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Department of

Mathematics

UG Programs

UG courses for 2012-13

UG courses for 2013-14

UG courses for 2014-15

UG courses for 2015-16

UG courses for 2016-17

UG courses for 2017-18

UG courses for 2018-19

Program Outcomes

PO1	an ability to apply knowledge of mathematics, science and engineering
PO2	an ability to identify, formulate, and solve engineering problems
PO3	an ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability
PO4	an ability to design and conduct experiments, as well as to analyze and interpret data
PO5	an ability to use the techniques, skills, and modern engineering tools necessary for engineering practice.
PO6	the broad education necessary to understand the impact of engineering solutions in a global, economic, environmental, and societal context
PO7	a knowledge of contemporary issues
PO8	an understanding of professional and ethical responsibility
PO9	an ability to function on multidisciplinary teams
PO10	an ability to communicate effectively (3g1 orally, 3g2 written)
PO11	a recognition of the need for, and an ability to engage in life-long learning

Mapping of Mission statements with program objectives

Mission Statement	PO1	PO2	PO3	PO4	PO5	PO6	PO7	PO8	PO9	PO10	PO12
To Impart Quality Education with social consciousness and make them Globally Competent.	3				3

COURSE OUTCOMES (CO)

Sno	Course Code	Course Title	L-T-P	Credits	S NO	CO NO	Description of the Course Outcome
1	18SC1103	SINGLE VARIABLE CALCULUS AND MATRIX ALGEBRA	3-0-0	3	1	CO 1	Model the physical laws and relations mathematically as a first order differential equations, solve by analytical and numerical methods also interpret the solution.
					2	CO 2	Model physical laws and relations mathematically as a second/higher order differential equations, solve by analytical method and interpret the solution.
					3	CO 3	Obtain the Fourier series expansions of periodic functions and use the series to solve ordinary differential equations.
					4	CO 4	Model physical problems mathematically as a system of linear equations and solve them by analytical and numerical methods. Also, determine the nature of Quadratic form using Eigen values.
2	18SC1104	Foundations of Computational Mathematics	2-0-0	1	5	CO 1	Identify the quantities of Real world problems by using the concepts of arithmetic.
					6	CO 2	Computing the areas of regular and irregular solids of real world problems.
					7	CO 3	Identifying the numbers by successive division also finding the solution of equations.
					8	CO 4	Estimating the roots of an equations and find the unknown values from the data by numerical methods
3	18SC1105	LOGIC AND REASONING	0-0-2	1	9	CO 1	Understand how to use Venn diagrams to find the conclusion of statements, solve puzzles using binary logic.
					10	CO 2	Understand to solve problems on clocks, calendars and problems on Non verbal reasoning.
					11	CO 3	Understand the available models for Venn diagrams with given data, solve problems relating to cubes and number and letter series.
					12	CO 4	Understand the techniques used to solve problems puzzles using analytical reasoning on coding and decoding and blood relations
4	18MT1101	Basic Mathematics	2-1-0	3	13	CO 1	Apply knowledge Mathematics , fundamentals in biological science problems
					14	CO 2	Identify the formulas, for solving complex engineering problems in sciences by using derivatives and integrals.
					15	CO 3	Understand Vector products and their interpretations
					16	CO 4	Understand different forms of line and circle equations
5	18MT1201	Multivariate Calculus	3-0-2	4	17	CO 1	Determine extreme values for functions of several variables
					18	CO 2	Determine area, volume and moment of inertia through multiples integrals
					19	CO 3	Apply the concepts of vector calculus to calculate the gradient, directional derivative, arc length , areas of surfaces and volume of solids in practical problems
					20	CO 4	Obtain analytical and numerical solutions of Heat and wave equations
					21	CO5	Verify the solution of problems through MATLAB
6	18MT 2101	Probability and Statistics	2-1-0	3	22	CO 1	Identify the types of random variables and also apply discrete distributions to analyze various rela-world situations
					23	CO 2	Construct the probability distribution of a continuous random variable based on a real-world problems, and also predict the linear and non-linear relationship between the two variables
					24	CO 3	Apply statistical tests for large and small samples to test the hypothesis.
					25	CO 4	Testing the hypothesis to analyze the variance by applying suitable design.
7	18MT 2102	Theory of Differential Equations in Engineering and Mechanics	2-0-2	3	26	CO 1	Obtain the response of a mechanical system having single degree-of-freedom for free and forced vibrations through linear differential equations.
					27	CO 2	Model and solve free and forced vibrations of a two- degree-of-freedom system through system of linear differential equations.
					28	CO 3	Obtain canonical forms of linear second order PDEs. and Demonstrate the nature of the incompressible fluid flow using Euler and Bernoulli equations.
					29	CO4	Identify the heat and wave equations in different forms, obtain their responses and develop empirical relations.
					30	CO5	Determine the response of mechanical vibrating systems and heat equations which are modelled by ordinary or partial differential equations using MATLAB.
8	18MT2104	Probability and Numerical Methods	3-1-0	4	31	CO1	Identify the types of random variables and also obtain the mean and variance using mathematical expectation
					32	CO2	Apply discrete and Continuous distributions to analyze various real-world situations
					33	CO3	Draw conclusion about the population based upon samples drawn from it
					34		Obtain the solutions of transcendental equations using numerical methods and also determine the future predictions using interpolation and different numerical techniques
9	18MT2103	Bio-Statistics	2-2-0	3	35	CO-1	Interpret numerical data through various graphs and determination of various constants of the data
					36	CO-2	Measure and estimate the degree of linear relationship between two variables
					37	CO-3	Identify the suitable probability distribution to the given experimental data and calculation of various characteristics of the respective probability distributions
					38	CO-4	Draw the statistical inference of the given data through various tests of statistical hypothesis, viz., tests for means (single and two), analysis of variance
10	18MT 1102	Fundamental of Mathematics	3-0-2	4	39	CO 1	Solve problems of matrices, limits and differential equations
					40	CO 2	Formulate differential calculus, differentiation rules and identify a method for solving and interpreting the results.
					41	CO 3	Formulate physical laws and relations mathematically in the form of second/higher order differential equations and identify a method for solving and interpreting the results.
					42	CO 4	Verify the solution of problems through MATLAB.