Kennedy Road, Near R.T.O, Pune 411001
Institute Code: 0141
Academic Year: 2023-24
A MICRO-PROJECT REPORT
ON
Security issues with Mobile IP
Program Code
: CO5I
Course Name
: Advanced Computer Network
Course Code
: 22520
Group No.
: A-5
Submitted by:
Roll No
Student Name
Branch
Enrollment Number
2404
Atharva Ganesh Galwade
CO-1-A
2101410196
2433
Shlok Dinesh Gaikwad
CO-2-A
2101410194
2413
Omkar Suresh Ghanwat
CO-1-A
2101410198
2417
Yatharth Jagdish Kadam
CO-1-A
2201410584
Under Guidance of:
Prof. A. N. Gedam
1
ALL INDIA SHRI SHIVAJI MEMORIAL SOCIETY’S POLYTECHNIC,
PUNE -1
COMPUTER ENGINEERING DEPARTMENT
VISION AND MISSION OF THE INSTITUTE
VISION:
Achieve excellence in quality technical education by imparting knowledge, skills and abilities
to build a better technocrat.
MISSION:
M1: Empower the students by inculcating various technical and soft skills.
M2: Upgrade teaching-learning process and industry-institute interaction continuously.
VISION AND MISSION OF THE COMPUTER DEPARTMENT
VISION:
“Enhance skills by providing value based technical education for fulfilling global needs in the
field of computer engineering.”
MISSION:
To provide quality education in computer engineering by improving
Psycho motor skills.
To develop positive attitude, communication skills, team spirit
and entrepreneurship.
To develop awareness about societal and ethical responsibility for
Professionalism.
2
ALL INDIA SHRI SHIVAJI MEMORIAL SOCIETY’S POLYTECHNIC,
PUNE -1
COMPUTER ENGINEERING DEPARTMENT
PROGRAM OUTCOMES (POs)
PO1
Basic and Discipline specific knowledge: Apply knowledge of basic mathematics, science and
engineering fundamentals and engineering specialization to solve the engineering problems..
PO2
Problem analysis: Identify and analyze well-defined engineering problems using codified standard
methods.
PO3
Design/ development of solutions: Design solutions for well-defined technical problems and assist
with the design of systems components or processes to meet specified needs.
PO4
Engineering Tools, Experimentation and Testing: Apply modern engineering tools and
appropriate technique to conduct standard tests and measurements.
PO5
Engineering practices for society, sustainability and environment: Apply appropriate
technology in context of society, sustainability, environment and ethical practices.
PO6
Project Management: Use engineering management principles individually, as a team member or
a leader to manage projects and effectively communicate about well-defined engineering activities.
PO7
Life-long learning: Ability to analyze individual needs and engage in updating in the context of
technological changes.
PROGRAM SPECIFIC OUTCOMES (PSO)
The Diploma in Computer Engineering will prepare students to attain:
● PSO 1: Apply computing knowledge with standard practices to develop software.
● PSO 2: Maintain Computer Hardware and Software System.
3
MICRO PROJECT ON
Security issues with Mobile IP
Course: Advanced Computer Network
Course Code: 22520
Academic Year: 2023-2024
Semester: CO-5I
Roll No
Student Name
Branch
Enrollment Number
2404
Atharva Ganesh Galwade
CO-1-A
2101410196
2433
Shlok Dinesh Gaikwad
CO-2-A
2101410194
2413
Omkar Suresh Ghanwat
CO-1-A
2101410198
2417
Yatharth Jagdish Kadam
CO-1-A
2201410584
Name of Micro Project Guide: Prof. A. N. Gedam
All India Shri Shivaji Memorial Society’s Polytechnic
Kennedy Road, Near RTO, Pune-411001
4
======================================
CERTIFICATE
Certified that this micro project report titled ‘Security issues with Mobile
IP’ is the bonafide work of Mr. Atharva Galwade, Shlok Gaikwad,
Omkar Ghanawat, Yatharth kadam Roll no: 2404, 2433, 2413, 2417
of third year of Diploma in Computer Engineering for the course:
Advanced Computer Network Course code: 22520 during the academic
year 2023-24, who carried out the micro project work under my
supervision.
Prof. A. N. Gedam
Name & Signature of faculty
5
Acknowledgement
We the students of third year diploma in Computer Engineering,
Division A, roll no: 2404, 2433, 2413, 2417 are very much thankful to
Prof. A. N. Gedam for his constant support, encouragement and guidance
for completion of the micro project report entitled ‘Security issues with
Mobile IP’ of the course: Advanced Computer Network Course code:
22520 during the academic year 2023-24.
Atharva Galwade
Shlok Gaikwad
Omkar Ghanwat
Yatharth Kadam
Name and Signature of Students
6
INDEX
Sr. No.
Content
1.
Micro Project Proposal [ Annexure I ]
2.
Rationale [ Annexure II ]
3.
Aims / Benefits of the Micro Project
4.
Course Outcome achieved
5.
Resources Used
6.
Log Book
7.
Literature Review
8.
Actual Methodology Followed
9.
Output of the Micro Projects
10.
Skill Developed / Learning outcome of the Micro Project
11.
Applications of the Micro Project
12.
Future Scope
13.
Student Log Books
14.
Rubrics [ Annexure III ]
15.
Evaluation Sheets [ Annexure IV ]
Page No.
7
ANNEXURE I
Micro Project Proposal
1.0
Aims/Benefit of the Micro Project:
1. Develop a simulation model of Security issues with Mobile IP.
2. Apply techniques of designing and building computer network.
3. Building a smart office computer network using Cisco Packet Tracer
2.0
Course Outcomes Addressed:
1.
2.
3.
4.
5.
3.0
C22520.a: Implement network layer protocols.
C22520.b: Configure IPv6 network.
C22520.c: Choose routing protocol in the given network situation.
C22520.d: Implement different transport layer protocols.
C22520.e: Configure various application layer protocols.
Proposed Methodology:
1. Finalize the topic.
2. Arrange a group meeting through Google meet to distribute responsibilities.
3. Find and Collect information.
4. Arrange information and distribution of work.
5. Project Coding and Document.
6. Show it and get it approved by the teacher.
7. Draft copy of micro project report.
8. Proofread the draft in a group.
9. Review from the teacher.
10. Edit project report as per the suggestions of the teacher.
11. Proofread in a group and finalize the report.
12. Submission of the report.
8
4.0
Sr.
No.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
5.0
Sr.
No.
1
2
Action Plan:
Detail of Activity
Arrange a meeting to allot work.
Find and Collect information.
Project Document making.
Proofread the draft in a group.
Proofread in a group and finalize
the report
Draft copy of micro project
report
Demonstrate the project
document and get it approved by
the teacher.
Review from the teacher
Edit project report as per the
suggestions of the teacher
Submission of the report
Planned
Start
date
Planned
Finish
Date
Name of
Responsible
Team Members
03-09-23
05-09-23
21-09-23
11-09-23
31-09-23
22-09-23
11-09-23
22-09-23
Atharva Galwade
Shlok Gaikwad
Omkar Ghanwat
Yatharth Kadam
21-09-23
29-09-23
02-10-23
06-10-23
09-10-23
12-10-23
All members
Shlok Gaikwad
Omkar Ghanwat
12-10-23
16-10-23
18-10-23
01-11-23
23-10-23
03-11-23
Yatharth Kadam
Atharva Galwade
All members
Resources Required:
Name of
Resource
or
Material
Internet/
websites
Internet/
websites
Specification
Remark
https://assignmenthelp4me.com/article-packettracer-remote-iot-smart-office-501.html
1
https://www.youtube.com/watch?v=cpu7BMTyYPw
1
9
Name of Team Members with Roll Nos:
Roll no.
Name of Students
Work performed
2404
Atharva Galwade
Project Development
2433
Shlok Gaikwad
Presentation Making
2413
Omkar Ghanawat
Report Making
2417
Yatharth Kadam
Editing, Allocating resources and proof reading
Prof. A. N. Gedam
Name & Signature of faculty
10
ANNEXURE II
Micro Project Report
‘Security issues with Mobile IP’
1.0
Rationale:
Security issues with Mobile IP arise due to the need for seamless mobility in an
increasingly interconnected world. The protocol introduces vulnerabilities related to
authentication, authorization, eavesdropping, spoofing, and denial of service attacks.
Mobile IP requires robust security measures, including strong authentication and
encryption, to protect against unauthorized access and data interception as mobile
devices move across different networks. Addressing these issues is essential to ensure
the confidentiality, integrity, and availability of communications while maintaining
the convenience of mobile connectivity.
2.0
Aims/Benefits of the Micro Project: -
1. Develop a simulation model of Security issues with Mobile IP.
2. Apply techniques of designing and building computer network.
3. Building a smart office computer network using Cisco Packet Tracer
3.0
Course Outcomes Achieved:
1.
2.
3.
4.
5.
C22520.a: Implement network layer protocols.
C22520.b: Configure IPv6 network.
C22520.c: Choose routing protocol in the given network situation.
C22520.d: Implement different transport layer protocols.
C22520.e: Configure various application layer protocols.
11
4.0
Literature Review:
Book names:
"Mobile IP: The Internet Unplugged" by James D. Solomon
"Wireless Mobile Internet Security" by Man Young Rhee
"Security in Wireless Mobile Ad Hoc and Sensor Networks" by Jagruti Sahoo and Sasmita
Mohanty
"Mobile IP Technology and Applications" by Stefan Raab and Arjun Roy
"Mobile IP: Present State and Future" edited by Stig Keandre
5.0
Sr.
No.
Resources Used: Name of
Resource/
Specification
Remark
Material
1.
Internet/websites
2.
Internet/websites
https://assignmenthelp4me.com/articlepackettracer-remote-iot-smart-office-501.html
https://www.youtube.com/watch?v=cpu7BMTyY
Pw
1
1
12
6.0
Sr. No.
Log book:
Date
Time
05/09/23
10:30 – 12:30
11/09/23
10:30 – 12:30
22/09/23
10:30 – 12:30
22/09/23
10:30 – 12:30
29/09/23
10:30 – 12:30
06/10/23
10:30 – 12:30
12/10/23
10:30 – 12:30
18/10/23
10:30 – 12:30
20/10/23
10:30 – 12:30
22/10/23
10:30 – 12:30
23/10/23
10:30 – 12:30
16/10/23
10:30 – 12:30
27/10/23
10:30 – 12:30
01/11/23
10:30 – 12:30
15.
02/11/23
10:30 – 12:30
Final micro-project presentation
16.
03/11/23
10:30 – 12:30
Micro-project submitted
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
Work Done
Formation of groups
Selected the topic for micro project
Discussed about the project
Assigned the work to each group member
Detailed study of micro-project
Collected information on assignment topic
Started working on micro-project
Assembled all the data
Evaluation of data
Selected elements for simulation
Project proposal presentation to guide
Corrected the micro-project suggested by guide
Constructed topology.
Execution of project by pings and simulation
13
7.0
Sr. No.
Actual Methodology Followed:
Date
Time
05/09/23
10:30 – 12:30
11/09/23
10:30 – 12:30
22/09/23
10:30 – 12:30
22/09/23
10:30 – 12:30
29/09/23
10:30 – 12:30
06/10/23
10:30 – 12:30
12/10/23
10:30 – 12:30
18/10/23
10:30 – 12:30
20/10/23
10:30 – 12:30
22/10/23
10:30 – 12:30
23/10/23
10:30 – 12:30
16/10/23
10:30 – 12:30
27/10/23
10:30 – 12:30
01/11/23
10:30 – 12:30
15.
02/11/23
10:30 – 12:30
Final micro-project presentation
16.
03/11/23
10:30 – 12:30
Micro-project submitted
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
Work Done
Formation of groups
Selected the topic for micro project
Discussed about the project
Assigned the work to each group member
Detailed study of micro-project
Collected information on assignment topic
Started working on micro-project
Assembled all the data
Evaluation of data
Selected elements for simulation
Project proposal presentation to guide
Corrected the micro-project suggested by guide
Constructed topology.
Execution of project by pings and simulation
14
8.0
Outputs of the Micro project:
Screenshots of output, code / theory if any.
15
9.0
Skill developed / Learning outcome of the Micro-Project:
1) Communication skills.
2) Time management.
3) Working in a team.
4) Following ethics.
5) Stress management.
6) Psycho motor skills such as making document and its demonstration.
7) Presentation skills.
10.0 Applications of the Micro-Project:

Unauthorized Access:
Attackers can intercept or eavesdrop on Mobile IP traffic, potentially gaining
unauthorized access to a user's data or compromising the mobile device's security.

Authentication and Authorization:
Proper authentication and authorization mechanisms are crucial in Mobile IP to ensure
that only authorized users or devices can access the network. Weak or compromised
authentication can lead to unauthorized access.

Denial of Service (DoS) Attacks:
Mobile IP networks are susceptible to DoS attacks, which can disrupt service
availability by overwhelming network resources, causing service interruptions.

Spoofing and Impersonation:
Attackers may impersonate a legitimate mobile device or home agent to gain
unauthorized access. This can lead to data theft, privacy breaches, and other malicious
activities.

Location Privacy:
Mobile IP may reveal a user's physical location as they move between networks.
Protecting the location privacy of users is crucial to prevent stalking or other invasive
activities.
16

Tunneling and Encryption:
Using proper tunneling and encryption mechanisms is essential to secure data
transmission over Mobile IP networks. Without encryption, data may be exposed to
eavesdropping.

Key Management:
Effective key management is necessary for securing Mobile IP communications. Poorly
managed keys can lead to data breaches and unauthorized access.

Home Agent Security:
The home agent is a critical component in Mobile IP, and its security is paramount. If
a home agent is compromised, it can lead to various security issues, including
redirection attacks.

Binding Updates:
Mobile IP relies on binding updates to track the location of a mobile device. Securing
these updates is vital to prevent attackers from redirecting traffic or impersonating
devices.

Network Handoff Security:
As mobile devices move between networks, ensuring the security of the handoff process
is essential. Smooth handoffs can be exploited by attackers if not properly protected.

Rogue Agents:
The presence of rogue home agents or foreign agents can lead to security vulnerabilities.
Unauthorized agents can intercept and manipulate traffic, compromising the integrity
and confidentiality of data.
Prof. A. N. Gedam
Name & Signature of faculty
17
Log Book of the Student (Weekly Work Report)
Academic Year: 2023-2024
Name of Student: Atharva Ganesh Galwade
Enrollment No:2101410196
Name of Program: Computer Engineering
Code: 22520
Course Name: Advanced Computer Network
Title of the Micro-project: Security issues with Mobile IP
Sr. No./
Hour No.
Date
Time
1.
05/9/23
4.00pm-5.00pm
Formation of groups
2.
11/09/23
4.15pm-5.15pm
Selected the topic for micro project
3.
22/09/23
4.00pm-5.00pm
Discussed about the project
4.
22/09/23
4.30pm-5.30pm
Assigned the work to each group member
5.
29/09/23
4.00pm-5.00pm
Detailed study of micro-project
6.
06/10/23
4.00pm-5.00pm
Collected information on assignment topic
7.
12/10/23
4.15pm-5.15pm
Started working on micro-project
8.
18/10/23
4.00pm-5.00pm
Assembled all the data
9.
20/10/23
4.30pm-5.30pm
Evaluation of data
10.
22/10/23
3.45pm-4:45pm
Selected elements for simulation
11.
23/10/23
4.00pm-5.00pm
Project proposal presentation to guide
12.
16/10/23
4.15pm-5.15pm
Corrected the micro-project suggested by guide
13.
27/10/23
4.00pm-5.00pm
Constructed topology.
14.
01/11/23
4.30pm-5.30pm
Execution of project by pings and simulation
15.
02/11/23
4.00pm-5.00pm
Final micro-project presentation
16.
03/11/23
4.00pm-5.00pm
Micro-project submitted
Work Done
Prof. A. N. Gedam
Name & Signature of faculty
18
Log Book of the Student (Weekly Work Report)
Academic Year: 2022-2023
Name of Student: Shlok Dinesh Gaikwad
Enrollment No:2101410194
Name of Program: Computer Engineering
Code: 22520
Course Name: Advanced Computer Network
Title of the Micro-project: Security issues with Mobile IP
Sr. No./
Hour No.
Date
Time
1.
05/9/23
4.00pm-5.00pm
Formation of groups
2.
11/09/23
4.15pm-5.15pm
Selected the topic for micro project
3.
22/09/23
4.00pm-5.00pm
Discussed about the project
4.
22/09/23
4.30pm-5.30pm
Assigned the work to each group member
5.
29/09/23
4.00pm-5.00pm
Detailed study of micro-project
6.
06/10/23
4.00pm-5.00pm
Collected information on assignment topic
7.
12/10/23
4.15pm-5.15pm
Started working on micro-project
8.
18/10/23
4.00pm-5.00pm
Assembled all the data
9.
20/10/23
4.30pm-5.30pm
Evaluation of data
10.
22/10/23
3.45pm-4:45pm
Selected elements for simulation
11.
23/10/23
4.00pm-5.00pm
Project proposal presentation to guide
12.
16/10/23
4.15pm-5.15pm
Corrected the micro-project suggested by guide
13.
27/10/23
4.00pm-5.00pm
Constructed topology.
14.
01/11/23
4.30pm-5.30pm
Execution of project by pings and simulation
15.
02/11/23
4.00pm-5.00pm
Final micro-project presentation
16.
03/11/23
4.00pm-5.00pm
Micro-project submitted
Work Done
Prof. A. N. Gedam
Name & Signature of faculty
19
Log Book of the Student (Weekly Work Report)
Academic Year: 2023-2024
Name of Student: Omkar Suresh Ghanawat
Enrollment No:2101410198
Name of Program: Computer Engineering
Code: 22520
Course Name: Advanced Computer Network
Title of the Micro-project: Security issues with Mobile IP
Sr. No./
Hour No.
Date
Time
1.
05/9/23
4.00pm-5.00pm
Formation of groups
2.
11/09/23
4.15pm-5.15pm
Selected the topic for micro project
3.
22/09/23
4.00pm-5.00pm
Discussed about the project
4.
22/09/23
4.30pm-5.30pm
Assigned the work to each group member
5.
29/09/23
4.00pm-5.00pm
Detailed study of micro-project
6.
06/10/23
4.00pm-5.00pm
Collected information on assignment topic
7.
12/10/23
4.15pm-5.15pm
Started working on micro-project
8.
18/10/23
4.00pm-5.00pm
Assembled all the data
9.
20/10/23
4.30pm-5.30pm
Evaluation of data
10.
22/10/23
3.45pm-4:45pm
Selected elements for simulation
11.
23/10/23
4.00pm-5.00pm
Project proposal presentation to guide
12.
16/10/23
4.15pm-5.15pm
Corrected the micro-project suggested by guide
13.
27/10/23
4.00pm-5.00pm
Constructed topology.
14.
01/11/23
4.30pm-5.30pm
Execution of project by pings and simulation
15.
02/11/23
4.00pm-5.00pm
Final micro-project presentation
16.
03/11/23
4.00pm-5.00pm
Micro-project submitted
Work Done
Prof. A. N. Gedam
Name & Signature of faculty
20
Log Book of the Student (Weekly Work Report)
Academic Year: 2023-2024
Name of Student: Yatharth Jagdish Kadam
Enrollment No: 2201410584
Name of Program: Computer Engineering
Code: 22520
Course Name: Advanced Computer Network
Title of the Micro-project: Security issues with Mobile IP
Sr. No./
Hour No.
Date
Time
1.
05/9/23
4.00pm-5.00pm
Formation of groups
2.
11/09/23
4.15pm-5.15pm
Selected the topic for micro project
3.
22/09/23
4.00pm-5.00pm
Discussed about the project
4.
22/09/23
4.30pm-5.30pm
Assigned the work to each group member
5.
29/09/23
4.00pm-5.00pm
Detailed study of micro-project
6.
06/10/23
4.00pm-5.00pm
Collected information on assignment topic
7.
12/10/23
4.15pm-5.15pm
Started working on micro-project
8.
18/10/23
4.00pm-5.00pm
Assembled all the data
9.
20/10/23
4.30pm-5.30pm
Evaluation of data
10.
22/10/23
3.45pm-4:45pm
Selected elements for simulation
11.
23/10/23
4.00pm-5.00pm
Project proposal presentation to guide
12.
16/10/23
4.15pm-5.15pm
Corrected the micro-project suggested by guide
13.
27/10/23
4.00pm-5.00pm
Constructed topology.
14.
01/11/23
4.30pm-5.30pm
Execution of project by pings and simulation
15.
02/11/23
4.00pm-5.00pm
Final micro-project presentation
16.
03/11/23
4.00pm-5.00pm
Micro-project submitted
Work Done
Prof. A. N. Gedam
Name & Signature of faculty
21
ANNEXURE III
Rubric for Assessment of a Micro Project
Sr.
No
Characteristic to
be assessed
Indicators for different Levels of Performance
(Evaluation Scale: 1-10)
Poor (1-3)
Average (45)
Good (6-8)
Excellent (910)
Relevance to the
course
Related to vary
few Los
Related to
some Los
Addressed atleast one CO
Addressed
more than one
CO
2
Literature
review/
information
collected
Not more than
two sources
(Primary and
secondary),
very old
references
At least five
relevant
sources, at
least 2 latest
At least 7
relevant
sources, latest
About 10
relevant
sources, latest
3
Completion of
target as per
project proposal
Completed less
than 50%
Completed
50 to 60%
Completed
60 to 80 %
Completed
more than
80 %
1
4
5
Analysis of data
and
representation
Quality of
prototype/Model
Sample size
small, data
neither
organized nor
presented well
Incomplete
fabrication/
assembly
Sufficient and
Sufficient and
appropriate
appropriate
sample,
sample,
enough data
enough data
generated but
generated
not organized
which is
and not
organized and
presented
presented
well. No or
well but poor
poor
interference
interference
drawn.
drawn.
Just
assembled/
fabricated and
parts are not
functioning
well. Not in
proper shape,
dimensions
beyond
tolerance
limit.
Well,
assembled /
fabricated
with proper
functioning
parts. In
proper shape,
with in
tolerance
dimensions
and good
Enough data
collected by
sufficient and
appropriate
sample size.
Proper
interference
drawn by
organizing
and
presenting
data through
tables, charts
and graphs.
Well,
assembled/
fabricated
with proper
functioning
parts. In
proper shape,
with
intolerance
dimensions
and good
22
Appearance/
finish shabby.
6
7
8
finish. But no
creativity in
design and
use of
material.
appearance/
finish.
Creativity in
design and
use of
material.
Report
Preparation
Very short,
poor-quality
sketches,
details about
methods,
material,
precaution and
conclusions
omitted, some
details wrong
Nearly
sufficient and
correct details
about
methods,
material,
precautions
and
conclusion,
but clarity is
not there in
presentation.
But not
enough
graphic
description.
Detailed,
correct and
clear
description of
methods,
materials,
precautions
and
conclusions.
Sufficient
graphical
description.
Very
Detailed,
correct and
clear
description of
methods,
materials,
precautions
and
conclusions.
Enough
tables, charts
and sketches.
Presentation of
the micro project
Major
information is
not included,
information is
not well
organized.
Includes
major
information
but not well
organized and
not presented
well.
Includes
major
information
well
organized but
not presented
well.
Well
organized,
includes
major
information,
well
presented
Viva
Could not
reply to
considerable
number of
questions
Replied to
considerable
number of
questions but
not properly
Replied
properly to
considerable
number of
questions
Replied most
of the
questions
properly.
23
ANNEXURE IV
Micro Project Evaluation Sheet
Name of Student: Atharva Ganesh Galwade
Enrolment No: 2101410196
Name of Program: Computer Engineering
Semester: 5I
Course Name: Advanced Computer Network
Code: 22520
Title of the Micro-project: Security issues with Mobile IP
Roll No.: 2404
Course Outcomes Achieved:
Write with respect to your project.
Poor
Sr Characteristic to be
(Marks
No.
accessed
1-3)
A.
1
2
3
Average
(Marks
4-5)
Good
(Marks
6-8)
Excellent
(Marks
9-10)
Sub
Total
Process and Product Assessment (Convert above total marks out of 6 Marks)
Relevance to the course
Literature
Review/information
collection
Completion of the
Target as per project
proposal
4
Analysis of Data and
representation
5
Quality of the
Prototype/Model
6
Report Preparation
B. Individual Presentation/ Viva (Convert above total marks out of 4 Marks)
7
Presentation
8
Viva
24
(A)
Process and Product Assessment
(6 Marks)
(B)
Individual Presentation/ Viva
(4 Marks)
Total
(10 Marks)
Comments/ suggestions about Team work/ Leadership/Inter-Personal
communication (If any)
……………………………………………………………………………………
Name and Designation of the Teacher ………………………………………
Dated Signature of the Teacher ………………………………………
25
Micro Project Evaluation Sheet
Name of Student: Shlok Dinesh Gaikwad
Enrolment No: 2101410194
Name of Program: Computer Engineering
Semester: 5I
Course Name: Advanced Computer Network
Code: 22520
Title of the Micro-project: Security issues with Mobile IP
Roll No.: 2433
Course Outcomes Achieved:
Write with respect to your project.
Poor
Sr Characteristic to be
(Marks
No.
accessed
1-3)
B.
1
2
3
Average
(Marks
4-5)
Good
(Marks
6-8)
Excellent
(Marks
9-10)
Sub
Total
Process and Product Assessment (Convert above total marks out of 6 Marks)
Relevance to the course
Literature
Review/information
collection
Completion of the
Target as per project
proposal
4
Analysis of Data and
representation
5
Quality of the
Prototype/Model
6
Report Preparation
C. Individual Presentation/ Viva (Convert above total marks out of 4 Marks)
7
Presentation
8
Viva
26
(A)
Process and Product Assessment
(6 Marks)
(B)
Individual Presentation/ Viva
(4 Marks)
Total
(10 Marks)
Comments/ suggestions about Team work/ Leadership/Inter-Personal
communication (If any)
……………………………………………………………………………………
Name and Designation of the Teacher ………………………………………
Dated Signature of the Teacher ………………………………………
27
Micro Project Evaluation Sheet
Name of Student: Omkar Suresh Ghanawat
Enrolment No: 2101410198
Name of Program: Computer Engineering
Semester: 5I
Course Name: Advanced Computer Network
Code: 22520
Title of the Micro-project: Security issues with Mobile IP
Roll No.: 2413
Course Outcomes Achieved:
Write with respect to your project.
Poor
Sr Characteristic to be
(Marks
No.
accessed
1-3)
C.
1
2
3
Average
(Marks
4-5)
Good
(Marks
6-8)
Excellent
(Marks
9-10)
Sub
Total
Process and Product Assessment (Convert above total marks out of 6 Marks)
Relevance to the course
Literature
Review/information
collection
Completion of the
Target as per project
proposal
4
Analysis of Data and
representation
5
Quality of the
Prototype/Model
6
Report Preparation
D. Individual Presentation/ Viva (Convert above total marks out of 4 Marks)
7
Presentation
8
Viva
28
(A)
Process and Product Assessment
(6 Marks)
(B)
Individual Presentation/ Viva
(4 Marks)
Total
(10 Marks)
Comments/ suggestions about Team work/ Leadership/Inter-Personal
communication (If any)
……………………………………………………………………………………
Name and Designation of the Teacher ………………………………………
Dated Signature of the Teacher ………………………………………
29
Micro Project Evaluation Sheet
Name of Student: Yatharth Jagdish kadam
Enrolment No: 2201410584
Name of Program: Computer Engineering
Semester: 5I
Course Name: Advanced Computer Network
Code: 22520
Title of the Micro-project: Security issues with Mobile IP
Roll No.: 2417
Course Outcomes Achieved:
Write with respect to your project.
Poor
Sr Characteristic to be
(Marks
No.
accessed
1-3)
D.
1
2
3
Average
(Marks
4-5)
Good
(Marks
6-8)
Excellent
(Marks
9-10)
Sub
Total
Process and Product Assessment (Convert above total marks out of 6 Marks)
Relevance to the course
Literature
Review/information
collection
Completion of the
Target as per project
proposal
4
Analysis of Data and
representation
5
Quality of the
Prototype/Model
6
Report Preparation
E. Individual Presentation/ Viva (Convert above total marks out of 4 Marks)
7
Presentation
8
Viva
30
(A)
Process and Product Assessment
(6 Marks)
(B)
Individual Presentation/ Viva
(4 Marks)
Total
(10 Marks)
Comments/ suggestions about Team work/ Leadership/Inter-Personal
communication (If any)
……………………………………………………………………………………
Name and Designation of the Teacher ………………………………………
Dated Signature of the Teacher ………………………………………
31
Program /Semester /Master: CO-5I
Course /Course code: Advanced Computer Network (22520)
Title of the project: Security issues with mobile IP
Assessment of micro project based on rubrics for performance in group activity :( Marks to be given out of 6)
Assessment of performance in individual presentation/Viva of micro project: (Marks to be given out of 4)
Scale used for assessment: Poor (1-3), Average (4-5), Good (6-8), Excellent (9-10)
A) Process and Product Assessment (A):
Rubric
No.
1
2
3
4
5
6
Characteristics to be assessed
Marks Obtained out of 10
Relevance to course
Literature review/information collection
Completion of target as per project proposal
Analysis of data and representation
Quality of prototype/model
Report Preparation
Total Out of (60)
Process and Product Assessment (A) :Total Out of (06)
B) Individual Presentation/Viva(B)
Rubric
7
Roll No.
Enrollment
No.
Name of
Student
Individ
ual
Present
ation
Marks
out of
10
2404
2433
2413
2417
2101410196
2101410194
2101410198
2201410584
Rubric
Individual
8
Presentati
on/Viva
Indivi (Addition
of marks
dual
in Rubric
Viva
7 to 8)
Individual
Presentatio
n/Viva
(Convert
out of 08
marks into
out of 4)
(B)
Total
(A+B)
Marks
out of
10
Marks out
of 04
Marks
out of
10
Marks out
of 20
Atharva Galwade
Shlok Gaikwad
Omkar Ghanwat
Chetan Kadam
Prof. A. N. Gedam
Name & Signature of faculty
32