Course Outcome
S.Y.B.Sc.(Computer Science)
CS-231: Data Structures and Algorithm-I
CO 1: Learn to organize the data structures in solving various problems.
CO 2: Learn to differentiate the usage of various structures in problem solution.
CO 3: Implementing algorithms to solve problems using appropriate data structures.
CO 4: Apply algorithm for solving problems.
CO 5: Describe the basic concepts about stack, queues, list tree and graphs
CO 6: Analyze the concepts of dynamic memory management, data types, algorithms.
CS-232: Software Engineering
CO 1: Learn the basic software engineering methods and practices
CO 2: Learn to compare and chose a process model for a software project.
CO 3: Identify requirements analyze and prepare models.
CO 4: Learn the software process models such as the waterfall and spiral models.
CO 5: Describe software engineering layered technology and Process frame work
CO 6: Prepare the SRS, Design document, Project plan of a given software system.
CS-233: Practical Course on CS-232 and CS-233
CO 1: Implement the Tree using C language
CO 2: Implement the stack using C language
CO 3: Implement the queues using C language
CO 4: Implement sorting algorithm using C language
MTC-231: Groups and Coding Theory
CO 1: Recall the concept of group theory.
CO 2: Classify types of groups.
CO 3: Describe the properties of groups.
CO 4: Solve the examples.
CO 5: Learn the coding and decoding
MTC-232: Numerical Techniques
CO 1: Define The Basic Concept Of Operators
CO 2: Find the Difference of Polynomials Course Outcomes
CO 3: Derive the Formulae
CO 4: Solve the Problem’s
MTC-233: Python programming language-I
CO 1: Learn the basic principle of python
CO 2: analyze the string list and tuple
CO 3: construct the various matrices in python programming
CO 4: Write the program using python and execute.
ELC-231: Microcontroller Architecture & Programming
CO 1: Learn the concept of microcontroller like memory, Registers
CO 2: To write programs for 8051 microcontrollers
CO 3: Learn how to interface I/O peripherals to 8051 microcontrollers
CO 4: Learn timer and counter in 8051
CO 5: Write the program for 8051 and execute
ELC-232: Digital Communication and Networking
CO 1: Define and explain terminologies of data communication
CO 2: Learn the impact and limitations of various digital modulation techniques
CO 3: Learn the need of spread spectrum schemes.
CO 4: Identify functions of data link layer and network layer.
CO 5: Explains Concepts in the computer network
CO 6: Describe the concept of modulation and its types
ELC-233: Practical Course
CO 1: Design and build his/her own microcontroller based projects.
CO 2: Acquire skills of Embedded C programming
CO 3:Know multiplexing and modulation techniques.
CO 4:Build and test own network and do settings.
CS-241: Data Structures and Algorithm-II
CO 1: Define the concept of Data structure
CO 2: Solve the problem involving graph, tree and heaps
Course Outcomes
CO 3: Analyze the concept of array and linked list in data structure
CO 4: Describe the hash function and concepts of hash function
CO 5: Analyze different algorithm in data structure.
CO 6: Explain the concepts of collision & its resolution method
CS-242: Computer Networks-I
CO 1: Learn the OSI and TCP/IP Reference Models.
CO 2: Learn the working of various protocols.
CO 3: Analyze the requirements for a given organizational structure and select the most
appropriate networking architecture and technologies
CS-243: Practical Course on CS-241 and CS-242
CO 1: Implement the Link list using C language
CO 2: Implement the tree using C language
CO 3: Implement the graph using C language
ELC-241: Embedded System Design
CO 1: Learn the difference between general computing and the embedded systems.
CO 2: Know the fundamentals of embedded systems.
CO 3: Learn the use of Single board Computer for an embedded system application.
CO 4: Learn the programming environment to develop embedded systems.
CO 5: Develop familiarity with tools used to develop in an embedded environment.
ELC242: Wireless Communication and Internet of Things
CO 1: Know working of wireless technologies.
CO 2: Learn 3G and 4G Cellular Network Technologies for Data Connections.
CO 3: Learn working principles of short range communication application
CO 4: Get introduce to upcoming technology of Internet of Things
CO 5: Explore themselves and develop new IoT based applications
MTC-241: Computational Geometry
CO 1: Define the terms
CO 2: Learn the transformation
CO 3: Explain the basic concept of projection, plane and space curve
CO 4: Solve the problems
MTC-242: Operational Research
CO 1: Define the terms
CO 2: State merits and demerits
CO 3: Write the algorithm
CO 4: Formulation of the given problems
CO 5: Solution by graphical method
CO 6: Learn the Numerical Problem
ELC-243: Practical Course
CO 1: Design and develop own smart applications using Rasberry-Pi
CO 2: Write Python program for simple applications
CO 3: Build own IoT based system