Session 2023-2024
COMPUTER SCIENCE (083)
INVESTIGATORY PROJECT
Submitted by:
NameClassClass roll noBoard no-
Certificate
This is to certify
of Class XII-A of
kendriya vidyalya,mehsana has completed his
investory
Project file under the supervision of Mrs Namrata
shah
She has taken care and shown sincerity in
completion of the project.
I hereby certify that this project is upto my
expectations and guidance issued by CBSE
Interna
l
Extern
al
Signatur
e
Signatur
e
Acknowledgement
I would like to express my greatest
gratitud
e To the people who help me throughout
the My project . I would like to thank my
Parents For helping me in completion of
this project. I am greatful to Mrs
Namrata shah whose
Valuable guidance has been ones of that
helped Me patch this project and make it
full proof
Success . I would also like to express
my Gratitude to My Team for constant
support Through out the investigation.
NameClass-
INVESTIGATORY
PROJECT WORK
School
Mangement
System
INDEX
Introduction
Software &
Hardware
Requirements
Advantages of this
project
Source Code in python
Output Screen
My SQL tables
Limitations
Future scope
Bibliography
INTRODUCTION
This project work automates school
management system School management
system consist of task such registering
Students ,attendance record keeping control
to absentis, details of teacher , fee structure ,
etc.
data file handling has been effectively used in
the program . database is a collection of
interrelated data to serve multiple applications
i.e database programs created files of
information . so we see that files are worked
with most
inside the program itself .
DBMS
The software required for management of
data is called DBMS. It has three models.
Relation model: it stores information in
form of rows (cardinality) and
Network model: In this the data is represented
by collection of record and relationship is
separated by association.
Characteristic of DBMS




It reduces the redundancy
Data sharing
Data standardization
Reduction of data inconsistency
Type of files based on access





Sequential life
Serial life
Random file
Test file
Binary file
Software
and Hardware requirement

Software
Sepcification: Operating
system:
 Platform:
 Database:
 Language:
Windows 10
Python IDLE
3.10.7 MySQL
Python

Hardware Specification: Processor : Dual core or above
 Hard Disk: 40GB
 RAM:
4GB
Advantages of Project:-
1.
Save time of teacher and
administrators
2. Fee Collection
3. Improving Teaching Standards
4. Complete attendance automation
5. Effortless grade and marks
management
6.Publishing of online forums and
assignment
7.Easy management of class
information analytical reports
8. Ordering books for library
accordingly
Source Code:
import mysql.connector as a
con=a.connect(host='Localhost',user='root',databas
e='te st',passwd='rema')
def AddSt():
n=input("student
name:")
cl=input("class:")
r=int(input("roll no"))
a=input("address:")
ph=input("Phone:")
data=(n,cl,r,a,ph)
sql='insert into student
values(%s,%s,%s,%s,%s)' c=con.cursor()
c.execute(sql,dat
a) con.commit()
print("data entered successfully")
print("")
main()
def RemoveSt():
cl=input("class:")
r=int(input("Roll
no:")) data=(cl,r)
sql='delete from student where class=%s and
roll=%s' c=con.cursor()
c.execute(sql,data)
con.commit()
print("Data Updated
")
print("")
main()
def DisplaySt():
cl=input("class:
") data=(cl,)
sql='select * from student where
class=%s' c=con.cursor()
c.execute(sql,data)
d=c.fetchall
() for i in d:
print("name:",i[0])
print("class:",i[1])
print("Roll no:",i[2])
print("address:",i[3])
print("phone:",i[4]
) print("")
print("")
main()
def AddT():
tcode=int(input("Tcode:"
))
n=input("Teacher
name:")
s=int(input("Salary:"))
a=input("address:")
ph=input("Phone:")
data=(tcode,n,s,a,ph)
sql='insert into teachers
values(%s,%s,%s,%s)' c=con.cursor()
c.execute(sql,dat
a) con.commit()
print("Data entered
successfully") print("")
main()
def RemoveT():
n=input("Teacher:
")
tcode=int(input("Tcode:"
)) data=(n,tcode)
sql='delete from teacher where name=%s
and tcode=%S'
c=con.cursor()
c.execute(sql,data)
con.commit()
print("Data
Updated")
print("")
main()
def UpdateSal():
n=input("Teacher:")
tcode=int(input("Tcode:")
)
salary=int(input("Salary:
")) data=(n,tcode)
sql='update teacher set salary=%s where
name=%s and tcode=%s'
c=con.cursor()
c.execute(sql,data)
con.commit()
print("Data
Update") print("")
main()
def DisplayT():
sql='select * from teacher'
c=con.cursor
()
c.execute(sq
l)
d=c.fetchall()
for i in d:
print("Tcode:",i[0])
print("Name:",i[1])
print("Salary:",i[2])
print("Address:",i[3])
print("Phone:",i[4]
) print("")
print("")
main()
def
ClAttd():
d=input("Class:")
clt=input("Clas teacher:")
t=int(input("class
ab=int(input("No of
absentess:"))
data=(d,clt,t,d,ab)
sql='insert into ClAttendance
values(%s,%s,%s,%s,%s)' con.cursor()
c.execute(sql,dat
a) con.commit()
print("Data entered successfully")
print("")
main()
def DisplayClAttd():
sql='select * from
ClAttendance' c=con.cursor()
c.execute(sq
l)
d=c.fetchall(
) for i in d:
print("Class:",i[0])
print("CLass
print("Total st:",i[2])
print("Date:",i[3])
print("Absentees",i[4
]) print("")
print("")
main()
def TAttd():
n=input("Name:")
d=input("Data:")
a=input("Attendance:
") data=(n,d,a)
sql='insert into tattendance
values(%s,%s,%s)' c=con.cursor()
c.execute(sql,data)
con.commit()
print("Data entered
successfully") print("")
main()
def DisplayTAttd():
sql='select * from
tattendance' c=con.cursor()
c.execute(sql)
d=c.fetchall
() for i in d:
print("Name:",i[0])
print("Data:",i[1])
print("Attendance:",i[2]
) print("")
print("")
main()
def UpdateFees():
cl=input("Claass:")
m=input("Monthly:"
)
b=input("BusFee:")
sc=input("ScFee:")
tc=input("TechFee:")
t=input("Total:")
data=(cl,m,b,sc,tc,t)
sql='update FeeStructure
set
monthly=%s,BusFee=%s,ScFee=%s,TechFee=%s,T
otal=%s'
c.execute(sql,data)
con.commit()
print("Data
updated") print("")
main()
def DisplayFees():
sql='select * from
FeeStructure' c=con.cursor()
c.execute(sql)
d=c.fetchall
() for i in d:
print("Class:",i[0])
print("Monthly:",i[1])
print("BusFee:",i[2])
print("ScFee:",i[3])
print("tchFee:",i[4])
print("Total:",i[5])
print("")
print("")
main()
def AddBook():
bid=int(input("Book
id:")) t=input("Title:")
a=input("Author:")
p=input("Publisher:")
q=intput("Genre:")
data=(bid,t,a,p,g)
sql='insert into library
values(%s,%s,%s,%s,%s)'
c=con.cursor()
c.execute(sql,dat
a) con.commit()
print("Data entered
successfully") print("")
main()
def RemovB():
t=input("Title:")
bid=int(input("Book
id:"))
data=(t,bid)
sql='delete from library where t=%s and
bid=%S' c=con.cursor()
c.execute(sql,data)
con.commit()
print("Data
Updated") print("")
main()
def DisplayB():
sql='select * from library'
c=con.cursor
()
c.execute(sq
l)
d=c.fetchall()
for i in d:
print("Bid:",i[0])
print("Title:",i[1])
print("Author:",i[2])
print("Publisher:",i[3])
print("Genre:",i[4]
) print("")
main()
def
main():
ch='y'
while ch in ['y','y']:
print("1.Student")
print("2.Teacher")
print("3.ClAttendance")
print("4.TAttendancce")
print("5.FeeStructure")
print("6.Libary")
table=int(input("enter table
no:")) print("")
if
table==
1:
op='y'
while op in ['y','y']:
print("1.Add student")
print("2.Remove student")
print("3.Display St detail")
task=int(input("enter task
no:")) if task==1:
AddSt()
elif task==2:
RemoveSt
()
elif
task==3:
DisplaySt
()
else:
print("Enter Valid Choices!!")
op=input("Countinue in this
table(y/n):")
elif
table==2:
op='y'
while op in ['y','y']:
print("1.Add teacher")
print("2.Remove
teacher")
print("3.Update Salary")
elif
task==2:
RemoveT
()
elif task==2:
UpdateSal
()
elif
task==3:
DisplayT(
):
else:
print("Enter Valid Choices!!")
op=input("Coutinue in this
table(y/n):")
elif
table==3:
op='y'
while op in ['y','y']:
elif Task==2:
DisplayClAttd
()
else:
print("Enter Valid Choices!!")
op=input("coutinue in this
table(y/n):")
elif
table==4:
op='y'
while op in ['y','y']:
print("1.Teacher
attendance")
print("2.Display TAttd
details") task=int(input("enter
task no:")) if task==1:
TAttd()
elif
task==2:
op=input("Continue in this
table(y/n):") elif table==5:
op='y'
while op in ['y','y']:
print("1.Update
Fees")
print("2.Display Fees details")
task=int(input("enter task
no:")) if task==1:
UpdateFees
() elif
task==2:
DisplayFees()
else:
print("enter valid choice!!")
op=input("Continue in this
table(y/n):")
elif table==6:
op='y'
print("1.Add Book")
print("2.Remove Book")
print("3.Display Book")
task=int(input("enter task
no:")) if task==1:
AddBook(
) elif
task==2:
RemoveB()
elif
task==3:
DisplayB
()
else:
print("enter Valid Choices!!")
op=input("continue in this
table(y/n):")
else:
print("ENTER VALID CHOICE!!")
Limitation
s of the application is more
 The limitation
improvement in online examinations limited
questions had been stored and need more
updation and maintenance of the
application
 Storage capacity is too small so that it cannot
be stored large amount of data so that
backup is necessary for the future
improvement.
Future Scope
 In the future our system can include
accounting system , good backup , and
restore facility.
 System is so much flexible so in future it can
increase easily and new modules can be
added easily.
 You can add student admission as well as
pay online fees.
 Make online exam more effective , efficient and
more dynamic so that it helps to get good
support from student.
Bibliography





Computer Science with Sumita Arora
Computer Science with Preeti Arora
www.wikipedia.org
www.w3resource.com
Under the guidance of Namrata Shah
Mam
THANK
YOU