Government Polytechnic, Hisar Lesson Plan (Odd Semester)

Transcription

1 Name of the Faculty Discipline Department Government Polytechnic, Hisar Lesson Plan (Odd Semester) : Dr. Ajit Kumar : Computer Engineering : Computer Engineering Semester : 3 rd Subject : Programming in C Lesson Plan Duration : 15 weeks ( from July, 2018 to Dec., 2018) Work load (Lecture / Practical) per week(in hours): Lectures - 04, Practicals - 06 Theory Week Lecture Practical day (Including assignment / test) Day Algorithm and Programming Development: Introduction Steps in development of a program Practical Programming exercises on executing and editing a C program Flow charts, Algorithm development Programming exercises on executing and editing 4th Programme Debugging a C program Algorithm and Flowchart writing for practical 5th. Programming exercises on executing and editing Algorithm and Flowchart writing for practical a C program 6th. Practice of error detection and corrections in 7th examples. Programming exercises on executing and editing 4th Program Structure : Introduction to a C program 8th structure of C program 9th Keywords, assign statements Programming exercises on executing and editing 5th 10th I/O statements:printf and Scanf a C program 11th Constants, variables and data types Programming exercises on defining variables 6th 12th Operators and Expressions and assigning values to variables 4th 13th Unformatted and Formatted IOS Programming exercises on arithmetic and 7th 14th Data Type Casting relational operators 5th 15th Basic Program writing and practice Programming exercises on arithmetic 8th 16th Revision of Unit II expressions and their evaluation 17th Control Structures :Introduction and use Programming exercises on formatting 9th 18th Decision making with IF statement input/output using printf and scanf and their 19th Practice of IF statement with examples Programming exercises using if statement, if 10th 20th IF Else and Nested IF Else 6th 2 While and do-while, for loop Programming exercises on do while, 11th 2 Loop Practice and revision statement. 2 Break. Continue statements 24th goto and switch statements 12th Programming exercises on switch statement. 7th 25th Revision of Unit III 26th Practice of Control structures using examples. 13th Programming exercises on for statement 27th Class Test of III Programming exercises on do while, statement 14th 28th Pointers :Introduction to pointers and for statement 8th Address operator and pointers, Declaring and 29th initializing pointers 15th Simple programs using pointers 30th Single pointer 3 Revision of Unit IV 3 Practice of Pointers using examples and 16th Simple programs using pointers 9th 3 Functions:Introduction to functions Global and Local Variables 17th Simple programs using functions 10th 11th 34th Function Declaration, Standard functions 35th Parameters and Parameter Passing 36th 37th 38th 39th Call - by value/reference Revision of functions and Parameter Passing Arrays and Strings:Introduction to Arrays, Array Declaration, Length of array 18th 19th Simple programs using functions Programs on one-dimensional array. Programs on two-dimensional array. Single and Multidimensional Array,Arrays of Programs on one-dimensional array. characters 20th Programs on two-dimensional array. 40th Revision of Arrays and functions. 4. Examples of programs and Practice of array and functions Introduction of Strings: String declaration 4 and definition, String Related function i.e. 2 (i) Programs for putting two strings together. (ii) Programs for comparing two strings 4 Passing an array to function 2 Programs on functions using array as parameters

2 Week Lecture Practical 12th 13th day (Including assignment / test) Day Programming examples of array passing as 44th argument to a function Revision of arrays and functions with examples 45th 2 Programs on functions using array as parameters 46th Pointers to an array and strings 47th Pointers to an array and strings detailed Programs on functions,strings and parameter 24th 48th Class Test of Pointers and Functions passing by reference Structures and Unions : Introduction 49th,Declaration of structures 25th Simple programs using structures 50th Accessing structure members 5 Structure Initialization 5 Pointer to a structures 14th 5 Unions: Introduction 54th Difference between Structures and unions 55th Program examples of structures and unions 56th Revision of Structure and unions 15th 57th Revision of Pointers 26th 27th 28th Simple programs using structures Simple programs using union Simple programs using union Programming exercises on do while, statement 29th 58th Revision of Loops and Control Structures. and for statement 59th 60th Class Test of Loops, Pointers and Control Structures Revision of Structure and unions 30th Programming exercises on do while, statement and for statement

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4 Government Polytechnic Hisar Lesson Plan (Odd Semester) Name of the faculty: Manish Nagar Discipline: Computer Engineering Semester: III Semester Subject: Programming in C Language Lesson Plan Duration: July 18 to Dec 18 Work Load (Lecture/Practical) per week (in hours):03- Lectures/02- Practicals Week Theory Practical Lecture Day (including assignment/test) Practical Day 2 nd 3 rd 4 th 5 th 6 th 7 th 19 th 1 st Algorithm and Programming Development - Steps in development of a program 2 nd Flowcharts, Algorithm Development 3 rd Programme Debugging 4 th Program Structure I/O Statements, assign statements 5 th Constants, Variables and Data Types 6 th Operators and Expressions 1 st executing and editing a C Programming exercises on Program. 2 nd Programming exercises on defining variables and assigning values to a variable. 3 rd arithmetic and relational Programming exercises on operators. 4 th Revision of last hour program and file checking Programming exercises on 7 th Unformatted and formatted IOS 5 th arithmetic expressions and their evaluation. 8 th Data Type Casting Programming exercises on 6 th formatting input/output 9 th Assignment of Unit 1 and Unit 2 using printf and scanf and their return type values. 10 th Test 7 th Programming exercises using if statement 11 th Control Structures Introduction 12 th Decision making with if Statement 13 th If - Else and Nested If 9 th Viva Voce 14 th While and do While, for loop 15 th Break, Continue, goto and Switch Statements 16 th Pointers Introduction to Pointers 17 th Address operator and Pointers 18 th Declaring and initializing Pointers 8 th Revision of last hour program and file checking 10 th Programming exercises using if-else 11 th Programming exercises on switch statement 12 th Revision of last hour program and file checking Single Pointer 13 th Programming exercises on do - while statement 20 th Functions Introduction to functions 14 th Revision of last hour program and file checking

5 8th 21 st Global and Local Variables 22 nd Function Declaration 15 th Programming exercises on for - statement 23 rd Standard Functions 24 th Parameters and Parameter Passing 16 th Revision of last hour program and file checking 25 th Call by Value 17 th Viva Voce 9 th 10 th 11 th 12 th 13 th 14 th 15 th 26 th Call by Reference 27 th Assignment of Unit 3, 4 and 5 18 th Simple Programs using pointers 28 th Test 19 th Programs on one dimensional array 29 th Arrays and Strings Introduction to Arrays 30 th Array Declaration, Length of Array 20 th Programs on two dimensional array 31 st Single and Multidimensional array 21 st Revision of last hour program and file checking 32 nd Array of Characters 33 rd Introduction of Strings 22 nd Viva Voce 34 th String Declaration and definition 23 rd Programs for putting two strings together 35 th String related function i.e. strlen, strcpy, strcmp 36 th Passing an array to function 24 th Programs for comparing two strings 37 th Pointers to an array and strings 25 th Revision of last hour program and file checking 38 th Structures and Unions Declaration of Structures 39 th Accessing Structure members 26 th Simple Programs using functions 40 th Structure Initialization 27 th Simple Programs using Structures 41 st Pointers to a Structures 42 nd Unions 28 th Simple Programs using Unions 43 rd Assignment of Unit 6 and 7 29 th Revision of last hour program and file checking 44 th Revision 45 th Test 30 th Viva Voce (Signature of the Faculty)

6 Govt. Polytechnic Hisar Name of Faculty : NITIN Semester : 5th Subject : Environment Education Lesson Plan : 15 Weeks (from July, 2018 to Nov 2018) : Week 1 Theory Lecture Day (including assignment / test) Day Definition and Scope of Environmental Education Day Importance of Environmental Education Day Revision of Chapter-1 Department : Computer Engg. Lecture - 3 (T) th Day Seminar on definition, scope and Importanceof Environmental Education 5th Day Basics of ecology and biodiversity 6th Day Introduction of eco system and its components 7th Day How to provide sustainable development 8th Day Revision of Chapter-2 9th Day 10th Day 11th Day 12th Day 13th Day 14th Day 15th Day 16th Day Seminar on Basics of ecology and biodiversity, eco system and sustainable development Sources of pollution - natural and manmade, Causes, effects and control measures of air pollution Causes, effects and control measures of water pollution Causes, effects and control measures of noise pollution Causes, effects and control measures of soil pollution Causes, effects and control measures of radio active and nuclear pollution Revision of Chapter-3 Seminar of causes, effects and control measures of pollution (air, water, noise, 17th Day soil,radioactive and nuclear) and their units of measurement 18th Day Definition of solid waste and solid waste managmenet waste 19th Day Causes, effects and control measures of urban waste 20th Day Causes, effects and control measures of industrial waste 2 Day Revision of Chapter-4 Se i ar o Solid aste a age e t Causes, effe ts a d o trol easures of ur a 2 Day and industrial waste 2 Day Definition of Mining and deforestation 24th Day Causes, effects and control measures of Mining 25th Day Causes, effects and control measures deforestation 26th Day Revision of Chapter-5 27th Day Se i ar o Mi i g a d deforestatio Causes, effe ts a d o trol easures 28th Day Environmental Legislation - Water (prevention and control of pollution) Act th Day Environmental Legislation - Air (Prevention and Control of Pollution) Act th Day Environmental Legislation - Environmental Protection Act Day Role and Function of State Pollution Control Board 3 Day Environmental Impact Assessment (EIA) 3 Day Revision of Chapter-6

7 th Day Seminar on Environmental Legislation - Water (prevention and control ofpollution) Act 1974, Air (Prevention and Control of Pollution) Act 1981 and Environmental Impact Assessment (EIA)Environmental Protection and Function of State Pollution Control Board, 35th Day Introduction of Energy resources and its types 36th Day Role of Non-conventional Energy Resources - Solar Energy and Wind Energy 37th Day Role of Non-conventional Energy Resources - Bio Energy and Hydro Energy 38th Day Revision of Chapter-7 Seminar of Role of Non-conventional Energy Resources (Solar Energy, Wind Energy, Bio 39th Day Energy, Hydro Energy), Discussion of Current Issues in Environmental Pollution 40th Day Explaining Global Warming and depeletion of ozone layer and Its effect on u. Discussion of Green House Effect and Recycling of Material Understanding the importance of Rain Water Harvesting and Maintenance of 4 Day Groundwater 4 Day Definition of Carbon Credits and Acid Rain. What are Environmental Ethics? 4 Day Revision of Chapter th Day 45th Day Se i ar o Curre t Issues i E iro e tal Pollutio Glo al War i g, Gree House Effect, Depletion of Ozone Layer, Recycling of Material, Environmental Ethics, Rain Water Harvesting, Maintenance of Groundwater, Acid Rain, Carbon Credits Revision of Complete Syllabus and Final Conclusion

8 3 rd User operating system interface, Lesson Plan Name of the Faculty : Sanjeev Gera ( Sr. Lect) Discipline : Computer Engg. Semester : Subject : Operating System Lesson Plan Duration : 15 weeks (from July 2018 to Nov 2018) Work Load (Lecture / Practical) per week (in hours): Lectures-03, Practical-03 Week Theory Practical 1 st Lecture day (including assignment / test) 1 st Definition of Operating Systems, Types of Operating Systems,, 2 nd Operating System Services Practical Day Prac. 1 Demonstration of all the controls provided on Control Panel 2 nd 5 th System Program th 4 System Calls, Types of System Calls 6 th Operating System Structure, th 7 3 rd 8 th Revision Virtual Machine, Benefits of Virtual Machine 9 th Revision th Process concept, Process State, Process Control 10 Block, 4 th 11 th Process Scheduler, Context Switch, 12 th Operations on Processes, Interprocess Communication, 13 th Scheduling Queues, Scheduler, Job Scheduler,, 5 th 14 th Shared Memory Systems, Message-Passing Systems 15 th CPU Scheduler, Scheduling Criteria, Scheduling Algorithms, Preemptive and Non Preemptive, First come 16 th first serve (FCFS), Shortest Job first 4th 5th Demonstration of all the controls provided on Control Panel Prac. 2 Exercise on Basics of windows. Prac. 3 Installation of Linux Operating System Prac. 4 Usage of directory management commands of Linux: ls, cd, pwd, mkdir, rmdir 6 th 17 th (SJF), Round Robin (RR), Multiprocessor scheduling, 6th Usage of directory management commands of Linux: ls, cd, pwd, mkdir, rmdir 18 th Process Synchronization.

9 Week Theory Practical 7 th Lecture day (including assignment / test) 19 th Deadlock, Conditions for Dead 20 th, Methods for handling deadlocks, Dead Prevention, Lock Deadlock Avoidance, Deadlock detection, 21 st Recovery from deadlock. Practical Day 7th Prac. 5 Usage of File Management commands of Linux: cat, chmod,cp, mv, rm, pg, more, find 8 th 9 th 22 nd Definition Logical and Physical address Space, Swapping,, 23 rd Memory allocation, Contiguous Memory allocation, Fixed and variable partition, 24 th Internal and External fragmentation and Compaction 25 th Paging Principle of operation, Page allocation, 26 th Hardware support for paging, Protection and sharing, Disadvantages of paging, 27 th Segmentation, Virtual Memory. 8th 9th Usage of File Management commands of Linux: cat, chmod,cp, mv, rm, pg, more, find Prac. 6 Use the general purpose commands of Linux: wc, od, lp, cal, date, who, whoami 10 th 11 th th th 13 th 14 th 28 th Revision 29 th Dedicated Devices, Shared Devices, I/O Devices, Storage Devices, 30 th Buffering, Spooling. 31 st Types of File System; Simple file system, Basic file system, 32 nd Logical file system, Physical file system, 33 rd Various Methods of Allocating Disk Space History of Linux and Unix, Linux Overview, Structure of Linux, Linux releases, 35 th Open Linux, Linux System Requirements, 36 th Linux Commands and Filters: mkdir, cd,rmdir,pwd, ls, who, whoami, date, cat,chmod, 37 th, cp, mv, rm,pg,more, pr, tail, head, cut, paste, nl, grep 38 th wc, sort, kill, write, talk,mseg,wall, merge,mail, news 39 th Shell: concepts of command options, input, output,redirection,pipes, 40 th redirecting and piping with standard errors, 41 st Shell scripts,vi editing commands 42 nd Shell scripts,vi editing commands 10th 11th 12th 13th 14th Use the general purpose commands of Linux: wc, od, lp, cal, date, who, whoami Prac. 7 Using the simple filters: pr, head, tail, cut, paste, nl, sort Prac. 8 Communication Commands: news, write, talk, mseg, mail, wall Prac. 9 Write a shell program that finds the factorial of a number. Prac 10 Write a shell program that finds whether a given number is prime or not.

10 Week Theory Practical Lecture day (including assignment / test) Practical Day 15 th 44 th Revision rd 43 Revision 15th 45 th Revision

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12 Lesson Plan of Odd Semester Name of the Faculty: Discipline: Semester: Subject: Sh. Munish Garg Computer Engg. 3 rd MULTIMEDIA APPLICATIONS Lesson Plan Duration: 16 Weeks (From July, 2018 to Nov, 2018) Work Load (Lecture/Practical) per week (In Hours): Lectures-03, Practical - 06) Week Lecture Day Theory (Including assignment/test) Practical Day 1 st 1 st Introduction to Multimedia Systems 1 st Introduction to Multimedia softwares 2 Concept of Multimedia, History of Multimedia 2 nd Revise 3 Multi media hardware and software 2 nd 4 various classes 3 rd Practical checking and testing 5 components, 6 Quality criteria 4 th Installation of various multimedia software like Photoshop, 3 rd 7 and specifications of different capturing devices, 5 th Practical checking and testing 8 Communication devices, Storage devices 9 Display devices, Elements of Multimedia 6 th Installation of Flash, 4 th 10 and different multimedia file formats 7 th Practical checking and testing 11 Applications of multimedia 8 th Director or any open source software 12 Benefits and problems. 5 th 13 Content and Project Planning, Designing and development 9 th Practical checking and testing 14 Planning steps and process, 15 Concept of data compression, Text encoding, 10 th Installing and use of various multimedia devices 6 th 16 Audio encoding techniques, 11 th Practical checking and testing 17 Types of images, 18 Capturing images using camera/scanner, 12 th Scanner,Digital camera, web camera 7 th 19 coding techniques for Moving Images, Editing 13 th Mike and speakers 20 Editing of images audio, text, 21 video and graphics, 14 th Touch screen

13 8 th 22 navigation and user interface designing, 15 th Practical checking and testing 23 Use of various codes like bar code, 24 QR code in multimedia applications. 16 th Plotter and printers 9 th 25 Using Image Processing Tools 17 th DVD - Audio CD and Video CD 26 Photo-shop workshop, 27 image editing tools, 18 th Practical checking and testing 10 th 28 specifying and adjusting colors, 19 th Reading and writing of different format on CD/DVD 29 using gradient tools, 30 selection and move tools, 20 th Practical checking and testing 11 th 31 transforming path drawing 21 th Transporting audio and video files 32 and editing tools, 33 using channels, 22 th Assignment 12 th 34 layers, 23 th Using various features of Flash 35 filters 36 and actions 24 th Practical checking and testing 13 th 37 Multimedia Authoring Tools 25 th Using various features of Photo-shop 38 Multimedia Authoring Tools 39 Icon based, Time based, 26 th Practical checking and testing 14 th 40 Story boarding/scripting 27 th Making multimedia presentations combining, Flash, Photo-shop, 41 and object oriented 42 working in macromedia flash, 28 th such as department profile, 15 th 43 exploring interface 29 th lesson presentation 44 Using selection of PEN tools. 45 Working with drawing and painting tools, 30 th Project presentations. 16 th 46 applying colour viewing and manipulating time line, 47 animating, processing, guiding layers, 48 th importing and editing sound and video clips in flash 31 th Generation and recognition of bar code 32 th QR code using pre built application/mobile applications.

14 GOVERNMENT POLYTECHNIC, HISAR Lesson Plan Name of faculty : Dr. Ajit Kumar Discipline : Computer Engineering Semester : 5th Subject : Employability Skills Lesson Plan Duration : 15 Weeks (from July, 2018 to Nov, 2018) Work Load(Lecture/ Practical) per week (in hours): Lectures-nil, Practicals 02 Week Practi day 1 Writing skills Theory (including assignment / test) 2 i) Official and business correspondence 2 nd 3 ii) Job application - covering letter and resume 4 ii) Job application - covering letter and resume 5 iii) Report writing - key features and kinds 6 iii) Report writing - key features and kinds 4 th 7 Revision 8 2. Oral Communication Skills 5 th 9 i) Giving advice 10 i) Giving advice 6 th 11 ii) Making comparisons 12 ii) Making comparisons 7 th 13 iii) Agreeing and disagreeing 14 iii) Agreeing and disagreeing 8 th 15 iv) Taking turns in conversation 16 iv) Taking turns in conversation 9 th 17 v) Fixing and cancelling appointments 18 v) Fixing and cancelling appointments 10 th 19 Revision

15 20 3. Generic Skills 11 th 21 i) Stress management 22 ii) Time management 12 th 23 iii) Negotiations and conflict resolution 24 iii) Negotiations and conflict resolution 13 th 25 iv) Team work and leadership qualities 26 iv) Team work and leadership qualities 14 th 27 Revision 28 Revision 5 th 29 Revision 30 Revision

16 Lesson Plan of Odd Semester Name of the faculty: Discipline: Semester: Subject: Naveen Arora Computer Engg. 5 th Employability Skills-I Lesson Plan Duration: 16 Weeks (From July,2018 to Nov,2018) Workload (Practical) per week (In Hours)Practical-02 Week Practical Day Practical 1 st 1 st Writing skills And Official Correspondence 2 nd 2 nd business correspondence and Revision 3 rd 3 rd Job application and covering letter and resume 4 th 4 th Report writing - key features and kinds 5 th 5 th Oral Communication Skills 6 th 6 th Verbal Communication Skills : -Speak Clearly, Use the appropriate tone, Consider your audience, Respond Appropriately 7 th 7 th Giving advice 8 th 8 th Advice Frequently and Good Advice 9 th 9th Making comparisons 10 th 10 th Personality,Planning and Organisation Skills 11 th 11 th Agreeing and disagreeing 12 th 12 th Revise 13 th 13 th Taking turns in conversation 14 th 14 th Fixing and cancelling appointments

17 15 th 15 th Generic Skills i) Stress management ii) Time management 16 th 16 th Negotiations and conflict resolution iv) Team work and leadership qualities

18 Name of the Faculty Discipline Department Semester : 5th Government Polytechnic,Hisar Lesson Plan (Odd Semester) : Naveen Arora : Computer Engineering : Computer Engineering Subject : RDBMS Lesson Plan Duration : ( From July, 2018 to Dec., 2018) Week Lect. day Theory (Including assignment / test) 1. Relational Model: Relational Model Concepts: Domain, Attributes, Tuples and Relations. Relational constraints and relational database schemes Domain constraints, Key constraints and constraints on Null. Relational databases and relational database schemes Entity integrity, referential integrity and foreign key 2. Functional dependencies and Normalization: Concept of Normalization, Need of Normalization, Non-loss decomposition and functional dependencies, Trivial and Non Trivial dependencies Closure of a set of dependencies and attributes. Pract. Day 4th 4th Practical Installing SQL Server. UnInstalling SQL Server. Creating database objects. Creating database objects. Creating database objects. Creating database objects. Creating database objects. Modifying database objects. Normalization: First, Second and Third normal Modifying database objects. forms, Boyce/Codd normal form 4th Modifying database objects. 4th Multi Valued dependency 5 NF. Modifying database objects. 3. Relational Calculus and Algebra: Modifying database objects. Operations, Tuple Calculus, Domain Calculus Example of Query language based on tuple Modifying database objects. 4th Modifying database objects. 5th Example of Query language based on domain Modifying database objects. 6th 7th 4. SQL Components and Data Definition Modifying database objects. Language: SQL s basic objects, data types Aggregate functions Removing database objects. Scalar functions, null values Creating database objects Modifying database objects 4th 4th Removing database objects. Working with queries involving joins, correlation Working with queries involving joins, correlation Working with queries involving joins, correlation Working with queries involving joins, correlation Removing database objects. Working with queries involving joins, correlation 5. Queries and Data Manipulation Language : Working with Subqueries Insert statement Update statement Working with Subqueries 4th Working with Subqueries

19 8th Delete statement, Select statement Working with Subqueries Queries and sub- queries, different clauses of Working with Subqueries Join operator Working with set operators. 4th Working with set operators. 9th Correlated sub-queries, derived tables. Working with set operators. 6. Stored procedures and User defined Working with set operators. functions : Procedural extensions IF statement Working with set operators. 4th Creating and using stored procedures 10th WHILE statement Creating and using stored procedures Local variables Creating and using stored procedures Try and catch statements Creating and using stored procedures 4th Creating and using stored procedures 11th Stored procedures User defined functions. User defined functions, system catalog. User defined functions. 7. Indexes, Views and Security: Guidelines for User defined functions. creating and using indexes 4th User defined functions. 12th Creating and using views User defined functions. Advantages and disadvantages of views, security system of database engine, database security Creating indexes. Roles, authorization: grant, deny, revoke Creating indexes. statements. 4th Creating indexes. 13th 8. Triggers: Introduction to triggers Creating and using views Creating and using triggers Creating and using views Creating and using triggers 4th Creating and using views Using and understanding grant statement 14th Database level triggers Database level triggers Server level triggers Using and understanding grant statement Using and understanding revoke statement Using and understanding deny statement 4th Creating database triggers. 15th Server level triggers Creating database triggers. Revision Using database triggers Revision Using database triggers 4th Using database triggers (Signature of the teacher concerned with date)

20 LESSON PLAN Name of Faculty: Rajesh Kumar Discipline: Computer Engg Semester: 5 th Subject: Software Engineering Lesson Plan Duration: 16 weeks Work load (Lecture /Practical) per week (in hours): Lectures 03 Theory Week Lecture Day (Including Assignment/ Test) 1 Introduction to Software Engineering, Programmes v/s Software Products 1 st 2 Emergence of Software Engineering- Early Computer Programming, Highlevel Language Programming 3 Control flow based Design, Data Structure Oriented Design, Object Oriented Design 4 Revision and assignment topic 2 nd 5 Requirement of Life Cycle Model and general discussion about models 6 Classical Waterfall Model 7 Prototyping Model 3 rd 8 Evolutionary Model, Spiral Model 9 Comparison of different Life Cycle Models with their advantage and disadvantage 10 Continue lecture 9 4 th 11 Revision and assignment topic 12 Class test/ Sessional 13 Software Planning general discussion 5 th 14 Responsibilities of Software Project Manager 15 Metrics for Project Size Estimation- LOC (Lines of Code). 6 th 16 Function Point Metric 17 Project estimation Techniques- Using COCOMO Model

21 18 Continue lecture 17 7 th 19 Halstead s Software Science 20 Revision and assignment topic. 21 Expert Lecture 22 Requirement Analysis and Specification 8 th 23 Requirement gathering and Analysis 24 Software Requirement Specifications(SRS) 25 Formal Specification Technique 9 th 26 Characteristics of good SRS 27 Revision and assignment topic 28 Class Test /Sessional th 29 Seminar-1 30 Seminar-2 31 Software Design and Implementation Characteristics and features of good Software Design 11 th 32 Cohesion and Cupling 33 Software design Approaches- Function Oriented Design, Object Oriented Design 34 Structured Coding Techniques 12 th 35 Coding Styles, documentation 36 Revision and assignment topic 37 Software Testing Concept of Testing 13 th 38 Verification v/s Validations, Unit Testing 39 Black Box Testing. 40 White Box Testing 14 th 41 Integration testing, System testing and differentiate all testing 42 Revision and assignment topic

22 15 th 43 Software Quality and Maintenance Introduction to Capability Maturity Model 44 ISO9000 and Six Sigma 45 Configuration Management 46 Revision/ seminar 16 th 47 Revision/ Seminar 48 Sessional