Department of Science & Humanities

Curriculum & Course Outcomes

DBATU - Syllabus

DBATU First Year Syllabus 2020-21 all branches

B.Tech.First Year Engineering

BTBS101 Engineering Mathematics-I

CO1	Apply the matrix technique (Linear algebra) to find solutions of system of linear equations arising in many engineering problem.
CO2	Demonstrate the concept partial derivatives and their applications to Maxima/ Minima , series expansion of multi valued functions.
CO3	Compute Jacobian of functions of several variables and their applications to engineering problems.
CO4	Identify and sketch of curves in various coordinate system.
CO5	Evaluate multiple integrals and their applications to area and volume.

BTBS102/202 Engineering Physics

CO1	Explain & apply the concept of types of Oscillation,Dielectric properties & ultrsonics.
CO2	Explain & compare between Interference & Polarisation of light ,working Principle of Lasers & Fiber optics.
CO3	Interprete,apply &demonstrate principle of motion of charged particles in EF&MF,BAinbridge Mass spectrograph &G M counter.
CO4	Identify Types of crystals & crystal planes using Miller indices,Experemental apprroach.

BTES103/203 Engineering Graphics

CO1	Use of drawing instruments effectively for drawing and dimensioning.
CO2	Explain conventions and methods of engineering drawing.
CO3	Apply concept of projections of points, lines, planes, solids and section of solids.
CO4	Construct isometric and orthographic views of given objects.

BTHM104/204 Communication Skills

CO1	Apply speaking and writing skills in professional as well as social situations.
CO2	Overcome Mother Tongue Influence and demonstrate neutral accent while exercising English.
CO3	Apply communication skills for Presentations, Group Discussion and interpersonal interactions.
CO4	Apply grammar correctly during Speaking and Writing situations especially in context with Presentations, Public Speaking, Report writing and Business Correspondence.

BTES105/205 Energy and Environment Engineering

CO1	Identify conventional ,non conventional energy sources.
CO2	Knowand discuss power consuming and power developing devices for effective utilization and power consumption
CO3	Identify various sources of air, water pollution and its effects.
CO4	Know and discuss noise,soil, thermal pollution and Identify solid, biomedical and hazardous waste.

BTES106/206 Basic Civil and Mechanical Engineering

CO1	Identify various Civil Engineering materials and choose suitable material among various options.
CO2	Apply principles of surveying to solve engineering problem.
CO3	Identify various Civil Engineering structural components and select appropriate structural system among various options.
CO4	Explain and define various properties of basic thermodynamics, materials and manufacturing processes.
CO5	Know and discuss the working principle of various power consuming and power developing devices.

BTBS201 Engineering Mathematics – II

CO1	Discuss the need and use of complex variables to find roots ,to separate complex quantities and to establish relation between circular and hyperbolic functions.
CO2	Solve first and higher order differential equations and apply them as a mathematical modeling in electric and mechanical systems.
CO3	Determine Fourier series representation of periodic functions over different intervals.
CO4	Demonstrate the concept of vector differentiation and interpret the physical and geometrical meaning of gradient, divergence &curl in various engineering streams.
CO5	Apply the principles of vector integra􀆟on to transform line integral to surface integral ,surface to volume integral &vice versa using Green’s , Stoke’s and Gauss divergence theorems.

BTBS102/202 Engineering Chemistry

CO1	Demonstrate knowledge of chemistry in technical fields.
CO2	Bring adaptability to new developments in Engineering Chemistry and to acquire the skills required to become a perfect engineer.
CO3	Develop the importance of water in industrial and domestic usage.
CO4	Identify the concepts of Chemistry to lay the ground work for subsequent studies in various engineering fields.
CO5	Examine a fuel and suggest alterna􀆟ve fuels.

BTES103/203 Engineering Mechanics

CO1	Apply fundamental Laws of Engineering Mechanics.
CO2	Apply Conditions of static equilibrium to analyze given force system.
CO3	Compute Centre of gravity and Moment of Inertia of plane surfaces.
CO4	Compute the motion characteristics of a body/particle for a Rectilinear and Curvilinear Motion.
CO5	Know and discuss relation between force and motion characteristics

BTES104/204 Computer Programming in C

CO1	Gain a broad perspective about the uses of computers in engineering industry and C Programming.
CO2	Develop the basic concept of algorithm, algorithmic thinking and flowchart.
CO3	Apply the use of C programming language to implement various algorithms and develops the basic concepts and terminology of programming in general.
CO4	Use the more advanced features of the C language.
CO5	Iden􀆟fy tasks in which the numerical techniques learned are applicable and apply them to write programs and hence use computers effec􀆟vely to solve the task.

BTES106/206 Basic Electrical and Electronics Engineering

CO1	Apply basic ideas and principles of electrical engineering.
CO2	Identify protection equipment and energy storage devices.
CO3	Differentiate electrical and electronics domains and explain the operation of diodes and transistors.
CO4	Acquire knowledge of digital electronics.
CO5	Design simple combinational and sequential logic circuits.