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COURSE OUTCOMES
COURSE PATTERN 2015 ( FE)
YEAR COURSE CODE COURSE NAME COURSE OUTCOME NO. COURSE OUTCOMES
FE (SEM-I,TERM-I) 107001 Engineering Mathematics-I 107001.1 System of linear equation arising in all engineering fields, using matrix methods, stability of engineering system where knowledge of Eigen values and Eigen vectors are essentials.
107001.2 Solving algebraic and transcendental equations using Complex Numbers, applications of Hyperboic & logarithmic functions.
107001.3 Use Successive Differentiation and Integral Calculus to solve engineering problems.
107001.4 Engineering applications of Expansion of function and indeterminate form
107001.5 Solve engineering problems using Partial differentiation
107001.6 Jacobian, Stationary values of functions (Maxima & Minima), arising in optimization problems. Estimate the maxima & minima of multivariable functions
107002 Engineering Physics 107002.1 Educate  in the principles of optical science and engineering necessary to understand optical systems, The study of sound waves & Applications of acoustic technology include music.
107002.2  The advanced Application of High frequency sound waves.
107002.3 Study various methods to produce Polarised light & Application ,Advance applications of Laser & the different types of Laser
107002.4  The initial parts of the Topic will   be used to establish solid understanding of aspects of electrical conduction in semiconductors, The Topic isuseful to understand the physics of semiconductor devices and the principals of their operation. 
107002.5 Be familiar with the time-independent and time-dependent Schroedinger equations, and be able to solve them in simple examples and It  will accurately Explain the fundamental structure of quantum mechanics as simple as possible
107002.6 Provide basic knowledge of superconductivity & their applications in Technology, Basic Things about Nano & cost effective methods to synthesize Nanoparticles. & their applications in Technology.
107009 Engineering Chemistry 107009.1 Analyse the quality of water & to understand technologies to produce soft water for industrial use.
107009.2 Understand and Analyse materials quantitatively using basic electroanalytical techniques for quick and accurate results.
107009.3 Apply the knowledge of relationships between chemical structure and properties of Polymers to use them in various engineering fields.
107009.4 Understand the characteristics of different types of fuel, Evaluate their quality and calculate the air required for efficient combustion.
107009.5 Understand the development and applications of Nano-materials and Fuel cells, in various fields of technologies.
107009.6 Analyze and able to explain the corrosion principles and mechanisms & Apply their knowledge for protection of metals from corrosion.
101005 Basic Civil and Environmental Engineering 101005.1 Understand the role of civil engineer and the various areas in civil engineering
101005.2 Identify the various material used in constrution with specifications
101005.3 Explain requirement of town planning and various building planning principals 
101005.4 Describe impact of construction on environment Explain different materials especially eco-friendly materials and safety measures to be adopted at any construction site
101005.5 identify various types of energy sources and pollution
102006 Engineering Graphics I 102006.1 Ability to Imagine and Sketch Engineering Objects with better understanding of planes.
102006.2 Ability to perform basic sketching technique will improve.
102006.3 Students will be able to sketch solid objects.
102006.4 Geometric construction of engineering curves with hand tools along with development of solids.
102006.5 Sketch orthographic projections along with sectional views for engineering communication.
102006.6 Sketch isometric projections of 3D objects along with the realisation of dimensions.
110003 Fundamentals of Programming languages I 110003.1 Use modular programming approach in diversified problem domains 
110003.2 Apply programming logic to solve real world problems
110003.3 Decide effectiveness of computer based solutions
103004 Basic Electrical Engineering 103004.1 Prerequisite: Knowledge about I, V, R ,RTC, Insulation Resistance, Conversion of one system of energy to other system
103004.2 Ability to identify electric and magnetic circuits.
103004.3 Understand Fundamentals of single phase transformers and Electrostatics.
103004.4 Understand the concept of effective, or rms value, Average value, relationship between sinusoids and phasors.
103004.5 Ablility to analyze circuits in the frequency domain, concepts of impedance and admittance, relationships between real, reactive, and apparent power, analyze balanced three phase circuits.
103004.6 Provide solution for the network by applying various laws and theorems.
104012 Basic Electronics Engineering 104012.1 To acquire the basics of Diodes and Transistor circuits .
104012.2 To understand working of some IC based circuits.
104012.3 To get knowledge of logic gates and their usage in digital circuits.
104012.4 To expose the students to working of some power electronic devices, transducers and applications of transducers.
104012.5 To introduce basic aspects of electronic communication systems.
111007 Workshop Practices 111007.1  acquire skills in basic engineering practice
111007.2 acquire measuring skills
111007.3 acquire practical skills in the trades.
111007.4 identification of the hand tools and instruments
111007.5 knowledge of core technical subjects for making and working of any type of project
111007.6 recognize the importance of safety while dealing with equipments
FE (SEM-II,TERM-II) 107008 Engineering Mathematics-II 107008.1 Formation and solving of differential equation for formation of mathematical modeling. 
107008.2 Solve engineering problems using differential equations and develop mathematical models for varied engineering applications
107008.3 Expansion of Fourier series. Use of multiple integral to formulate various engineering problems
107008.4 Ability to trace the curve – Cartesian, Polar, Rose curve
107008.5 Understand and visualization of solid geometry.
107008.6 Ability to solve multivariate integral  and applying it to finding MI, CG etc.
110010 Fundamentals of Programming languages II 110010.1 Develope programs using object oriented concepts
110010.2 Design and develope web pages
110010.3 Design and develope mobile application
110010.4 Design and develope simple application using Embedded Programming
101011 Engineering Mechanics 101011.1 Classify various force systems,  employ composition and resolution of forces and Interpret and solve equilibrium equations to coplanar and concurrent space force system.
101011.2 Able to find centre of gravity
101011.3 Apply dynamics concepts – force, momentum, work and energy to solve problems.
101011.4 Calculate the motion characteristics of a body subjected to a given force system
101011.5 Analyze planar and spatial systems to determine the forces in members of trusses, frames and problems related to friction
102013 Basic Mechanical Engineering 102013.1 identification and understanding of mechanical elements and power transmission devices
102013.2 understanding of material properties, mechanisms and design procedures
102013.3 Understanding and identification of different manufac turing processes
102013.4 understanding conventional machine tool
102013.5 Understand and evaluate basic concepts of thermodynamics and applied to industrial applications.
102013.6 Understand laying pinciples of energy conversion sysytem and power plants
102014 Engineering Graphics II 102014.1 Students will understand and apply basic drawing skills using Computer Assisted Drafting
102014.2 Students will get basic exposure to solid modeling software.
102014.3 Students will become familiar with AutoCAD 2 dimensional drawing.
102014.4 Student’s ability to understand and provide dimensions to objects will increase.
102014.5 Students will be able to generate orthographic and isometric views of 3 dimensional components using AutoCAD software.