1. Bengal Institute of Technology and Management,
Santiniketan
(Under West Bengal University of Technology)
Project rePort on :
onLIne -- LocKer
MAnAGeMent SySteM
Using J2EE

2. Bengal Institute of Technology and Management,
Santiniketan (Under West Bengal University of
Technology)
Department
of
Computer Science Engineering &
Application
in
MASTER OF COMPUTER APPLICATION

3. Project Presentation
on
Online Locker Management System
Guided By:-
Mr. Pinaki Pratim Acharya
Project Guide & Assistant Professor
Dept. OF CSE & Application
Co-Ordinate By:-
Mr . Kishore Ghosh
Assistant Professor
Dept. OF CSE & Application
Presented By:-
Sancharika Jana
(Roll. No.:-16301012003)
Piyalee
(Roll. No.:-163010120036

4. ACKNOWLEDGEMENT
I wish to thank my project guide Mr. Pinaki
Pratim Acharya for his keen interest, valuable
imagination and advise throughout our project work. I
am also grateful to him for providing me requisite
facilities as my guide. Successful completion of the
project was not possible for me without his guidance. I
express my sincere gratitude to him for his co-operation
and constant supportive role as a coordinator of
Department of Computer Science Engineering &
Application.
I acknowledge my gratitude to our Director
Sir, Dean Sir of Bengal Institute of Technology &
Management, Santiniketan for encourage my project
work.
I also like to express my gratitude to my
parents who have always motivated me and given me
the moral support.

5. ABSTRACT
A bank would like to have transparency
and reduced cycle time in their Locker Allocation
Service. To maintain the trust and reduce the Locker
Service cycle time, the Bank has decided to add the
service of Locker application, allocation, renewal and
locker charges payment on their web portal. The
primary benefit of this web-based application is to
provide the centralized management of all properties it
deals in, and also to standardize processes across the
organization.
Users of the system:-
Multiple profiles of users shall operate this system.
1. Administrator
2. Customer
3. Bank Staff

6. INTRODUCTION
Locker Management is a platform where the bank
customer can keep their things secured. We are here making
a website for online bank locker in behalf of customers. This
website is designing for customer’s security purpose. An
important facility for awareness of their properties,
Where they can take updates of locker, details.
Customer can easily pay their due on online mode.
This website is designed into three sub parts -
 Website Contents
 Administration
 Designing Section

7. OBJECTIVE
I. To provide state of locker management system
software solutions to clients of various Industries.
II. To reduce the gap between the customer and locker
management system.
III. Core and advanced features of each technology, are
covered in interactive classroom sessions.
IV. Topic Based Assignments are given to trainees to
develop their programming skills by their project
guide.
V. Project completion certificate is awarded by our
institution” Bengal Institute Of Technology and
management”

8. EXECUTE SUMMARY
 This project of online locker management
describes by a web designing in which it is
designed for the public or the user.
 The user can be able to access their bank lockers
online without wasting their time. The project will
be process on the software eclipse having Tomcat
v7.0 Server at local host. In which we have used
JSP, SERVLET, JAVA SCRIPT, HTML and CSS,
for designing our website.

9. PROPOSE
 This Web Application provides facility to conduct online
Bank locker management.
 It saves time as it allows number of customers to open their
bank locker on online, so no need to wait in a queue. It is
automatically generated by the server.
 Administrator has a privilege to create, update and delete
the customer details and activities happening on the server.
 User can register, login and check their locker details and
also can send a locker request to admin.
 This web application provides the user very safe and secured
locker.
 This web also provide for online payment mode.
 User can easily contact with this web application.

10. TECHNOLOGY USED
This project is a web application that is
developed in JSP , SERVLET
,HTML ,JAVASCRIPT and CSS.
Having database (DB2) as back end.
Database Design (DB2).
Input Design (JSP).
Coding (JSP, Servlet, Javascript, HTML,
CSS).

11. Software & Hardware
Interface
 Hardware Interface:-
Server Side:- Tomcat v7.0 Server at local host
Processor:- Intel core i3
RAM: - 4GB
Hard Disk space :- 400GB
 Software Interface:-
Web Server: Tomcat v7.0 server at local host, or
Google Chrome
OS: windows 7
Data Base Server: DB2/JDBC
IDE : Eclipse Juno
JDK Tool kit 1.7

12. Constraints
User interface is only in English i.e. no
other language option is available.
User can login only with his assigned
username and password i.e. no guest
facility is available.Limited to
HTTP/HTTPS.

13. Software Development Life
Cycle Model
The systems development life cycle (SDLC), also
referred to as the application development life-cycle, is
a term used in systems engineering ,information
systems and software engineering to describe a
process for planning, creating, testing, and deploying
an information system. The systems development life-
cycle concept applies to a range of hardware and
software configurations, as a system can be composed
of hardware only, software only, or a combination of
both.
Here we use the basic of flow of the classical water
fall model because of the easy and simple
implementation of system .

14. Software Development Life
Cycle Model

15. ER-Diagram

16. Data Flow Diagram
A data flow diagram(DFD) is a system
by using external entities, from which data flow
to a process , which transform the data and create
output data flow which go to other data processes
or external entities or files.
The set of symbols we have used in data flow diagram is given
below:
 Circle, is used to depict a process, processes are numbered
and name.
 Line , which is used to represent data flow.
 Rectangle represent external entities.
 Thin line or double line, which represent data store

17. Data Flow Diagram
Register
Login
WelcomeHome Page
Locker_D
etails
Customer
_Details
SignOut
Admin
Admin_lo
gin
Registration
Payment
New Candidate
Reg.
Candidate
Submit your details
Payment Procedure
Admin Work
Yes
No
M:M
M:M
M:1
View Locker
Session

18. SCREEN-SHOT
This our Home page ….

19. SCREEN-SHOT
This for new candidate who want create a locker with
our side….

20. SCREEN-SHOT
Who wants login again….

21. SCREEN-SHOT
Who wanted to contact us or give a feed back for locker management
system….

22. SCREEN-SHOT
This is our Administration Part…..

23. SCREEN-SHOT
Payment method Gateway….
This also safe and secure payment procedure…..

24. Future Scope
This Web Application provides facility
to conduct online locker management world wide. It
saves time as it allows number of customers to apply
for locker at a time and displays the results as the
locker request applied over, so no need to wait for the
result .It is automatically generated by the server.
This web based application has some
draw back. This draw backs can be implemented by
using session, hibernate, Ajax. This is our future
scope of online locker management system.

25. Conclusion
This Web Application provides facility
to conduct online locker management world wide. It
saves time as it allows number of customers to apply
for locker at a time and displays the results as the
locker request applied over, so no need to wait for the
result .It is automatically generated by the server.
Administrator has a privilege to
create, modify and delete the locker details and its
particular customer. User can register, login and
apply for the bank locker with his/her specific id,
and can see the results as well.

26. Bibliography
 j2ee IBM reference
 JSP, Servlet Complete Reference
 www.codemiles.com
 www.devex.com
 E-Books of Java, HTML
 www.w3school.com
 www.google.co.in
 Wikipedia