Eligibility : All those candidates who have passed Matriculation examination AND have also passed 3 Year Diploma in any Trade from Punjab State Board of Technical Education & Industrial Training, Chandigarh or such Examination from any other recognized State Board of Technical Education, or Sant Longowal Institute of Engineering & Technology, Longowal.
OR
10+2 with 1 year Diploma in Computer Application / IT (or equivalent) from a recognized University with Mathematics as course at 10+2 or DIT / DCA level.
Syllabus (see 2nd and 3rd year only) : Click here to download
PROGRAM OUTCOMES (POs) :
On completion of this particular course, a student will be able to:
| Course Code | Course Title | Course Outcomes |
| UGCA1913 | Computer Networks | CO1 Highlight the characteristics of various protocols.
CO2 Define different network technologies and their application. CO3 Identify Hardware and software components for designing network. CO4 Compare the performance of different network media CO5 Implement various configuration settings |
| UGCA1914 | Programming in Python | CO1 Explain environment, data types, operators used in Python.
CO2 Compare Python with other programming languages. CO3 Outline the use of control structures and numerous native data types with their methods. CO4 Design user defined functions, modules, files, and packages and exception handling methods. CO5 Write solutions for Object Oriented Programming Concepts. |
| UGCA1915 | Data Structures | CO1 Apply appropriate constructs of Programming language, coding standards for application development
CO2 Select appropriate data structures for problem solving and programming CO3 Illustrate the outcome of various operations on data structures. CO4 Identify appropriate searching and/or sorting techniques for wide range of problems and data types. CO5 Differentiate between various types of data structures |
| UGCA1916 | Computer Networks Laboratory | CO1 Outline the key features of various protocols
CO2 Implement network configuration settings for an operating system CO3 Prepare different types of cables for netwroking. CO4 Design network model using network simulation tool CO5 Implement various setting on FTP, Proxy and other servers. |
| UGCA1917 | Programming in Python Laboratory | CO1 Outline various programming constructs like data types and control structures of Python.
CO2 Implement different data structures. CO3 Implement modules and functions. CO4 Illustrate concept of object oriented programming. CO5 Implement file handling. |
| UGCA1918 | Data Structures Laboratory | CO1 Implement Dynamic memory allocation.
CO2 Create different data structures in C/ C++ CO3 Implement various operations of all data structures CO4 Illustrate the outcome of various operations with the help of examples. CO5 Write programs to implement various types of searching and sorting algorithms |
| UGCA1919 | PC Assembly & Troubleshooting | CO1 Identify various components of computer systems.
CO2 Differentiate between types of processors required for different computer systems. CO3 Explain the steps to install, connect and configure various peripheral devices CO4 Execute the troubleshooting issues in Computer Systems CO5 Explain how resources can be shared over network |
| UGCA1920 | PC Assembly & Troubleshooting Laboratory | CO1 Identify key component of computer system while assembling a system.
CO2 Implement installation and configuration of computer system CO3 Perform installation, configuration and sharing of peripheral devices. CO4 Solve troubleshooting issues in Computer Systems CO5 Execute dual booting |
| BMPD302-18 | Mentoring and Professional Development | The goal of a mentorship program is to accelerate the personal and professional development of mentees. This is achieved by providing mentees with guidance, advice and feedback from mentors with more experience than themselves. |
| Course Code | Course Title | Course Outcomes |
| UGCA1921 | Software Engineering | CO1 Highlight the need of software engineering
CO2 Outline the phases and activities involved in the conventional software life cycle models CO3 Design documents for various phases of software life cycle. CO4 Compute the complexity of the software based on multiple metrices. CO5 Identify the tools needed for different types of documents required in software engineering. |
| UGCA1922 | Database Management System | CO1 Define the basic concepts of DBMS.
CO2 Design SQL queries. CO3 Illustrate the concept of data normalization with the help of real life examples. CO4 Explain the concept of transaction management. CO5 Outline features of advanced database management systems. |
| UGCA1923 | Operating Systems | CO1 Discuss the evaluation of operating systems.
CO2 Explain different resource managements performed by operating system. CO3 Describe the architecture in terms of functions performed by different types of operating systems. CO4 Analyze the performance of different algorithms used in design of operating system components. CO5 Compare the key properties of different types of Operating Sysytems. |
| UGCA1924 | Software Engineering Laboratory | CO1 Identify the scope and objective of different domains that have impact on society
CO2 Create data flow diagrams CO3 Compute software complexity using latest tools CO4 Design a software engineering process life cycle. CO5 Implement specification, design, implementation, and testing process using latest tools |
| UGCA1925 | Database Management Systems Laboratory | CO1 Differentiate between DDL, DML and DCL commands
CO2 Implement DDL, DML and DCL commands CO3 Write integrity constraints on a database CO4 Design Databases and Tables in relational model for some project related to society welfare CO5 Implement PL/SQL |
| UGCA1926 | Operating Systems Laboratory | CO1 Implement the installation and configuration of different operating systems.
CO2 Write programs for different scheduling algorithms. CO3 Execute various commands in Vi editor CO4 Implement the dual boot installation CO5 Execute commands in shell programming |
| UGCA1927 | Web Designing | CO1 Create pages with simple tags in HTML
CO2 Design webpages with multiple sections or frames CO3 Explain how to link webpages through hypertext or images a links CO4 Outline the key web designing concepts using java script CO5 Design forms with special controls using HTML |
| UGCA1928 | Web Designing Laboratory | CO1 Design pages with simple tags in HTML
CO2 Create web pages with Audio and Video content in it. CO3 Illustrate the movement from one web page to another CO4 Implement advanced web designing concepts using java script CO5 Execute a small web based project for the benefit of society |
| BMPD402-18 | Mentoring and Professional Development | The goal of a mentorship program is to accelerate the personal and professional development of mentees. This is achieved by providing mentees with guidance, advice and feedback from mentors with more experience than themselves. |
| Course Code | Course Title | Course Outcomes |
| UGCA1929 | Programming in PHP | CO1 Outline the importance and benefits of PHP
CO2 Compare Client Side Script & Server Side Script. CO3 Explain the use of control structures, data types used in PHP. CO4 Implement database connectivity. CO5 Develop Dynamic Website that can interact with different kinds of Database Languages. |
| UGCA1930 | Programming in PHP Laboratory | CO1 Write scripts for basic web page designs
CO2 Design the work flow of web page with the help of various control statements CO3 Differentiate between client side and server side scripting CO4 Illustrate the concept of static and dynamic websites CO5 Implement the database concepts in PHP |
|
UGCA1931 |
Elective -I
Data Warehouse and Mining |
CO1 Highlight the need of Data Warehousing & Mining
CO2 Differentiate between the Transactional and Analytical data models. CO3 Identify the real life applications where data mining can be applied. CO4 Apply different data mining algorithms on wide range of data sets. CO5 Explain the role of visualization in data representation and analysis. |
| UGCA1932 | Programming in Java | CO1 Define various Object Oriented concepts in Java Programming.
CO2 Compare different data types in java. CO3 Differentiate between built-in and user defined functions/methods, interfaces and packages etc. CO4 Outline the importance of exception handling in programs. CO5 Explain advanced concepts like multithreading, applet used in java. |
| UGCA1933 | Internet of Things | CO1 Define the concept of IoT
CO2 Outline various domains of IOT CO3 Explain M2M (machine to machine) applications with necessary protocols CO4 Express the need of IOT system management. CO5 Implement the basic Raspberry PI platform for creating IOT applications. |
|
UGCA1934 |
Elective -II
Computer Graphics |
CO1 Identify different types of Input and Output devices.
CO2 Outline the key characteristics of virtual relaity. CO3 Explain different algorithms to draw shapes like line, circle, point, etc. CO4 Differentiate between 2-D and 3-D coordinate system CO5 Define projection. |
| UGCA1935 | Linux Operating System | CO1 Discuss the evolution of Open Source operating systems.
CO2 Prepare environment for working on open source operating system like Linux. CO3 Perform resource management in Linux CO4 Write scripts in Linux. CO5 Execute user level privileges |
| UGCA1936 | Cloud Computing | CO1 Define the concept of cloud computing.
CO2 Outline the benefits if migrating to a cloud solution for different applications. CO3 Compare different virtualization technologies. CO4 Identify various resources needed to build cloud. CO5 Explain various security threats to cloud. |
|
UGCA1937 |
Elective-I Laboratory
Data Warehouse and Mining Laboratory |
CO1 Identify different data mining tools used to analyze data.
CO2 Implement classification/ Clustering techniques in R/ Weka CO3 Create visualization for representing data. CO4 Execute various data preprocessing techniques CO5 Analyze the data which has direct impact on the society |
| UGCA1938 | Programming in Java Laboratory | CO1 Execute Core Java concepts
CO2 Illustrate the role of different data type, operators and control statement in java with the help of programs. CO3 Write programs to handle exceptions CO4 Implement multithreading in java CO5 Execute interfaces and packages. |
| UGCA1939 | Internet of Things Laboratory | CO1 Identify different types of IOT devices and sensors.
CO2 Analyze sensor generated data CO3 Outline the use of Bluetooth for connectivity of mobile application with IOT device CO4 Designing small IoT applications CO5 Building interface of application with various devices |
|
UGCA1940 |
Elective-II Laboratory Computer Graphics Laboratory | CO1 Implement algorithms for drawing basic shapes like circle, line and point.
CO2 Write programs to implement 2-D and 3-D corrdibate transformations. CO3 Design basic shapes for logo’s CO4 Develop programs for basic animations using C or C++ CO5 Design a small gaming project. |
| UGCA1941 | Linux Operating System Laboratory | CO1 Prepare the environment for installation and use of Linux operating system
CO2 Write Shell Scripts CO3 Implement C programs using gcc compiler CO4 Implement virtualization CO5 Execute commands related to granting and revoking user privileges. |
| UGCA1942 | Cloud Computing Laboratory | CO1 Identify major commercial projects in the field of cloud computing
CO2 Design basic cloud applications CO3 Execute basic functionalities of open source tools like Open Stack. CO4 Implement virtualization CO5 Define major services provided by cloud service provider. |
| BMPD502-18 | Mentoring and Professional Development | The goal of a mentorship program is to accelerate the personal and professional development of mentees. This is achieved by providing mentees with guidance, advice and feedback from mentors with more experience than themselves. |
| Course Code | Course Title | Course Outcomes |
| UGCA1943 | Android Programming | CO1 Prepare environment for working on Android OS.
CO2 Highlight various security issues in Android platform. CO3 Design innovative User Interface and develop activity for android app. CO4 Outline the steps for creating database applications CO5 Write programs for basic Android based applications. |
| UGCA1944 | Android Programming Laboratory | CO1 Prepare environment for working on Android OS.
CO2 Program basic Android based applications. CO3 Highlight various security issues in Android platform. CO4 Implement database applications. CO5 Design innovative User Interface and develop activity for android app. |
|
UGCA1945 |
Elective -III
Artificial Intelligence |
CO1 Highlight the significance and domains of Artificial Intelligence and knowledge representation. CO2 Outline the advantages and disadvantages of various search techniques.
CO3 Identify various Expert Systems and AI applications. CO4 Define the role of AI in different areas like NLP, Pattern Recognition etc. CO5 Select the right AI tool for different AI based applications |
| UGCA1946 | R Programming | CO1 Identify the key components of R programming Language.
CO2 Define the concept of data Science. CO3 Differentiate between vectors and arrays. CO4 Outline the usage of data frames, lists, factors, tables and R structures CO5 Explain the need and utilization of various visualization tools. |
| UGCA1947 | Digital Marketing | CO1 Highlight the key elements of a digital marketing strategy.
CO2 Choose the right platform for digital marketing CO3 Identify the major digital marketing channels. CO4 Design content for digital marketing. CO5 Develop digital marketing strategy and plan. |
|
UGCA1948 |
Elective -IV
Information Security |
CO1 Identify issues involved in the field of information security.
CO2 Categorize various types of viruses. CO3 Outline the information security risks across de Internet and WWW. CO4 Explain different encryption techniques CO5 Define cryptography |
| UGCA1949 | Cyber Laws & IPR | CO1 Identify statutory, regulatory, constitutional, and organizational laws that affect the information technology professional.
CO2 Categorize case law and common law to current legal dilemmas in the technology field. CO3 Outline the primary forms of intellectual property rights. CO4 Compare the different forms of intellectual property protection in terms of their key differences and similarities. CO5 Analyze the effects of intellectual property rights on society as a whole. |
| UGCA1950 | Machine Learning | CO1 Define the concept of machine learning
CO2 Outline the key characteristics of machine learning algorithms CO3 Compare the performance of different machine learning algorithms CO4 Design solution for basic problems using machine learning algorithms CO5 Explain the concept of reinforcement learning |
|
UGCA1951 |
Elective -III
Artificial Intelligence Laboratory |
CO1 Identify right tool for different AI based problems.
CO2 Develop basic applications using AI tools. CO3 Represent various real life problem domains using logic based techniques and use this to perform inference or planning. CO4 Outline the use of Bayesian approach to solve uncertain problems. CO5 Implement basic Natural Language processing programs. |
| UGCA1952 | R Programming Laboratory | CO1 Write programs for arrays and matrices.
CO2 Execute data frames and lists. CO3 Differentiate between arrays from vectors. CO4 Implement factors in R CO5 Execute minor projects using R. |
| UGCA1953 | Digital Marketing Laboratory | CO1 Highlight the key elements of a digital marketing strategy.
CO2 Implement common digital marketing exerciseusing SEO, Social media and Blogs. CO3 Identify the major digital marketing channels. CO4 Design content for digital marketing. CO5 Develop digital marketing strategy and plan. |
|
UGCA1954 |
Elective -IV
Information Security Laboratory |
CO1 Outline various types of attacks.
CO2 Categorize various types of viruses. CO3 Prepare solutions to various threats CO4 Review security policy CO5 Implement Encryption Techniques |
| UGCA1955 | Cyber Laws & IPR Laboratory | CO1 Identify statutory, regulatory, constitutional, and organizational laws that affect the information technology professional.
CO2 Categorize case law and common law to current legal dilemmas in the technology field. CO3 Outline the primary forms of intellectual property rights. CO4 Compare the different forms of intellectual property protection in terms of their key differences and similarities. CO5 Analyze the effects of intellectual property rights on society as a whole. |
| UGCA1956 | Machine Learning Laboratory | CO1 Differentiate between various data types.
CO2 Implement programs for various Learning algorithms. CO3 Compare different machine learning algorithms. CO4 Choose the right algorithm for different problems. CO5 Apply Machine Learning algorithms to solve real world problems. |
|
UGCA1902 |
Open Electives
Fundamentals of Computer and IT |
CO1 Identify of input and output devices of Computers
CO2 Utilize the functioning of various components of computer system CO3 Define the role of Operating system CO4 Prepare documents using word processing, Spreadsheet and Presentation Graphics Software’s. CO5 Highlight the Internet safety, legally, and other issues. |
| UGCA1903 | Problem Solving using C | CO1 Express the logical flow used in Programming
CO2 Design algorithms for solving various real life problems CO3 Implement programs using C . CO4 Choose the right data type and statements for programs. CO5 Explain various concepts of C programming language. |
| UGCA1909 | Object Oriented Programming using C++ UGCA1913 Computer N | CO1 Outline the role of programming for solving real world problems.
CO2 Explain Object oriented approach for finding Solutions to various problems with the help of C++ language. CO3 Implement computer based solutions to various real-world problems using C++ CO4 Select the right Object Oriented Concept for optimal solution. CO5 Review different solutions for a common problem. |
| UGCA1913 | Computer Networks | CO1 Highlight the characteristics of various protocols.
CO2 Define different network technologies and their application. CO3 Identify Hardware and software components for designing network CO4 Compare the performance of different network media CO5 Implement various configuration settings |
| UGCA1922 | Database Management Systems | CO1 Define the basic concepts of DBMS.
CO2 Design SQL queries. CO3 Illustrate the concept of data normalization with the help of real life examples. CO4 Explain the concept of transaction management. CO5 Outline features of advanced database management systems. |
| UGCA1957 | Software Project Management | CO1 Define the principal tasks of software project managers. And basic concepts in software projects.
CO2 Outline the basic concepts of Software projects. CO3 Explain the fundamentals of Process Planning, effort estimation and quality planning. CO4 Comment upon risk and quality management. CO5 Apply management and development practices to develop software. |
| BMPD602- 18 | Mentoring and Professional Development | The goal of a mentorship program is to accelerate the personal and professional development of mentees. This is achieved by providing mentees with guidance, advice and feedback from mentors with more experience than themselves. |