Lesson Plan for Even Semester
Govt. Polytechnic Ambala City
Name of the Faculty: Dr. Rakesh Kumar
Discipline: Programmer
Semester: 6th
Subject: DISTRIBUTED COMPUTING
Lesson Plan Duration: 15 weeks (from January, 2019 to April, 2019)
Work Load (Lecture/ Practical) per week (in hours): Lectures- 03
Week
Theory Practical
Lecture
day
Topic
(including
assignment/ test)
Practical
day
Topic
1st
1st
Introduction of Cloud Computing
1st
nd 2 Overview of Cloud
Computing.
3rd
Characteristics of Cloud Computing.
2nd
4th
Characteristics of Cloud Computing
2nd
th 5 Advantages of
Cloud Computing
6th
Advantages of Cloud Computing
3rd
7th
Challenges of Cloud Computing
3rd
th 8 Challenges of Cloud
Computing
9th
Applications of Cloud Computing
4th
10th
Applications of Cloud Computing
4th
11th
Revision of 1st
unit and Assignment
12th
Introduction Service
Model
5th
13th
Saas
5th
14th
Paas
15th
Iaas
6th
16th
Deployment Models
6th
th 17 Private Cloud
18th
Private Cloud
7th
19th
Public Cloud.
7th
20th
Hybrid Cloud
21th
Community Cloud
8
th
22th
Assignment &
revision of 2rd
Chapter
8
th
23th
TEST 24th Grid Computing
Overview
9th
25rd
Introduction to Grid Computing
9th
26th
Introduction of Virtual
Organizations
27th
Detail of Virtual Organizations
10th
28th
Applications of Grid Computing
10th
29h
Applications
30th
Applications
11th
31th
Assignment &
revision of 3rd
Chapter
11th
32th
TEST
33st
Cluster Computing
12th
34rd
Cluster Computing
12th
th
35 Introduction of Peer Networks
36th
Peer to Peer Networks
13th
37th
Introduction of Utility Computing
13th
38th
Utility Computing
39th
Introduction Ubiquitous
Computing
14th
40th
Ubiquitous Computing
14th
41th Comparison of Grid
42th Cluster and Cloud Computing
15th
43th TEST 15th
44th Revision
45th Revision
Lesson Plan for Even Semester
Govt. Polytechnic Ambala City
Name of the Faculty: Sh. Krishan Singh (Theory) and Sh. Anil Kumar (Practical)
Discipline: Computer Engg.
Semester: 6th
Subject: NETWORK SECURITY
Lesson Plan Duration: 15 weeks (from January, 2019 to April, 2019)
Work Load (Lecture/ Practical) per week (in hours): Lectures+Practicals- 03 +03
Week
Theory Practical
Lecture
day
Topic (including
assignment/ test)
Practical
day
Topic
1st
1st
Need for securing a network; Principles
of Security
1st
Introduction About
Network Security 2nd
Type of attacks
3rd
introduction to cyber crime
2nd
4th
cyber law-Indian Perspective (IT Act
2000 and amended
2008), cyber
ethics,
2nd
Introduction About
Network Security and
types of Attacks th
5 Ethical hacking. What is hacking?
attacker, phreaker
etc.
6th
TEST
3rd
7th
Introduction to basic encryption and
decryption
3rd
Installation of various
antivirus software 8
th concept of
symmetric
9th
asymmetric key cryptography
4th
10th
overview of DES
4th
Comparison of various
antivirus software
th 11 RSA and PGP
12th
Introduction to
Hashing
5th
13th
MD5, SSL, SSH.
5th
Study of various
parameters of firewall. th 14 HTTPS
15th
Digital Signatures, Digital certification,
IPSec
Installation and study of various parameters of
firewall.
6th
16th
Revision and assignments
6th
Writing program in C to
Encrypt/Decrypt using
XOR key.
17th
TEST
18th
Definitions, preventive measures
7th
19th
access central, checksum
verification
7th
Writing program in C to
Encrypt/Decrypt using
XOR key. th
20 process configuration
21th
virus scanners
8th
22th
heuristic scanners
8th
Revision and Problem
solving
23th
application level virus scanners,
Deploying virus
protection. 24th
TEST
9th
25rd
Definition and types of firewalls
9th
Study of VPN. th 26 firewall
configuration
27th
Limitations of firewall.
10th
28th
TEST
10th
Study of VPN. 29
h Introduction; IDS
limitations –
teardrop attacks
30th
counter measures
11th
31th
Host based IDS set up
11th
Study of various hacking
tools.
32th
TEST
33st
Handling Cyber Assets-
Configuration policy
as per standards
12th
34rd
Disposable policy
12th
Study of various hacking
tools.
th 35 Revision and
assignments
36th
TEST
13th
37th
Basics, setting of VPN, VPN diagram
13th
Practical applications of
digital signature.
th 38 configuration of
required objects
39th
exchanging keys, modifying
security policy
14th
40th
Disaster categories; network disasters
14th
Practical applications of
digital signature.
41th cabling, topology, single point of
failure,
42th save configuration files;
server disasters
15th
43th UPS, RAID, Clustering, Backups,
server recovery
15th
Revision and Problem
solving 44th Revision
45th TEST
Lesson Plan for Even Semester
Govt. Polytechnic, Ambala City
Name of the Faculty: Smt. Amrita Saini
Discipline: Computer Engg.
Semester: 6th
Subject: Programming in Java
Lesson Plan Duration: 15 weeks (from January, 2019 to April, 2019)
Work Load (Lecture/ Practical) per week (in hours): Lectures- 03 Practicals - 03
Week
Theory Practical
Lecture
day
Topic (including
assignment/ test)
Practical
day
Topic
1st
1st
A brief history, how Java works
1st
A brief history, how
Java works?, Java
Virtual Machine (JVM),
Java In Time (JIT)
compiler, Java features,
using Java with other
tools, native code, Java
application types,
nd 2 Java Virtual
Machine (JVM)
3rd
Java In Time (JIT) compiler
2nd
4th
Java features, using Java with other tools
2nd
1 a) Write a program which tells whether a
number is even or odd.
Take a range
from 1 – 50
b) Display the output
which is given below:
*
* *
* * *
c) Write a program
which sorts an array of
type integer
d) Write a programme to
determine the sum of the
following harmonic
series for a
given value of n:
1+1/2+1/3………..+1/n
the value of n should be
given
5th
native code, Java application types,
6th
comparison with C and C++
interactively through the keyboard
3rd
7th
Revision and assignments
3rd
Write a programme to convert the given
temperature in
Fahrenheit to Celsius
using
the following conversion
formula
C = F.32/1.8 and display
the value in a tabular
form
8th
Working with data types
9th
control flow statements
4th
10th
arrays
4th
Write a programme to
find all the numbers and
sum of all integers
greater than 100 less than 200 that are divisible by 7
th 11 casting
12th
command line arguments
5th
13th
Revision and assignments
5th
Given a list of marks ranging from 0 to 100,
write a programme to
compute and
print the number of
student should have
obtained marks (a) in the
range 81 to 100
(ii) In the range 61 to 80
(c) in the range 41 to 60
(d) in the range 0 to 40.
The programme should use a minimum number of if statement
14th
TEST
15th
Introduction to Classes, inheritance
Admission to a professional course is
subject to the following
conditions:
a) Marks in mathematics
>=60
b) Marks in physics
>=50
c) Marks in chemistry
>=40
d) Total in all 3 subjects
>=200 (OR)
Total in mathematics
and physics >=150 given
the marks in the 3
subjects. Write
the programme to
process the application
to list the eligible candidates
6
th
16th
encapsulation and polymorphism
6
th
The number in the sequence 1 1 2 3 5 8 13
21 ………. Are called
Fibonacci
Numbers. Write
programme using a do
….. while loop to
calculate and print the
first m Fibonacci
numbers
(Hint: after the first 2
numbers in the series,
each number is the sum
of the 2 preceding the numbers)
17th
constructors and finalizer
18th
garbage collection, access specifier
7th
19th
Revision and assignments
7th
Write a programme to evaluate the following
investment equation
V=P (1+r)n and
print the tables which
would give the value of
V for various
combination of the
following values of P, r
and n.
20th
TEST
21th
Interfaces and Packages
Using Java interface
8th
22th
using Java packages
8th
Revision and Problem
solving
th 23 Revision and
assignments
24th TEST
9th
25rd
Over view of exception handling
9th
Write a program which
will store the students
roll no. names and total
marks in the
database
th 26 method to use
exception handling th
27 method available to exceptions
10th
28th
creating your own exception classes
10th
Write a program which
will display all those
records whose marks are
above 75%
29h
Revision and assignments
30th
TEST
11th
31th
Overview, thread basics
11th
Exercises on
implementing Java
Classes. th
32 creating and running a thread
33st
The thread control methods
12th
34rd
The threads life cycle
and synchronization
12th
Exercises on exceptional
handling 35
th Revision and
assignments
36th
TEST
13th
37th
Java applets Vs Java applications
13th
Exercises on creating
and running threads
th 38 building application
with JDK
39th
building applets with
JDK
14th
40th
HTML for Java applets
14th
Revision and Problem
solving.
41th managing input- output stream
42th Revision and assignments
15th
43th Revision and assignments
15th
Revision and Problem
solving 44th Revision
45th TEST
Lesson Plan for Even Semester
Govt. Polytechnic Ambala City
Name of the Faculty: Sh. Ajay Singh
Discipline: Computer Engg.
Semester: 6th
Subject: ENTREPRENEURSHIP DEVELOPMENT AND MANAGEMENT
Lesson Plan Duration: 15 weeks (from January, 2019 to April, 2019)
Work Load (Lecture/ Practical) per week (in hours): Lectures- 03
Week
Theory
Lecture
day
Topic
(including assignment/ test)
1st
1st Introduction, Concept /Meaning and its need
2nd
Qualities and functions of entrepreneur and barriers in entrepreneurship
3rd
Sole proprietorship and partnership forms of business organizations
2nd
4th NSIC, NRDC, DC:MSME
5th SIDBI, NABARD
6th Commercial Banks, SFC’s TCO
3rd
7th KVIB, DIC
th 8 Technology Business Incubator (TBI)
9th
Science and Technology Entrepreneur Parks (STEP).
4th
10th
Revision of previous chapter, Assignment and class test
11th
Market Survey and Opportunity Identification, Scanning of business environment
12th
Salient features of National and State industrial policies and resultant business opportunities
5th
13th Types and conduct of market survey
14th
Assessment of demand and supply in potential areas of growth
15th Identifying business opportunity
6th
16th Considerations in product selection
17th
Revision of previous chapter, Assignment and class test
18th
Project report Preparation, Preliminary project report
7th
th 19 Detailed project report including technical,
economic and market feasibility 20th
21th Common errors in project report preparations
8th
22th Exercises on preparation of project report
23th
Revision of previous chapter, Assignment and class test
24th
Introduction to Management; Definitions and importance of management
9th
25th
Functions of management: Importance and Process of planning, organising, staffing,
directing and controlling
26th
Concept and structure of an organization, Principles of management (Henri Fayol, F.W.
Taylor)
27th
Types of industrial organisations a) Line organisation b) Line and staff organisation c)
Functional Organisation
10th
28th Revision of previous chapter, Assignment and class test
29th
Leadership Definition and Need, Types of leadership, Manager Vs leader, Qualities and
functions of a leader
30th
Motivation Factors affecting motivation, Definitions and characteristics, Theories of
motivation (Maslow, Herzberg, McGregor)
11th
31th
Revision of previous chapter, Assignment and class test
32th
Introduction to Man power planning, recruitment and selection, Introduction and objective, Human
Resource Management, Introduction to
performance appraisal methods
33th
ABC Analysis and EOQ, Introduction functions, and objectives , Material and Store Management
12th
34th
Introduction, importance, and its functions, Marketing and sales 128 Physical distribution,
Introduction to promotion mix, Sales promotion
35th Introductions, importance and its functions, Financial Management
36th
Elementary knowledge of income tax, sales tax, excise duty, custom duty and VAT
13th
37th
Revision of previous chapter, Assignment and class test
38th
Definition and need, Customer Relation Management (CRM), Types of CRM
39th Just in time (JIT),Total employees Involvement,
Statistical process control, Total Quality
Management (TQM)
14th
40th
41th
Intellectual Property Right (IPR); Introductions, definition and its importance
42th
Infringement related to patents, copy right, trade mark
15th
43th Revision of previous chapter, Assignment and
class test
44th entrepreneurship awareness camp
45th interactions sessions with entrepreneurs
Lesson Plan for Even Semester
Govt. Polytechnic Ambala City
Name of the Faculty: Ms. Monika Sharma (Guest Faculty)
Discipline: Computer Engg.
Semester: 6th
Subject: Employability Skill-II
Lesson Plan Duration: 15 weeks (from January, 2018 to April, 2018)
Work Load (Lecture/ Practical) per week (in hours):Practicals- 02
Week
Theory Practical
Lecture
day
Topic
(including
assignment/
test)
Practical day
Topic
1st
1st week
Oral Practice of students for attending
mock interviews Mock interview.
2nd
2nd week
Oral Practice of the students by
conducting Mock interview in the
institutes.
3rd
3rd week
Oral Practice of the students regarding
Preparing for meeting
4th
4th week
Oral Practice of the students regarding Preparing for meeting
5th
5th week
Oral Practice of the students for participating in Group discussion
6th
6th week
Oral Practice of students by conducting Group discussion
7th
7th week
Guiding and Oral Practice of students
for Seminar presentation.
8th
8th week
Oral Practice by conducting Seminar presentation in the institute.
9th
9th week
Oral Practice of students for Making a presentation
10th
10th week
Oral Practice by conducting presentation of students in the labs.
11th
11th week
Explaining students about the Structure and tools of presentation
12th
12th week
Oral Practice of the students regarding Paper reading and organising such
events for the students.
13th
13th week
Oral Practice by giving different task as Power point presentation.
14th
14th week
Organising Some Expert lecture on personality development and also visits
to some industries are also organised
during this period.
15th
15th week