Project
Report Format (Report should be maximum of 120
pages and minimum of 70 pages)
Cover Page
Title Page
Glass sheet
ii. Certificate
iii. Acknowledgement
iv. Abstract
v. Table of Contents
v. Table of Contents
vi. List of figures
vii. List of tables
viii. List of
abbreviations (should be alphabetic orders)
1. Introduction
1.1 Purpose
1.2 Scope
2. System analysis
2.1 Existing system (should include
the disadvantage of existing system)
2.2 Proposed System
2.2.1 Features of
proposed system
2.3 Proposed SDLC model
2.4 Feasibility study
2.4.1 Technical
feasibility
2.4.2 Economical
feasibility
2.4.3 Operational feasibility
2.4.4 Social feasibility
2.5 Gantt Chart (Diagram with
detailed description)
2.6 Cost Estimation
3. System Requirement
Specification
3.1 Functional Requirements
3.2 Non functional Requirements
3.3 Hardware Requirements
3.4 Software Requirements
3.5 Other Requirements (If any)
4. System Design
4.1 System Overview
4.2 System Architecture (if any)
4.3 Modules
4.3.1 Module 1: Description
(name the module and give description)
. .
.
4.4 Algorithms used (if any)
4.5 UML diagrams (contains minimum 4
UML diagram)
4.5.1 First UML diagram
name (eg: Class diagram)
a) Purpose
b) Diagram
c)
Description (should provide detailed description)
4.5.2 Second UML diagram
name (eg: Use case diagram)
a) Purpose
b) Diagram
c)
Description (should provide detailed description)
/*
The order of UML diagrams should be Class diagram, Object diagram, Use case
diagram, Sequence diagram, Collaboration diagram, Activity diagram, State
transition diagram, Component diagram, Deployment diagram */
.
.
4.6 Data Flow Diagram
4.6.1 Purpose
level 0
diagram
level 1
diagram
4.7 Database tables (should be
normalized)
4.8 ER diagram (if any)
5. Implementation
Provide the overview of
implementation
5.1 Language used (should include
the features of language)
5.2 Installation and deployment
5.3 Screenshots ( Each screen shot
should be supported with detailed description)
6. Testing
Provide an overview of testing and
goal of testing
6.1 Code testing
6.2 Unit Testing
6.2.1 Black box testing
Black box testing with derived test cases and
output result of each test
cases as a table
6.2.2
White box testing
White
box testing with derived test cases and output result of each test cases as a table
6.3 Integration Testing
Describe
the integration approach applied with the help of structure chart
6.4 Validation Testing
6.5 Output Testing
6.6 System testing
6.7 Test reports
7. Conclusion
8. Future Scope
9. References (minimum
10)
Appendix
A: Sample Program Code
(Maximum 5 Pages)
Index
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