Mathematics

Mathematics is the basic tool of engineering which is the QUEEN of all sciences. Department of Mathematics came into existence with the establishment of the institution KSIT in the year 1999. Mathematics is taught to engineering students for first four semesters. The basic aim of the department is in pursuit of academic excellence and better understanding of Mathematical skills from fundamental level to its applications which is essential to every engineer.

The department has five well qualified, experienced and dedicated faculty members with one professor and four Assistant Professors Faculty members are also actively involved in research. The faculty members together have published more than 25 research articles in national and international journals and 51 in national and international conferences. Faculty members constantly enrich their knowledge by innovative teaching methods, research and participating actively in seminars, conferences and workshops at national and international level. The faculty of Mathematics department actively participate both in curricular and co curricular activities of the college.

Department has brought out student resources to motivate and help students in academics. The student resource material consists of thoroughly prepared Notes, Question Bank and Assignments which are distributed to them. Special classes are conducted for Diploma Students from lateral entry and slow learners. The graph of Mathematics result is always on the upper trend from 90 to 100 %.

Vision

• To impart quality technical education with ethical values, employable skills and research to achieve excellence

Program Specific Outcomes (PSO's)

• PSO1: Ability to apply Mathematical concepts in engineering to design a system or a process.
• PSO2: Ability to develop effective communication, team work and computational skills.

Course Outcome (CO's)

SEMESTER I

Course Name : Engineering Mathemaics -I

Engineering Mathemaics - II

Engineering Mathemaics - III

Engineering Mathemaics - IV

Course Code: 18MAT11

• CO1 Make use of polar curves to find the angle between the curves and radius of curvature
• CO2 Make use of partial derivatives to calculate rates of change of multivariate functions
• CO3 Analyze position, velocity, and acceleration in two or three dimensions using the calculus of vector valued functions
• C04 Construct and solve first-order ordinary differential equations, Newton's law of cooling
• C05 Apply matrix techniques for solving systems of linear equations in the different areas of Linear Algebra

SEMESTER II

Course Name: Engineering maths - II

Course Code: 18MAT21

• CO1 Make use of Inverse differential operator method to obtain the solution of Ordinary Differential Equations and their applications
• CO2 Construct the Partial Differential Equations and obtain the solution by direct integration method
• CO3 Solve the Cauchy's, Legendre and non linear differential equations
• CO4 Identify the double and triple integral and evaluate them by change of order and variables
• CO5 Apply Laplace transforms method to obtain the solution of linear differential equations

SEMESTER III

Course Name: Engineering Mathematics - III

Course Code; 18MAT31

• CO1 Make use of Fourier series to analyze wave forms of periodic functions
• CO2 Make use of Fourier transforms and Z - transforms to analyze wave forms of non periodic functions
• CO3 Identify statistical methods to find correlation and regression lines, also numerical methods to solve transcendental equations.
• CO4 Utilize Numerical techniques for various finite difference technique problems
• CO5 Construct Greens, divergence and Stokes theorems for various engineering application

SEMESTER IV

Course Name :Engineering Mathematics ? IV

Course Code:18MAT41

• CO1 Apply Numerical methods to obtain the solution of fist order and first degree differential equaions.
• CO2 Make use of probability theory on discrete and continuous random variables to obtain the solution of problems on different distributions and joint probability distribution.
• CO3 Identify the problems on sampling distribution and on markov chains in attempting the engineering problems for feasible random events.
• CO4 Utilize the Bessel's and Legendre functions for the problems arising in engineering fields.
• CO5 Construct the analytic functions. Calculate residues and poles of complex potentials in flow problems

Physics

Engineering physics is a common subject in the first year for all branches of engineering under Visvesvaraya Technological University. Department has very good infrastructure, well equipped and spacious laboratory. The department teaches Engineering Physics theory as well as laboratory experiments for all the Engineering branches. Faculties are well qualified, experienced and highly motivated and also involved in interdisciplinary research activities. The Physics Department has enthusiastic and academically experienced teaching and technical staff. Currently, the Department has one doctorate holder and the other faculty members have registered for their Ph.D. programme. The Faculties are actively involved in research activities in the areas of Photophysics, Material Science, Spectroscopy, NMR and IR Spectroscopy and Nanotechnology.

The Department aims in equipping the future engineers with various aspects of Physics. The Engineering Physics Lab is well furnished with the latest equipment?s and all the necessary facilities. The Department also encourage Research activities for both students and faculty members to pursue experimental researches?in the field of engineering.

Program Specific Outcomes (PSO's)

• PSO1: Ability to apply the concepts of physics to design a process to address the real world challenges.
• PSO2: Ability to develop effective communication team work and computational skills

Course Outcome (CO's)

FIRST YEAR(PHYSICS CYCLE)

SEMESTER I&II

Course Name: ENGINEERING PHYSICS

Course Code: 18PHY12, 18PHY22

• CO1 Build the knowledge of Modern Physics & Quantum Mechanics; Solve the Engineering problems using the concept of wave particle dualism in modern day applications
• CO2 Make use of Free Electron Theory to study the material properties and understand its use in Engineering Applications and studies
• CO3 Apply the basic principle and concepts of light to construct lasers and optical fibers, impart the knowledge and develop skills to use modern instruments
• CO4 Identify the structure and various planes in a Crystals, study its properties and use for applications
• CO5 Build the concept shock waves & Construct a quantum mechanical model to explain the behavior of systems at Nano level and identify its application.

Chemistry

The Department of Chemistry continued its contribution to teaching and research to instil in our students, a sense of independence to acquire knowledge through curriculum and at the same time acquire sufficient awareness and exposure to support the curriculum. The faculty explicitly tried hard to motivate students towards attending seminars and conferences, so as to exhibit their developed models, present their creative ideas and innovative concepts in various fields of thrust interest to society.

Program Specific Outcomes (PSO's)

• PSO1: Ability to apply concept of Chemistry to design a system, to address a real world challenges.
• PSO2: Ability to develop effective communication, team work and computational skills.

Course Outcome (CO's)

FIRST YEAR(CHEMISTRY CYCLE)

SEMESTER I&II

Course Name: ENGINEERING CHEMISTRY

Course Code :18CHE12,18CHE22

Course Outcome

• CO1 Make use of polymers by replacement of conventional materials (metals) for domestic and industrial applications.
• CO2 Identify the concepts of corrosion & apply their knowledge for protection of metals from using different method
• CO3 Solve energy crisis, knocking in IC engine and emission of toxic pollutants using alternate energy sources (Solar energy, biodiesel and power alcohol).
• CO4 Construct working and applications of the electrochemical cells, battery and fuel cells by using the principles of electrochemistry
• CO5 Utilize of sewage treatment, desalination of sea water and over viewing of synthesis, properties and applications of nanomaterials