7)

                JOptionPane.showMessageDialog(null, "The Number: " + asd + "\n Wellcome to SUMMER season");

            if(asd == 8 || asd == 9 || asd == 10)

                JOptionPane.showMessageDialog(null, "The Number: " + asd + "\n Wellcome to AUTUMN season");

            if(asd < 1 || asd > 12)

                JOptionPane.showMessageDialog(null, "Invalid Month Number");

        }

    }

Java Program

GUI Based Payroll System Java Program

import javax.swing.JOptionPane;

    class salary{

        public static void main(String[]args) throws Exception{

            

            String pay = JOptionPane.showInputDialog("Enter Basic Pay");

            int basicpay = Integer.parseInt(pay);

            

                    JOptionPane.showMessageDialog(null, "Basic Salary: " +  pay);

            

            int houserent = basicpay * 25 / 100;

            int conveyance = basicpay * 15 / 100;

            int medical = basicpay * 35 / 100;

            int governance = basicpay * 5 / 100;

            int total_salary = basicpay + houserent + conveyance + medical + governance;

            

            int tax = basicpay * 14 / 100;

            int zakat = basicpay * 25 / 100;

            int gross_pay = tax + zakat;

            

            int net_salary = total_salary - gross_pay;

                        

        JOptionPane.showMessageDialog(null, "ALLOUNCES " + 

                    "\n House rent 35% : " + houserent +

                    "\n Conveyance is 15% : " + conveyance +

                    "\n Medical Allounce 35% : " + medical + 

                    "\n Governance Allounce 5% : " + governance +

                    "\n Total Salary is : " + total_salary );

        

        JOptionPane.showMessageDialog(null, "DEDUCTIONS " + 

                    "\n Government Tax : " + tax + "\n Annual Zakat :"                                       + zakat + "\n Total Deductions " + gross_pay);

        JOptionPane.showMessageDialog(null, "Net Salary " + net_salary );

        }

    }

/*given * 100 divide total == percentage

    

    */

Java Program

GUI Based Currency Converter Java Program

import javax.swing.JOptionPane;

    class converter{

        public static void main(String[]args) throws Exception{

            String amount = JOptionPane.showInputDialog("Enter rupees");

            int asd = Integer.parseInt(amount);

        

        float us_dollor = asd / 104f;

        float aus_dollor = asd / 78f;

        float riyal = asd / 28f;

        float deenar = asd / 358f;

            JOptionPane.showMessageDialog(null, "Pakistani Rupees" + asd + 

                        "\n In US Dollors: " + us_dollor + 

                        "\n Australian Dollors : " + aus_dollor +

                        "\n Saudi Riyal : " + riyal +

                        "\n Deenar : " + deenar );

        }

    }

Java Program

Marksheet Using GUI Based Input (SWING)

import javax.swing.JOptionPane;
    class SwingMarksheet{
        public static void main(String[]args) throws Exception{
            String a = JOptionPane.showInputDialog("Enter Java Marks");
            int java = Integer.parseInt(a);
            String s = JOptionPane.showInputDialog("Enter PHP Marks");
            int php = Integer.parseInt(s);
            String d = JOptionPane.showInputDialog("Enter VB Marks");
            int vb = Integer.parseInt(d);
            String f = JOptionPane.showInputDialog("Enter C++ Marks");
            int cpp = Integer.parseInt(f);
            String g = JOptionPane.showInputDialog("Enter Assembly Marks");
            int assembly = Integer.parseInt(g);
           
            int total = 500;
            int obtained = java + php + vb + cpp + assembly;
            int percentage = obtained*100/total;
        JOptionPane.showMessageDialog(null, " \n Obtained Marks Are : " + obtained
                                      + "\n Total Marks Are : " + total
                                      + " \n Percentage is : " + percentage + "%" );
           
        }
    }

Java Program

Operator Example Using GUI (Swing) Input And CLI (io) Input Both

import javax.swing.JOptionPane;
    class SwingAddition{
        public static void main(String[]args) throws Exception{
            String a = JOptionPane.showInputDialog("Enter Num1");
                int x = Integer.parseInt(a);
            String s = JOptionPane.showInputDialog("Enter Num2");
                int y = Integer.parseInt(s);
                int add = x + y;
                int mul = x * y;
                int div = x / y;
                int sub = x - y;
                int rem = x % y;
           
            JOptionPane.showMessageDialog(null, "Sum is : " + add);
            System.out.print(" \n Sum is: " + add);
            JOptionPane.showMessageDialog(null, "Multiplication is : " + mul);
            System.out.print(" \n Multiplication is: " + mul);
            JOptionPane.showMessageDialog(null, "Division is : " + div);
            System.out.print(" \n Division is: " + div);
            JOptionPane.showMessageDialog(null, "Subtraction is : " + sub);
            System.out.print(" \n Subtraction is: " + sub);
            JOptionPane.showMessageDialog(null, "Reminder is : " + rem);
            System.out.print("  \n Reminder is: " + rem);
        }
    }

Java Program

Operator Example by Taking Input From User

import java.io.DataInputStream;

    class Operator{

        public static void main(String[]args) throws Exception{

            DataInputStream ob = new DataInputStream(System.in);

                System.out.print("Enter First Number ");

                    String a = ob.readLine();

                    int r = Integer.parseInt(a);

                System.out.print("Enter Second Number ");

                    String b = ob.readLine();

                    int s = Integer.parseInt(b);

                    int sum = r + s;

                    int min = r - s;

                    int mul = r * s;

                    int div = r / s;

                    int rem = r % s;

                System.out.print(" Sum is " + sum + " \n subtract is " + min + 

                                 " \n multiplication is " + mul + " \n division is " + div + 

                                 " \n reminder is " + rem);

        }

    }

                

Java Program

Java Marksheet Using DataInputStream Class

import java.io.DataInputStream;
    class Marksheet{
        public static void main(String[]args) throws Exception{
            DataInputStream ob = new DataInputStream(System.in);
                System.out.print("Enter Java Marks ");
                    String one = ob.readLine();
                    int java = Integer.parseInt(one);
                System.out.print("Enter PHP Marks ");
                    String second = ob.readLine();
                    int php = Integer.parseInt(second);
                System.out.print("Enter VB.Net Marks ");
                    String third = ob.readLine();
                    int vb = Integer.parseInt(third);
                System.out.print("Enter C++ Marks ");
                    String fourth = ob.readLine();
                    int cpp = Integer.parseInt(fourth);
                System.out.print("Enter Assemby Marks ");
                    String fifth = ob.readLine();
                    int assembly = Integer.parseInt(fifth);
                    int total = 500;
                    int obtained =  java + php + vb + cpp + assembly;
                    int percentage = obtained * 100 / total;
                System.out.print(" Total Marks Are : " + total + "\n Your Obtained Marks Are: " + obtained +
                                "\n Your Percentage is: " + percentage + "%");
        }
    }

Java Program

Addition of Numbers Using io.DataInputStream

import java.io.DataInputStream;

    class Addition{

        public static void main(String[]args) throws Exception{

            DataInputStream ob = new DataInputStream(System.in);

        /*        we created the object of DIS class 

        

        */

            System.out.print("Enter First Number");

                String s = ob.readLine();

                int a = Integer.parseInt(s);

            /** we cnvert the string value into integer and save into a variable **/

            System.out.print("Enter second Number");

                String d = ob.readLine();

                int b = Integer.parseInt(d);

                int sum = a+b;

            System.out.println("Addition: " + sum);

        }

    }

/* line 6 and 7 can be written as

int b = Integer.parseInt(ob.readLine());

Assignments

        Perform All Airthematic operators

    Marksheet:

    Subject1 Marks

    Subject2 Marks

    Subject2 Marks

    Subject2 Marks

    Subject2 Marks as inputs

    gives output as 

    Total Marks

    Obtain Marks

    Percentage

    */

FINAL YEAR PROJECT IDEA

Jobs scheduling and resource management system

This project aims at scheduling the jobs of people in a professional organization along with resources management. Better Jobs scheduling and efficient resources management plays a key role in the progress of companies. Companies normally have a good number of employees that have been assigned different tasks with defined time span. These tasks are managed by managers who distribute the tasks to its team. A task has normally high, medium and low priority with defined time frame and certain restrictions (team members have access level to access and submit the tasks). One employee in this group may have one or many tasks and many employees may serve over one or many tasks. The proposed job scheduler will be able to efficiently manage the employees in groups/teams. Each group will be assigned tasks with timeline, priority of task, access level to task and reward points that will determine the contribution of employee towards successful completion of tasks. The delayed or incomplete tasks will incur penalties to employees in group. In addition, the group members will be given resources to utilize and complete the tasks. The resources will be distributed to members along with resource type and quantity. The proposed automated system will also manage resources and will summarize the details of tasks and resources to relevant manager at the end of group tasks. The proposed system will have an admin that would be able to add / delete / modify different managers (each manager is supposed to be responsible for one department / section). Managers are the people who would classify the employees based over their job nature / area of interest. Admin would notify the jobs to managers and managers would distribute the jobs to people in departments. One job could be divided into a group of tasks defined by manager with task completion time frame and priority of task. People in the department have to attend the tasks based over priority and time frame. The outcomes of the tasks would be submitted to manager. The system would keep track of a scoring scheme assigned for task submission (e.g. early task completion, in time completion, late completion). Admin, managers and people will have a certain access level to the system. The resources being used to complete these tasks would also be managed by the system.

PROJECT IDEA FOR GRADUATES

Exam Scheduling and Management System

        

Exam Scheduling and Management System (ESMS), is a scheduling system that targets an Exam Committee  in any academic institute to help them  implementing  exam schedule , satisfying hard constraints and soft constraints specified by the institute. The Problem of Scheduling  is a common problem investigated by many researchers ,many approaches were introduced to handle such a problem that searches for the optimal solution in scheduling Exams verses available resources (Time, Hall, invigilators, Supervisors)with no contradiction and achieve fairness among Students

FINAL YEAR PROJECT IDEA

Voice control of computer mouse

The objective of this project is to introduce the students to speech processing techniques through a useful application which is voice control of computer mouse for arm disabled people. The students will have to design a system for computer mouse control through the recognition of simple speech commands from human voice by using a microphone.  The system will allow arm injured and/or disabled people to use their computer mouse through various voice commands for various movement directions and specific tasks like “click” and “double-click”

FINAL YEAR PROJECT IDEA

Course Coordination Web Portal

This project aims to create a website which allows both undergraduate and post graduate university students and faculty across Saudi Arabia to become part of an scholastic society dedicated to education and learning from each other which can be proficient done by creating a website.

FINAL PROJECT IDEA

Automatic Class Attendance System using Face Detection.

It is important to have automatic class attendance system in schools. Teachers are unable to calculate timing of students in the class. Teachers can only mark present, absent or late, but he does not keep the exact timing of the students in the class. Students can also use proxies. Using face detection algorithm of image processing will help to make automatic attendance of students and their total time in the class. Cameras will be installed in the class rooms and they will be connected to the remote system. Videos will be stored and searched for the student’s presence in the class according to the time-table of the classes. Students will be detected using the face detection algorithm. A few assumptions will be made to simplify the system so that the system should be implemented and tested. The system will also help the administration to monitor the class timing and participation.

PROJECT IDEA

Personal Budget Assistant

Many people face problems in decently handling their daily budget. The worst part of this is to enter the daily expenses. The Personal Budget Assistant (PBA) will be a mobile app. It is going to self-extract the daily expenses records from the Short Messaging Service (sms). The application will help user to manage the daily budget by giving over-budget alerts (whenever applicable). Moreover, it will also have other options like weekly or bi-weekly expense summary etc. which user may view on his / her request.  The pre-requisite for this application is that the user has associated his debit and credit card transactions with sms alerts (which is already supported by many banks.

FINAL YEAR PROJECT IDEA

Typing Errors Checker

It is common for user to commit typing error while typing an email or when performing any kind of text input, therefore it is useful to build a tool that aids in discovering and correcting such typos.

FINAL YEAR PROJECT IDEA

Automatic Database Schema Generator

The task of writing a SQL script to create a database can be both effort and time consuming if addressed manually. However, a tool can be created to aid the developer in building such a database schema. The tool to be build provides a graphical interface to draw an Entity- Relational Model to serve as input, and then creates a file containing a set of SQL statements to convert that diagram into a physical schema.  

PROJECT IDEA FOR FINAL YEAR STUDENTS

Error-Driven Foreign Language Learning

Learning a foreign language is painstaking. Foreign language learners with different background (different mother tongue and different level of proficiency, etc.) are prone to make different types of mistakes. In an error-driven foreign language learning framework, learner’s errors are identified and annotated from a large number of people into a database. This collection is known as learner corpus. Patterns of errors and association of errors with learners can be easily identified using the annotated corpus and data mining algorithms (as it is done with shopping basket analysis in e-commerce to predict who is likely to buy which products). It is possible to teach foreign language effectively by identifying error-patterns in a learner and presenting the most relevant learning materials based on the mistakes a learner makes and likely to make. In this project, students will be required to collect and annotate errors in Arabic Speaker’s English followed by subsequent error analysis using machine learning and data mining algorithms. The students will also develop a prototype to demonstrate the effectiveness of error driven learning. Strong background in AI, XML and programming is necessary.

PROJECT IDEA FOR FINAL YEAR STUDENTS

Design Patterns for Dependable Systems

Software engineers face an uphill struggle over the increasing size and complexity of systems they are expected to develop, a problem only exacerbated by the increased use of software to control safety critical functions in automobiles, aviation and the rail industry to name a few. When developing such systems from scratch, the process can be highly error prone.  Safety is critically influenced by architecture, an aspect of software development that has previously seen successful application of the patterns concept where design expertise is captured in a way in which it may be systematically reused. In this project, students will develop a pattern catalogue for real-time, embedded systems. Strong background of system analysis and design is necessary.

Design-patterns for safety-critical system in various domain; Comparative analysis of existing design patterns; recommendations

PROJECT IDEA FOR GRADUATES

Office-Hour Broadcasting System

Web-based System to facilitate on-click broadcasting of office hour. Popular technologies currently being used include Google+ Hangouts On Air, Adobe Media Server and Skype TX platforms. We will use Google+ Hangouts On Air platform to develop a system that is easy to use for faculty members and faculty administrators.

PROJECT IDEA FOR GRADUATES

Request Management System 

Brief Description

This will handle management of all types of request made by the faculty or students to the respective or concerned offices. The type of request may include room reservation, procurement of materials, and the like. In the system, the user submits a request and then the request will be routed through the appropriate process for approval and processing. The system will enable users to track the status of their request and for the administration as well. 

A web based system that can handle request management.

DATABASE PROJEECT #13

Salary Management System Database Project

1.     employee list to be maintained having id, name, designation, experience

2.     salary details having employee id, current salary

3.     salary in hand details having employee id, ctc salary, pf deduction or any other deduction and net salary to be given and also maintain details of total savings of employee

4.     salary increment to be given by next year if any depending upon constraints

5.     deduction in monthly salary if any depending upon any discrepancy in work and amount to be deducted.

DATABASE PROJECT #12

Wholesale Management System Database Project

1.     Maintain the details of stock like their id, name, quantity

2.     Maintain the details of buyers from which manager has to buy stock like buyer id, name, address, stock id to be bought

3.     details of customers i.e. name, address, id

4.     defaulters list of customers who has not paid their pending amount

5.     list of payment paid or pending

6.     stock that is to be buy if quantity goes less than a particular amount.

7.     Profit calculation for a month.

Quantity cannot be sold to a customer if required amount is not present in stock and date of delivery should be maintained up to which stock can be provided.

DATABASE PROJECT #11

Art Gallery Management Database Project

Design an E-R Diagram for an Art Gallery. Gallery keep information about "Artist" their Name, Birth place, Age & Style of Art about "Art Work", Artist, the year it was made, Unique title, Type of art & Prices must be stored. Piece of artwork is classified into various kind like Poetess, Work of 19th century still life etc. Gallery keeps information about Customers as their Unique name, Address, Total amount of Dollar, they spent on Gallery and liking of Customers.

DATABASE PROJECT #10

Blood Donation System Database Project

 A system in which data of Patient, data of donor, data of blood bank would be saved and will be interrelation with each other

DATA OF PATIENT – Patient Name, Patient Id, Patient Blood Group, Patent Disease
DATA OF DONAR – Donar Name, Donar Id, Donar Bood Group, Donar Medical report, Donar Address , Donar Contact number
DATA OF BLOOD BANK – Blood Bank Name, Blood Bank Address, Blood bank Donars name, Blood Bank Contact Number, Blood Bank Address

Try to implement such scenario in a database, create a schema for it, a E-R diagram for it and try to normalize it.

DATABASE PROJECT #9

Design a scenario and an ER diagram for an IT training group database Project

It will meet the information needs for its training program. Clearly indicate the entities, relationships and the key constraints. The description of the environment is as follows:

The company has 10 instructors and can handle up to 100 trainees for each training session.
The company offers 4 Advanced technology courses, each of which is taught by a team of 4 or more instructors Each instructor is assigned to a maximum of two teaching teams or may be assigned to do research Each trainee undertakes one Advanced technology course per training session.

DATABASE PROJECT #8

Restaurant Management Database Project

The restaurant maintains the catalog for the list of food and beverage items that it provides.
Apart from providing food facility at their own premises the restaurant takes orders online through their site. Orders on phone are also entertained.
To deliver the orders we have delivery boys. Each delivery boy is assigned to specific area code. The delivery boy cannot deliver outside the area which is not assigned to delivery boy (for every delivery boy there can be single area assigned to that delivery boy).
Customer record is maintained so that premium customer can be awarded discounts.

DATABASE PROJECT #7

Health care organization Database Project

This organization provides following functionalities

• Emergency Care 24x7
• Support Groups
• Support and Help Through calls

Any new Patient is first registered in their data base prior to meet the doctor. The Doctor can update the data related to patient upon diagnosis (Including the disease diagnosed and prescription). This organization also provides rooms facility to admit patient who are critical. Apart from doctors this organization has nurses and ward boy. Each nurse and ward boy is assigned to a doctor. Also they can be assigned to patients (to take care of them). The bill is paid by patient with cash and E-banking. Record of each payment made is also maintained by organization. The record of each call received to provide help and support to its existing person is also maintained.

DATABASE PROJECT #6

Payroll management System Database Project

There will entry (Unique ID) of all the employee of any Organization. According to the date of joining and date up to which salary is created, Number of days will be entered.  Basic pay will be defined according to the post of employee and department. Then component like DA, HRA, medical allowance, Arrears will be added, and Charges of Hostel/ Bus, Security, welfare fund and other will be deducted. Number of leaves taken by the employee.

DATABASE PROJECT #5

Library management System Database Project

A student and faculty can issue books. Different limits for number of books a student and teacher can issue. Also the number of days will be different in case of students and teachers for issue any book.  Each book will have different ID. Also each book of same name and same author (but number of copies) will have different ID. Entry of all the book will be done, who issue that book and when and also duration. Detail of Fine(when book not returned at time) is also stored.

DATABASE PROJECT #4

Hospital management System Database Project

A patient will have unique Patient ID.  Full description about the patient about personal detail and phone number, and then Disease and what treatment is going on. Doctor will handle patients, One doctor can Treat more than 1 patient. Also each doctor will have unique ID. Doctor and Patients will be related. Patients can be admitted in hospital. So different room numbers will be there, also rooms for Operation Theaters and ICU .  There are some nurses and ward boys for the maintenance of hospital and for patient take care.  Based upon the number of days and treatment bill will be generated.

DATABASE PROJECT #3

Railway System Database Project

A railway system, which needs to model the following:

1.      Stations

2.      Tracks, connecting stations. You can assume for simplicity that only one track exists between any two stations. All the tracks put together form a graph.

3.      Trains, with an ID and a name

4.      Train schedules recording what time a train passes through each station on its route. 

You can assume for simplicity that each train reaches its destination on the same day, and that every train runs every day. Also for simplicity, assume that for each train, for each station on its route,  you store

•  Time in, 
•  Time out (same as time in if it does not stop)
•  A sequence number so the stations in the route of a train can be ordered by sequence number.

1.      Passenger booking consisting of train, date, from-station, to-station, coach, seat and passenger name.

DATABASE PROJECT #2

College Database Database Project

A college contains many departments. Each department can offer any number of courses. Many instructors can work in a department but an instructor can work only in one department. For each department there is a head and an instructor can be head of only one department. Each instructor can take any number of courses and a course can be taken by only one instructor. A student can enroll for any number of courses and each course can have any number of students.

Database Project #1

Online Retail Application Database Project

A customer can register to purchase an item. The customer will provide bank account number and bank name (can have multiple account number). After registration each customer will have a unique customerid, userid and password. Customer can purchase one or more item in different quantities. The items can of different classes based upon their prices. Based on the quantity, price of the item and discount (if any) on the purchased items, the bill will be generated. A bank account is required to settle the bill. The items can be ordered to one or more suppliers

STUDENT RECORD KEEPING SYSTEM DATABASE PROJECT

Student Record keeping system Database Project

Design goals: a student file that contains the information about student, a stream file, a marks file, a fee file, concession/scholarship etc you can check simple version of this project.

Database Project

INVENTORY CONTROL MANAGEMENT DATABASE PROJECT

Inventory control management Database Project

Design goals: maintain a proper variety of required items, increase inventory turnover, reduce and maintain optimize inventory and safety stock levels, obtain low raw material prizes, reduce storage cost, reduce insurance cost, reduce taxes

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Daily Activity Tracking Application

Daily Activity Tracking Application

This application can be used to monitor the child’s activity, whatever have been used and browsed by the child, so that he/she can strictly be monitored.

Level: Medium

Doctor Appointment System (Android)

Doctor Appointment System (Android)

If you cannot reach at doctor for an appointment, using this android application you can get it.

Level: Easy