COURSE OUTCOMES

COURSE OUTCOMES:-

Sl.No.CodeCourse Name Course Outcomes
1C101 Applied Mathematics-1C101.1Define first-order differential equation, linear differential equation and Bernoulli’s equation to find solution for electrical circuits.
C101.2Interpret linear differential equation of higher order, homogeneous equation with constant co-efficient, Euler – Cauchy equation and solutions by variations of parameter to model electric circuits.
C101.3Solve series solutions of differential equations, power series method, Legendre polynomials and Bessel’s function to solve complex engineering problems.
C101.4Illustrate first-order differential equation, linear differential equation and Bernoulli’s equation to find solution for electrical circuits.
C101.5Evaluate linear equation and vector space.
C101.6Derive the asymptote and curvature problems.
 AVG:
  
 C102Basic Electrical EngineeringC102.1Calculate energy consumption in electrical systems.
 C102.2Basic knowledge about the Electric and Magnetic circuits, electromagnetism.
2C102.3Understand & demonstrate fundamentals of electromagnetism for working of Single-Phase transformer & electrostatics.
 C102.4Apply knowledge of ac fundamentals to analyze series & parallel ac circuits.
 C102.5Use the concept of poly phase ac circuit to analyze three phase star, delta circuits.
 C102.6Apply the network theorems to analyze dc circuits.
  AVG:
   
3C103Basics of Mechanical EngineeringC103.1Use  thermodynamics basics & terminolgy correctly.
C103.2Demonstrate the principles of thermal engineering in power producing fields
C103.3Explain the working of various power transmission devices  .
C103.4Understand the basic components of robots, differentiate types of robots and robot grippers.
C103.5Working of various instruments used for measuring temperature and pressure.
C103.6Working of various instruments used for measuring for flow, speed, stress, strain.
 AVG:
  
4C104Communicative EnglishC104.1Define various elements and concepts related to communicative English.
C104.2Describe  EIE and RP in English Language
C104.3Perform for effective workplace communication
C104.4Illustrates the significance of professional writing
C104.5Relate the students of the nuances of soft skills
C104.6Derive the importance of Emotional Intelligence
 AVG:
  
5C105 ChemistryC105.1 Define the basics of quantum mechanical concepts and spectroscopy.
C105.2Understand the fundamental concepts on fuels as a branch of Industrial Chemistry.
C105.3Demonstrate the bulk properties and processes using phase Rule for different Component System.
C105.4Analyse an introductory idea about Corrosion and it’s Sources.
C105.5Formulate the application of Nanomaterial in the Medical and research field
C105.6Review ideas about New materials and it’s related areas.
 AVG:
  
6C106Basic Electrical Engineering LabC106.1Understand the fundamentals of DC circuits and Network theorems
C106.2Analyses of different problems of electrical AC circuits.
C106.3Apply the concept of magnetic circuits.
C106.4Identify different types electrical machineries and its applications
C106.5Design the earthing and wiring for domestic utilization.
C106.6Evaluate the energy consumption of different luminaries.
 
  
7C107 Chemistry LabC107.1Define Titration through standardisation of KMnO4
C107.2 Illustrate the procedure of determination of Flash point, Fire point, Viscosity of lubricating oil .
C107.3Estimate the amount of  Fe2+,  Ca2+, Total Hardness,  Percentage  of available Chlorine in a given sample.
C107.4Evaluate Hardness of water by Titration Method
C107.5 Formulate Dissolved Oxygen  level in a sample of water.
C107.6Validate the amount of individual alkali present in a mixture and
 AVG:
   
8C108Basics of Mechanical Engineering LabC108.1 Understand main parts & working of Steam power plant,IC Engine & refrigerator
C108.2Identify the different parts of the automobile
C108.3Determine velocity ratio of belt drive.
C108.4Analyse of Gears and Gear trains
C108.5Verify  Bernoulli’s Theorem  & its application .
C108.6Understand the importance of different parts & systems in Automobiles.
 AVG:
  
9C109English Language LabC109.1Understand the importance of clarity, precision, conciseness and coherence in one’s use of language both oral and written.
C109.2Communicate fluently and accurately with four skills :- Speaking, Listening, Writing & Reading.
C109.3Confident in verbal and nonverbal communication by means of practice
C109.4Create a lively and familiar communicative learning environment in the workplace.
C109.5Use the dictionary skills to find the correct pronunciation of words and perform various phonemic transcriptions.
C109.6learn to distinguish informal speech from formal speech through role plays
 AVG:
   
10C110Engineering WorkshopC110.1Identify the various tools and tackles used in workshop.
C110.2Understand fitting theory in engineering.
C110.3Demonstrate the working principle of lathe machine.
C110.4Analyse the various methods of electric arc & gas welding,
C110.5Evaluate the  various methods of electric arc & gas welding
C110.6Compare the mechanism of shaper machine, milling machine and drilling machine etc.
 AVG:
  
11C111Engineering MechanicsC111.1Understand the fundamentals of Mechanics & compute the equilibrium of rigid bodies.
C111.2Learn the concept of parallel forces, moment, Couple & effect of friction on equilibrium.
C111.3Locate the Centroid & determine the area/mass moment of inertia of different shapes.
C111.4Understand the concept of  virtual work and determine the forces in members of trusses
C111.5Learn kinematics, kinetics of particle and rigid body, related principles
C111.6Solves the numerical on the projectile, D-Alembert’s principle and analyze impact of elastic bodies on collision.
 AVG:
  
12C12 Mathematics-IIC112.1Define Laplace Transform to get the solution to differential equation, convolution and Integral equation.
C112.2Interpret the concepts of Fourier series, Fourier transform, Fourier Integral
C112.3Solve beta function and error function to get solutions of complex real life problem.
C112.4Illustrate the scalar and vector problems.
C112.5Evaluate line integral and double integration problems
C112.6Formulate the techniques of combine the problems using Gauss divergence and Stoke’s theorem
 AVG:
  
13C113 PhysicsC113.1Define the concepts of quantum mechanics.
C113.2Understand the basic features of different oscillatory systems, waves and related properties and properties of different types of solids.
C113.3Apply vector calculus in electromagnetic waves.
C113.4Analyse the application of quantum mechanics to various physical problems.
C113.5Compare interference and diffraction.
C113.6Justify the applications of LASERand Optical fibre in various fields.
 AVG:
  
14C114Basic Civil EngineeringC114.1Define importance of Civil Engineering and List various construction materials.
C114.2Understand surveying and describe their types and the equipments used in it.
C114.3Demonstrate and identify different soils and its properties
C114.4Analyse fundamentals of Irrigation Engineering.
C114.5Plan and design roads .
C114.6Revise various aspects of Transportation Engineering
 AVG:
  
15C115Programming for Problem Solving using CC115.1Recite basic concepts including printf() and scanf() to execute simple programs.
C115.2Summerize the concept of branching and decission making to solve the problems.
C115.3Solve different problem statements using different looping structures.
C115.4Illustrate the derived data type array,function and pointer in programmings.
C115.5Select the user defind data type structure,union and enum for problem solving.
C115.6Devlop file using diferent file handling functions.
 AVG:
  
 C116Basic Electronics EngineeringC116.1Study basics of semiconductor & devices and their applications in different areas.
C116.2Study different biasing techniques to operate transistor , FET , MOSFET and operational amplifier in different modes.
C116.3Compare design issues, advantages, disadvantages and limitations of basic
electronics.
16C116.4Analyze output in different operating modes of different semiconductor devices
 C116.5 Study basic concepts of digital electronics
 C116.6 Analyze simple combinational circuits.
  AVG:
   
17C117 Physics LabC117.1Define acceleration due to gravity, different moduli of elasticity & surface tension.
C117.2Explain the phenomena like interference and diffraction in Newton’s rings and for a plane diffraction grating.
C117.3Estimate the value of acceleration due to gravity and moduli of elasticity of different materials.
C117.4Differentiate the characteristic curve of PN diode and Bipolar junction transistor & charge and discharge time of a condenser connected in RC circuit.
C117.5Propose different frequencies for resonance for the vibrations in a stretched string using tuning forks.
C117.6Justify a project work on topics having different branches of physics.
 AVG:
  
18C118Programming for Problem Solving using C LabC118.1Remember basic understanding of computer and basic concepts of programming to execute.
C118.2Understand the prospective, concepts and algorithm to develop a solution to problem.
C118.3Learn to concise and precise on implementing pseudo code in general to develop actual code.
C118.4Illustrate the derived data type array, function and pointer in programs.
C118.5Select the user defined data type structure, union and Enum for problem solving.
C118.6Develop file using different file handling functions.
 AVG:
  
19C119Basic Electronics Engineering LabC119.1Identify different Electrical Instruments and measure different parameters.
C119.2Study connection and demonstration of DC generators, motors and wiring systems.
C119.3Study design and connection of Different Lamps
C119.4Identify active and passive electronic components and handle measuring instruments like CRO and DSO.
C119.5Design different circuits using diode, BJT and opamps.
C119.6Design and analyze logic gates
 AVG:
  
20C120Engineering GraphicsC120.1List out the equipment required for engineering drawing.
C120.2Explain the concept of different angle of projection.
C120.3Apply projection rule in points, line, planes and solids.
C120.4Illustrate the concept of development theory on different solids.
C120.5Relate engineering drawing to AUTO CAD.
C120.6Able to draw the basic views related to projections of Lines, Planes
 AVG:
  
21C121Basic Civil Engineering LabC121.1State shape and size of brick.
C121.2Identify comprehensive strength of brick.
C121.3Demonstrate strength of Mortar
C121.4Analyse chain Surveying.
C121.5Plan compass surveying.
C121.6Justify modern surveying by use of Total station.
 AVG:
  
22C201Mathematics-IIIC201.1Define complex number.
C201.2Discuss complex Analytic function.
C201.3Interpret complex integral function.
C201.4Evaluate numerical differential equation .
C201.5Deduce the probability theory.
C201.6Review the statistical techniques.
 AVG:
  
23C202Analog Electronics CircuitC202.1 Define and understand fundamentals of BJT,FET, MOSFET.
C202.2 Explain different types of amplifier and their design.
C202.3Apply various types of BJT and FET amplifiers.
C202.4 Analyse the hardware components of  amplifier circuits.
C202.5 Design different amplifier and oscillator circuits and its  applications..
C202.6Review frequency response of BJT and JFET Amplifiers.
 AVG:
  
24C203Object Oriented Programming Using JAVA .C203.1Recall different Object-oriented programming techniques.
C203.2Describe basic object-oriented features.
C203.3Explain the correlation between object and class.
C203.4Determine inheritance and wrapper classes to achieve code reusability.
C203.5Perform web applications using Applets and collection frame work
C203.6Design and create GUI based event driven programs using Swing and JavaFX.
  
  
25C204Signals and SystemsC204.1Define and represent continuous and discrete time signals and systems.
C204.2Classify discrete time signals and systems.
C204.3Develop input output relationship for linear shift invariant system and understand the convolution operator for continuous and discrete time system.
C204.4Analyse and understand  the signals in frequency domain using Fourier series and Fourier transforms.
C204.5 Point out the limitations of Fourier transform and need for Z- transform and develop the ability to analyze the system in z- domain.
C204.6Evaluate DFT and FFT algorithms for analysis of signals .
 AVG:
  
26C205Organizational BehaviourC205.1Outline the development of the field of organizational behaviour and explain the micro and macro approaches.
C205.2Explain different models used to explain individual behaviour related to motivation and rewards.
C205.3Demonstrate skills required for working in groups (team building).
C205.4Analyze the various leadership styles and the role of leaders in a decision making process.
C205.5Compare organizational cultures and describe its dimensions and to examine various organizational designs.
C205.6 Compose the implementation of organizational change.
 AVG:
  
27C206 Analog Electronics Circuit LaboratoryC206.1 Select analog devices using circuit specifications based on circuit requirements.
C206.2 Identify and design amplifier of desired gain using BJT and FET.
C206.3 Design various oscillatory circuits to generate at desired frequency of oscillation.
C206.4 Calculate  amplifier gain having desired bandwidth.
C206.5 Construct adder, differentiator and integrator circuit using Op-Amp.
C206.6 Develop the various cascade amplifier circuits using BJT and FET models .
 AVG:
  
28C207Signal & Systems Laboratory using softwareC207.1 Define various signals in transform domain and Work with MATLAB functions
C207.2Describe different parameters like mean,variance with proper Histogram Approach
C207.3 Illustrate different distributions like Gaussian and Rayleigh .
C207.4Analyze different analog and discrete sequences and perform the transformation techniques like Fourier  and Z transforms.
C207.5 Estimate the amplitude,frequency and power spectrum of various signals.
C207.6 Design digital filters for various applications.
 AVG:
  
29C208OOP Using JAVA Lab.C208.1Define object oriented features, such as abstraction, inheritance, polymorphism for writing an effective program.
C208.2Explain different looping constructs for efficient programming
C208.3Perform class and object concepts for the construction of programming
C208.4Illustrate inheritance concepts for reusability of the code.
C208.5Implement exception handling to write robust programs.
C208.6Design web based applications using applets
 AVG:
  
30C209Evaluation of Internship-1C209.1State the functioning of  organization and observe changes for self improvement.
C209.2Explain how the internship placement site fits into a broader career field.
C209.3Apply appropriate workplace behaviors in a professional setting.
C209.4Solve real life challenges in the workplace by analysing work environment and conditions, and selecting appropriate skill sets acquired from the course
C209.5Evaluate the internship experience in terms of personal, educational and career needs.
C209.6Develop ideas for suitable startups to become sucessful enterpreneur.
 AVG:
  
31C210Engineering EconomicsC210.1Define all the fundamental and technical terms used in engineering economics : general concepts of micro and macro economic including theory of demand, law of demand, elasticity of demand etc
C210.2Understand the elasticity of demand and supply.
C210.3Solve cost and revenue based problems using Break Even Analysis approach.
C210.4Analyze  the functioning of Banks and concepts of Inflation.
C210.5Evaluate banking structures and various financial services.
C210.6Formulate the depreciation using different methods like Straight line method, Declining balance method.
 AVG:
  
32C211 Electromagnetic TheoryC211.1State  Field Equations; Wave Types; the Parallel-Plate Waveguide; the Rectangular Waveguide.
C211.2 Explain Maxwell’s Equations in Differential Form; Maxwell’s Equations in Integral Form.
C211.3 Apply integral and point form of Maxwell`s equations for solving the problems of electromagnetic field theory.
C211.4Calculate  the solutions of problems related to  the concepts related to uniform plane wave propagation  in  two dielectric regions
C211.5  Develop   Circuit Model of a Uniform Two Conductor Transmission Line.
C211.6Validate the Various Mathematical  coordinate like  Cartesian, Cylindrical and Spherical Coordinate Systems, Coulomb’s Law and Gauss’s Law.
 AVG:
  
33C212Sensors and TransducersC212.1Use concepts in common methods for converting a physical parameter into an electrical quantity.
C212.2Choose proper sensor comparing different standards and guidelines to make sensitive measurements of physical parameters like pressure, flow, acceleration, etc.
C212.3Classify and explain with examples of transducers, including those for measurement of temperature, strain, motion, position and light.
C212.4Predict correctly the expected performance of various sensors.
C212.5Locate different type of sensors used in real life applications and paraphrase their importance
C212.6Set up testing strategies to evaluate performance characteristics of different types of sensors and transducers and develop professional skills in acquiring and applying the knowledge outside the classroom through design of a real-life instrumentation system.
 AVG:
  
34C213Network TheoryC213.1Define different types of the theorem,Different circuit elements and different types of filters.
C213.2 Understand the basic theorems and elements of electrical network to analyze complex problem
C213.3 Apply Laplace transform, Fourier series to get response of Electrical circuits and Electronics Circuits.
C213.4Analyze the property of two ports network, coupled circuit and resonance
C213.5Evaluate steady state and transient behavior of Electrical circuits
C213.6Create Laplace Transform equation ,Two port network.
 AVG:
  
35C214 Data StructureC214.1Identify and implement asymptotic notations of an algorithm to analyse the consumption of resources (time/space).
C214.2Discuss the concept of linear data structure and their sequential representation in programming.
C214.3Demonstrate linear data structure and their linked representation in terms of programming
C214.4Analyse various searching and sorting techniques such as linear search, binary search, bubble sort, insertion sort, quick sort and heap sort using C programming
C214.5Evaluate and compare tree traversal techniques
C214.6Design a real life application through linear data structure using dynamic memory allocation
  
  
36C215 Digital Systems DesignC215.1  Define the combinational and sequential circuit operation.
C215.2   Explain a counter having a specified count sequence using state diagrams and state table
C215.3  Apply the HDL for all digital circuits.
C215.4Analyse the layout of various digital circuit.
C215.5   Design digital circuits, use standard laboratory instrumentation to verify the operation of the circuits, and use PC-based electronic circuit simulation software.
C215.6 Validate combinational logic circuits using programmable logic devices.
 AVG:
  
37C216 Electronic Device LaboratoryC216.1Have understanding of Maxwell’s equations and be able to manipulate and apply them to EM problems.
C216.2Formulate and analyze problems involving lossy media with planar boundaries using uniform plane waves.
C216.3able to derive and apply the steady state transmission line equations ti the design of simple distributed circuit components
C216.4 Analyze and design basic microwave circuits using microwave network parameters
C216.5: Fpr simple antennas derive fundamental antenna parameters starting from Maxwell’s equations and be able to use these in the design of rudimentary wireless communications systems
C216.6 Evaluate SWR of rectangular waveguide
  
  
38C217 Digital System Design LaboratoryC217.1 State the truth table of basic gates, universal gates and exclusive gates.
C217.2 Explain the various Boolean Expression using universal gates.
C217.3 Demonstrate various  sequential circuit operations like latch and flip-flop.
C217.4 Analyse VHDL code for various combinational and sequential circuit.
C217.5 Design and test various combinational  Circuits using Gates.
C217.6 Justify various Registers using flipflop.
 AVG:
  
39C218Network Theory LaboratoryC218.1Define different types of theorems.
C218.2Explain transient behaviour  of electrical Circuit.
C218.3Demonstrate the frequency response of different filter circuits.
C218.4Determine different circuit parameters.
C218.5Design the Resonance of electrical Circuit to find the solution of different complex networks.
C218.6Decide different types of two-port network.
 AVG:
  
40C301Digital VLSI DesignC301.1 understand the Concept of VLSI Design
C301.2 Identify the Fabrication approach of MOS Transistor
C301.3 Demonstrate the MOS Inverters and Combinational Inverters
C301.4Generalise the types of Sequential and Dynamic MOS Logic Circuits
C301.5List the Different types of Design testing techniques
C301.6 Distinguish the Different types of Semiconductor Memories
 AVG:
  
41C302Control SystemsC302.1Define different types of control system.
C302.2 Identify 1st and 2nd order system in time domain using different technique like root locus, RH criteria etc.
C302.3Apply 1st and 2nd order system in frequency domain using different technique like Bode Plot, Polar Plot, Nyquist Plot etc.
C302.4Analyse stability of linear systems using the Routh-Hurwitz Criterion and use this to generate control design constraints.
C302.5 Formulate the  gain and phase margins from Bode diagrams and Nyquist plots and understand their implications in terms of robust stability.
C302.6 Validate the controllability and observability and design suitable observers for the systems.
 AVG:
  
42C303Digital Signal ProcessingC303.1Identify the characteristics of different digital systems like linear time-invariant systems and others
C303.2Explain Z- transform and  systems in z- domain.
C303.3Apply different signal Processing algorithms like DFT and FFT
C303.4Analyze the various important characteristics of different transformation Techniques used in Digital Signal processing.
C303.5Evaluate the concepts behind the design and realization of FIR filters.
C303.6 Design and realization of IIR filters.
 AVG:
  
43C304Analog and Digital CommunicationC304.1Define different analog modulation schemes for their efficiency and bandwidth.
C304.2 Understand the basic concepts of the analog
communication systems.
C304.3 Apply Fourier analysis to communication signals .Derive the energy or power spectral density of signals.
C304.4Analyze  the performance of basic communication techniques, and to design communication system components to satisfy given requirements.                                                                                               
C304.5Deduce PCM systems and its characteristics .
C304.6Analyze the spectral characteristics of band pass signaling schemes and their noise performance
 AVG:
  
44C305Microprocessors & MicrocontrollersC305.1Describe the microprocessor’s and Microcontroller’s internal architecture and its operation .
C305.2Distinguish the various addressing modes and identify instructions of the microprocessor and microcontroller.
C305.3Apply the standards and guidelines to select appropriate Microprocessor (8085 & 8086) and Microcontroller to meet specified performance requirements.
C305.4 Analyze assembly language programs; select appropriate assembler into machine  utility of a microprocessor and microcontroller.
C305.5Design electrical circuitry to the Microprocessor I/O ports in order to interface the processor to external devices.
C305.6Evaluate assembly language programs and download the machine code that will provide solutions real‐world control problems.
 AVG:
  
45C306Microprocessor and Microcontroller LabC306.1Describe arithmetic operations using assembly language programming training boards.
C306.2Demonstrate ability to handle logical operations using assembly language programming .
C306.3Illustrate the use of string instructions using assembly language programming
C306.4Analyze sorting operations and develop  assembly language programming
C306.5Discriminate different interfacing devices for various application
C306.6Design various automated systems using microcontrollers.
 AVG:
  
46C307Digital Signal Processing LabC307.1 Examine DSP algorithms in software using a computer language such as C with TMS320C6713 floating point Processor.
C307.2Demonstrate various DSP Algorithms using MATLAB Software package.
C307.3 Calculate Magnitude and phase characteristics (Frequency response Characteristics) of digital IIR-Butterworth,Chebyshev filters.
C307.4 Compare Magnitude and phase characteristics (Frequency response Characteristics) of digital FIR filters using window techniques.
C307.5 Reframe knowledge of digital filter design for various applications.
C307.6 Design and Analyze Digital Filters using FDA Tool.
 AVG:
  
47C308Analog  and Digital Communication LabC308.1Define pre-emphasis and de-emphasis at the transmitter and receiver respectively
C308.2Understand different analog modulation schemes and evaluate modulation index
C308.3Apply various techniques in solving communication problems
C308.4Analysis of different digital modultion techniues in communication
C308.5Formulate methods for up-to-date examples of real world systems
C308.6Assess the error detection and error correction in linear convolutioncodes.
 AVG:
  
48C309Evaluation of Internship-2C309.1State the functioning of  organization and observe changes for self improvement.
C309.2Explain how the internship placement site fits into a broader career field.
C309.3Apply appropriate workplace behaviors in a professional setting.
C309.4Solve real life challenges in the workplace by analysing work environment and conditions, and selecting appropriate skill sets acquired from the course
C309.5Evaluate the internship experience in terms of personal, educational and career needs.
C309.6Develop ideas for suitable startups to become sucessful enterpreneur.
 AVG:
  
49C310Microwave EngineeringC311.1 Gain knowledge and understanding of microwave analysis methods.
C311.2 Have knowledge of how transmission and waveguide structures and how theyare used as elements in impedance matching and filter circuits.
C311.3understand the construction and operation of microwave components.
C311.4Analyse the operation of Microwave antennas.
C311.5Study transmission of microwaves through waveguides.
C311.6Examine the operation of coaxial loops.
 AVG:
  
50C311Wireless CommunicationC312.1Explain the Classification of mobile communication systems
C312.2 Analyze the radio channel characteristics and the cellular principle
C312.3  Analyze the measures to increase the capacity in GSM systems- sectorization and Spatial Filtering for Interference Reduction
C312.4 Ability to analyze improved data services in cellular communication
C312.5Compare different technologies used for wireless communication systems
C312.6 Demonstrate an ability to evaluate design challenges, constraints and security issues associated with Ad-hoc wireless networks.
 AVG:
  
51C312Artificial Intelligence and Machine LearningC313.1To study the distinction between optimal reasoning Vs. human like reasoning.
C313.2To understand the concepts of state space representation, exhaustive search, heuristic search together with the time and space complexities.
C313.3To get an idea on different knowledge representation techniques
C313.4To understand the applications of AI, namely game playing, theorem proving
C313.5To realize problems under uncertainty and acquire machine learning algorithms
C313.6Familiarizing students with specific knowledge of Artificial intelligence and machine learning
 AVG:
  
52C313Optimization in EngineeringC314.1Apply basic concepts of mathematics to formulate an optimization problem.
C314.2Analyze and appreciate variety of performance measures for various optimization problems
C314.3To understand importance of optimization in different sectors
C314.4To understand the theory of optimization methods and algorithms developed for solving various types of optimization problems
C314.5To develop and promote research interest in applying optimization techniques in problems of Engineering and Technology
C314.6To apply the mathematical results and numerical techniques of optimization theory to concrete Engineering problems
 AVG:
  
53C314      Biomedical InstrumentationC315.1Understand the physiology of biomedical system
C315.2Understand various types of  electrodes used in biomedical instrumentation
C315.3Develop a thorough understanding on basics of biomedical amplifiers
C315.4Understand basic working principle of different Transducers
C315.5Develop a thorough understanding on principles of medical instrumentations.
C315.6Develop a thorough understanding on clinical applications of medical instrumentation systems.
  
  
                          54                          C315                        Future Ready Contributor ProgramC316.1Improve the employability of students by giving them the right work ethic and thinking that employers are looking for.
C316.2Improve their ability to engage better in the workplace and to be able to handle the challenges that come up there.
C316.3Widen their choices of career and success, so that they are able to open up more opportunities for themselves and take up unconventional career pathways.
C316.4Build their confidence with which they can go into any job and contribute meaningfully.
C316.5Enable them recognize how they as technical professionals, can participate and make a positive contribution to their communities and to their state.
C316.6Build their career-worthiness and help them develop into future-ready contributors with ability to navigate a career in a volatile, changing world.
 AVG:
  
55C316Seminar – IC317.1List new research area from a range of academic disciplines.
C317.2 Explain an emerging field at the intersection of multi-disciplinary understandings of culture and education.
C317.3 Estimate new perspectives in the emerging technology.
C317.4Analyse Interdisciplinary inventions in latest technology
C317.5 Develop argumentative Skills and Critical Thinking
C317.6 Argue the  impact of engineering solutions on the society and  contemporary issues.
 AVG:
  
56C317Microwave Engineering LabC318.1Demonstrate the operation of different microwave sources (i.e. Reflex Klystron, Gunn Diode)
C318.2Measure Voltage Standing Wave ratio
C318.3Estimate unknown impedance using shift in minima technique using a waveguide test bench.
C318.4Determine the radiation pattern and polarization of Microwave antennas.
C318.5Analyze  passive devices i.e. Directional Coupler in terms of scattering matrix.
C318.6Develop the dielectric constant of a material using waveguide test bench at X-band.
 AVG:
  
57C318Wireless Communication LabC319.1State Cellular concepts, GSM and CDMA networks
C319.2Explain multiple access techniques for Wireless Communication
C319.3Apply the different methods of Handoff mechanisms
C319.4Compare different technologies used for wireless communication systems
C319.5Evaluate design challenges, constraints and security issues associatedwith Ad-hoc wireless networks.
C319.6Justify various methodologies to improve the cellular capacity
 AVG:
  
58C401Internet of ThingsC401.1Identify the IoT networking components with respect to OSI layer.
C401.2Demonstrate schematic for IoT solutions
C401.3Illustrate the communication protocols for IoT
C401.4Analyze different IoT protocols and software.
C401.5Evaluate the wireless technologies for IoT
C401.6Design and develop IoT based sensor systems.
 AVG:
  
59C402Soft ComputingC402.1Define importance of applications of soft computing in real life problems.
C402.2 Explain supervised and unsupervised learning algorithms to find optimized solutions for linear and non-linear problems.
C402.3Demonstrate fuzzy systems using knowledge of fuzzy rule based system and fuzzy rule based reasoning.
C402.4 Analyze derivative free optimization models and optimized search techniques using evolutionary operators.
C402.5Evaluate and apply hybrid tools to find optimized solutions for highly complex problems by exploiting advanced features of the tool.  
C402.6Devlop soft computing techniques to solve real life problems.
 AVG:
  
60C403Digital Image ProcessingC403.1Review the fundamental concepts of a digital image processing system
C403.2Analyze images in the frequency domain using various transforms
C403.3Evaluate the techniques for image enhancement and image restoration
C403.4Categorize various compression techniques
C403.5Interpret Image compression standards.
C403.6Interpret image segmentation and representation techniques
 AVG:
  
61C404Image and Video ProcessingC404.1Comprehend the image processing fundamentals and enhancement techniques in spatial and frequency domain.
C404.2Describe the color image fundamentals, models and various restoration techniques.
C404.3Illustrate quantitative models of image and video segmentation.
C404.4Comprehend the basics of video processing and video coding.
C404.5Outline the various image segmentation and morphology operations.
C404.6Design and Analyze the image compression systems.
 AVG:
  
62C405Minor ProjectC405.1Identify the components required for the project of  the chosen area of defined technology for project development.
C405.2 Describe the technical aspects of the chosen project with a comprehensive and systematic approach.
C405.3Apply  technical aspects for engineering projects.
C405.4 Work as an individual or in a team to develop and analyse the technical projects.
C405.5 Evaluate and report effectively project related activities and findings
C405.6 Compile and Justify the result with logical conclusion
 AVG:
  
63C406Seminar-IIC406.1List new research area from a range of academic disciplines.
C406.2 Explain an emerging field at the intersection of multi-disciplinary understandings of culture and education.
C406.3 Estimate new perspectives in the emerging technology.
C406.4Analyse Interdisciplinary inventions in latest technology
C406.5 Develop argumentative Skills and Critical Thinking
C406.6 Argue the  impact of engineering solutions on the society and  contemporary issues.
 AVG:
  
64C407Entrepreneurship DevelopmentC407.1Outline the business environment in order to identify business opportunities.
C407.2Understand the legal and financial conditions for starting a business venture.
C407.3Apply the knowledge on enterprise and design business plans those are suitable for funding by considering all dimensions of business.
C407.4Analyze the effectiveness of different entrepreneurial strategies.
C407.5Evaluate the basic performance indicators of entrepreneurial activity.
C407.6Generate the importance of marketing and management in small businesses venture.
 AVG:
  
65C408Green TechnologyC408.1Enlist different concepts of green technologies in a project
C408.2Understand the principles of Energy efficient technologies
C408.3Estimate the carbon credits of various activities
C408.4Identify the importance of life cycle assessment
C408.5Recognize the benefits of green fuels with respect to sustainable development.
C408.6To impart knowledge on the methods of reducing CO2 levels in atmosphere.
 AVG:
  
66C409Comprehensive VivaC409.1State the  engineering knowledge learnt in four year graduation course.
C409.2 Describe the related academic concept
C409.3Apply knowledge in developing  career in particular field.
C409.4 Classify different techniques.
C409.5  Deduce engineering problems.
C409.6Review different concept in related concepts of engineering
 AVG:
  
67C410Major ProjectC410.1 Define engineering problem, devise a means of solving and exhibit the ability to execute the solution.
C410.2 Describe the  impact of engineering solutions on the society .
C410.3Demonstrate knowledge of professional and ethical responsibilities.
C410.4 Conclude effectively in both verbal and written form.
C410.5 Develop confidence for self-education and ability for lifelong learning.
C410.6  Appraise the result with logical conclusion.
 AVG:
  

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