Course Outcomes (B-Tech)

SL No.Course CODESUBJECTCODescription of COs
1C201Mathematics – 3C201.1C201.1 Apply the knowledge of the transformation with Laplace & Fourier series.
C201.2C201.2 Analysis the essential tool of the Laplace & Fourier Transformation.
C201.3C201.3 Illustrate the concept of the application in the Laplace & Fourier Transformation.
C201.4C201.4 Understand the concept of the Z-Transformation.
C201.5C201.5 Identification of the Laplace, Fourier & Z-Transformation in the real world.
   C201.6C201.6 Implement their knowladge into power series, taylor series, residue-integration methods to solve complex problems in engineering.
2C202Object Oriented Programming using JAVAC202.1C202.1 Understand the Object-oriented programming concepts and every term of the program.
C202.2C202.2 Execute the programmes by Object and Class and implement inheritance property.
C202.3C202.3 Implement polymorphism and string manipulation.
C202.4C202.4 Determine data abstraction and wrapper classes to achieve code reusability.
C202.5C202.5 Analyse the multithreading and package implementation.
   C202.6C202.6 Create new solutions on complex issues by applying static and dynamic polymerphism such as function overloading and virtual function.
3C203Engineering EconomicsC203.1C203.1 Remembering: Define the basic concept of micro and macroeconomics, engineering economics and their application in engineering economy.
C203.2C203.2 Understanding: Evaluate numerically the effects of changes in demand and supply on price determination of products and services.
C203.3C203.3 Analyze: the macroeconomic environment and financial systems of the country and its impact on business, society and enterprise.
C203.4C203.4 Develop: the ability to account for time value of money using engineering economy factors and formulas.
C203.5C203.5 Apply: knowledge of mathematics, economics and engineering principles to solve engineering problems and to analyze decision alternatives in engineering projects considering upon depreciation, taxes and inflation.
  C203.6C203.6 Remembering: Define the basic concept of micro and macroeconomics, engineering economics and their application in engineering economy.
4C204Analog Electronics CircuitsC204.1C204.1 Define and understand fundamentals of BJT,FET, MOSFET.
C204.2C204.2 Explain different types of amplifier and their design.
C204.3C204.3 Apply various types of BJT and FET amplifiers.
C204.4C204.4 Analyse the hardware components of  amplifier circuits.
C204.5C204.5 Design different amplifier and oscillator circuits and its  applications
C204.6C204.6 Review frequency response of BJT and JFET Amplifiers.
5C205Network Theory                C205.1C205.1 Understand basic concept of AC & DC circuit.
C205.2C205.2 Solve the electrical network problems using theorems and coupling circuit.
C205.3C205.3 Analyze transient behavior and resonance of DC and AC circuit.
C205.4C205.4 Summarize application of Laplace transformation.
C205.5C205.5 Determine the  parameters for different circuit analysis.
C205.6C205.6 Construct  various Filters and their application.
6C206Environment  Science         C206.1C206.1 Assess societal, health, safety and legal issues by applying Environmental Engineering knowledge.
C206.2C206.2 Make use of their knowledge to interpret the data by experimental analysis to provide valid conclusions
C206.3C206.3 Identify, formulate, review research literature and analyze complex Environmental Engineering problems using fundamentals of mathematics, sciences and engineering.
C206.4C206.4 Develop solutions for Environmental Engineering problems and design system components and processes to meet the specified needs with appropriate consideration for the public health and safety.
C206.5C206.5 Apply the knowledge of mathematics, Science and Engineering fundamentals for solution of problems of Environmental Engineering.
C206.6C206.6 Assess societal, health, safety and legal issues by applying Environmental Engineering knowledge.
7C207Analog Electronics Circuits Lab (AEC LAB)C207.1C207.1 Investigate and analyze the logical behavior of basic logic gates (NOT, AND, OR, NAND, NOR, EX-OR, EX-NOR) and verify their truth tables.
C207.2C207.2 Apply gate-level minimization techniques to implement optimized two-level and multi-level Boolean functions.
C207.3C207.3 Implement digital circuits using universal gates (NAND and NOR) and simplify complex logic designs.
C207.4C207.4 Design, assemble, and test combinational circuits like adders, subtractors, and code converters for practical digital applications.
C207.5C207.5 Demonstrate proficiency in designing multiplexers, de-multiplexers, and understanding their roles in digital systems.
C207.6C207.6 Assemble, test, and investigate the operation of flip-flops (SR, D, J-K) and shift registers, and explore their use in sequential circuits and data storage.
8C208Network Theory (NT LAB)C208.1C208.1 Explain the different network theorems.
C208.2C208.2 Analyse the transient circuit and calculate the time constants.
C208.3C208.3 Identify the resonant behaviour of a R-L-C circuit.
C208.4C208.4 Determine the different parameters of two-port network.
C208.5C208.5 Design the passive filter circuits.
C208.6C208.6 Demonstrate the PSPIECE for different circuits.
9C209Object Oriented Programming using JAVA (OOPS LAB)C209.1C209.1 Demonstrate the ability to write, compile, and execute basic Java programs, understanding the core structure of a Java application.
C209.2C209.2 Apply knowledge of Java data types, variables, and control structures (if, switch) to design and implement programs with conditional logic.
C209.3C209.3 Utilize loop control structures (for, while, do-while) in Java to solve iterative problems efficiently.
C209.4C209.4 Understand and apply object-oriented principles, including the use of classes, objects, inheritance, polymorphism, and abstract classes, in Java program design.
C209.5C209.5  Implement Java interfaces, inner classes, and explore packages for organizing code and enabling code reuse and modularity.
C209.6C209.6 Develop Java applications with advanced concepts such as exception handling, multithreading, applets, AWT, and Swing, gaining proficiency in creating interactive and robust Java programs.
10C210 Evaluation of Summer Internship (ESI-1)C210.1C210.1 Understand the functioning of organization and observe changes for self-improvement.
C210.2C210.2 Explain how the internship placement site fits into a broader career field.
C210.3C210.3 Apply appropriate workplace behaviours in a professional setting.
C210.4C210.4 Solve real life challenges in the workplace by analysing work environment and conditions, and selecting appropriate skill sets acquired from the course
C210.5C210.5 Evaluate the internship experience in terms of personal, educational and career needs.
C210.6C210.6 Develop ideas for suitable startups to become successful entrepreneur.
11C211Digital Electronics CircuitC211.1C211.1 Understand the basic components and laws of digital circuits.
C211.2C211.2 Learn the representation and simplification of digital circuits
C211.3C211.3 Analyse various Combinational circuits.
C211.4C211.4 Design various Sequentialal circuits.
C211.5C211.5 Apply the HDL for digital circuits.
C211.6C211.6 Validate combinational logic circuits using programmable logic devices.
12C212Electrical Machines-IC212.1C212.1 Understand the operation of dc machines,single phase transformers and three phase Induction motor.
C212.2C212.2 Analyze the characterstics of  dc machines,single phase transformers and three phase Induction motor.
C212.3C212.3 Differentiate the operation of different types of dc machine .
C212.4C212.4 Evaluate the perfermance of dc machines and transfermers.
C212.5C212.5 Design the single phase transformers and three phase Induction motor.
C212.6C212.6 Recognise the application of dc machines,single phase transformers and three phase Induction motors in industrial use.
13C213Organisational BehaviourC213.1C213.1 Understand the conceptual framework of the discipline of OB and its practical applications in the organizational set up.
C213.2C213.2 Analyse the role of individual, groups and structure in achieving organizational goals effectively and efficiently.
C213.3C213.3 Evaluate various theories and models that contributes in the overall understanding of the discipline.
C213.4C213.4 Creat knowladge in creative and innovative ideas that could positively shape the organizations.
C213.5C213.5 Identify working with different people from different cultural and diverse background in the workplace.
C213.6C213.6  Compose the implementation of organizational change.
14C214Power ElectronicsC214.1C214.1 Understanding the semiconductors devices and its performance.
C214.2C214.2 Analyze the controlled and uncontrolled converter.
C214.3C214.3 Evaluating the perfermance of DC-DC converter.
C214.4C214.4 Applying the idea on AC-AC converter.
C214.5C214.5 Outline the PWM techniques and its different applications.
C214.6C214.6 Illustrate the design of  DC-AC converters
15C215Electrical and
Electronics
Measurement		C215.1C215.1 Understand  the measurement systems and different type of measuring instruments
C215.2C215.2 Analyze the problems using bridge circuits.
C215.3C215.3 Evaluate insulation and ground resistance.
C215.4C215.4 Create knowledge on instruments transformer.
C215.5C215.5 Identify different electronics instruments..
C215.6C215.6 Develop the knowledge on different sensors and Transducers.
16C216Digital Signal
Processing		C216.1C216.1 Explain the stability and causality of the LSI systems using Z-Transform.
C216.2C216.2 Analyze discrete signals & systems using DFT technique.
C216.3C216.3 Recognize the various types of filters.
C216.4C216.4 Illustrate the IIR and FIR filters using various techniques.
C216.5C216.5 Estimate the basics of Multi-rate Signal Processing system.
C216.6C216.6 Realize different structures of FIR and IIR discrete time systems.
17C217CONSTITUTION OF INDIAC217.1C217.1 Remember the basic information about Indian constitution.
C217.2C217.2 Analyze the legalities and related issues of drafting, adoption and enforcement of the Indian Constitution as a fundamental law of the nation and the provisions and privileges of Indian Citizenship.
C217.3C217.3 Understand and judiciously use the fundamental rights and privileges envisaged in the constitution.
C217.4C217.4 Relate the major dimensions of Indian Political System and to contribute in protecting and preserving the sovereignty and integrity of India.
C217.5C217.5  Identify the successful functioning of democracy in India.
C217.6C217.6 Explain their obligations, responsibilities, privileges & rights, duties and the role that they have to play in deciding the Administrative Machinery of the country.
18C218Digital Electronics
Laboratory
(DEC LAB)		C218.1C218.1 State the truth table of basic gates, universal gates and exclusive gates.
C218.2C218.2 Explain the various Boolean Expression using universal gates.
C218.3C218.3 Demonstrate various  sequential circuit operations like latch and flip-flop.
C218.4C218.4 Analyse VHDL code for various combinational and sequential circuit.
C218.5C218.5 Design and test various combinational  Circuits using Gates.
C218.6C218.6 Justify various Registers using flipflop.
19C219Electrical Machines-I
Laboratory
(EM-1 LAB)		C219.1C219.1 Find  the critical speed and resistance of dc generator .
C219.2C219.2 Practice of armature resistance and field flux control method for dc motor speed control.
C219.3C219.3 Interpret the differences between the internal and external characteristics and their implications for generator performance.
C219.4C219.4 Examine the efficiency of a DC machine  using Brake Test or  Swinburne’s Test and Hopkinson’s Test .
C219.5C219.5 Assess the experimental setup to evaluate  transformer efficiency.
C219.6C219.6 Discuss the effectiveness of load sharing and synchronization in the parallel operation setup two single phase transformer.
20C220Power Electronics
Laboratory
(PE LAB)		C220.1C220.1 Understand the V-I characteristics of semiconductors device and calculate the parameters.
C220.2C220.2  Analyze the controlled converter.
C220.3C220.3 Creating the knowledge on DC-DC converter.
C220.4C220.4 Determine BUCK and BOOST converter.
C220.5C220.5 Practicing the operation of cycloconverter.
C220.6C220.6 Design the Voltage source inverter.
21C301Electric Power Transmission and
Distribution		C301.1C301.1 Analyzing the Sustainability of Conventional Energy Sources.
C301.2C301.2 Understanding Inductance and Capacitance in Power Transmission (over head and underground)
C301.3C301.3 Assessing the Impact of Skin Effect,ferranti effect  and Proximity Effect on Power Transmission.
C301.4C301.4 Identifying Distribution Network Analysis and Voltage Regulation Techniques.
C301.5C301.5 Applying the Role and Function of Compensation Techniques in Power Systems.
C301.6C301.6 Construct the earthing system for power systems .
22C302Control SystemC302.1C302.1 Understanding industrial control systems and mathematical modeling.
C302.2C302.2 Remembering the different types of signal and its response.
C302.3C302.3 Analyze the stability criteria and concept of stability.
C302.4C302.4 Applying different techniques for stability criteria with practical application of PID controller tuning.
C302.5C302.5 Summarize the relationship between time and frequency responses, including robustness analysis with PLC technique for compensation.
C302.6C302.6 Outline in state-space models and stability analysis for discrete-time systems.
23C303Electrical Machines-IIC303.1C303.1 Understand the construction and working of different AC machines three phase & single phase.
C303.2C303.2 Organizing different characteristics of 3-phase AC machines.
C303.3C303.3 Evaluate the equivalent circuit parameters of different synchronous & asynchronous machines.
C303.4C303.4 Applying different methods for operation of different AC machines.
C303.5C303.5 Identify the problems and solution occurred during operation of synchronous generators.
C303.6C303.6 Summarizing the details of Synchronous Motors.
24C304Industrial Process Control and DynamicsC304.1C304.1 Apply the concepts to draw block diagrams for any process control system and differentiate between analog and digital control systems.
C304.2C304.2 Analyze the functioning of analog and digital signal conditioning in process control systems.
C304.3C304.3 Understand different types of thermal sensors, mechanical sensors & optical sensors used in process control systems.
C304.4C304.4 Identify different types of final control elements used in process control systems.
C304.5C304.5 Organizing the performance and application of various analog and digital controllers in process control systems.
C304.6C304.6 Executing the interrelation of various components in process control systems for improved system performance.
25C305Renewable Power Generating SystemC305.1C305.1 Understanding the physics of solar radiation.
C305.2C305.2 Analyze the performance of solar energy collectors, methodologies and application of solar energy.
C305.3C305.3 Apply solar energy in a useful way.
C305.4C305.4 Remember the power of wind energy and gain knowledge on DFIG.
C305.5C305.5 Executing the idea of biogas and its applications.
C305.6C305.6 Adopting knowledge on Hybrid systems.
26C306Universal Human ValuesC306.1C306.1 Understand and appreciate the significance of universal human values in personal and professional life.
C306.2C306.2 Develop critical thinking and ethical reasoning skills to address real-life dilemmas.
C306.3C306.3 Cultivate empathy and compassion towards others, promoting social harmony and well-being.
C306.4C306.4 Enhance self-awareness and personal growth through reflection on one’s values and actions.
C306.5C306.5 Foster a sense of responsibility and commitment to societal and environmental sustainability.
C306.6C306.6 Apply principles of universal human values in decision-making processes to create a positive impact.
27C307Electric Power Transmission and
Distribution Lab
(EPTD LAB)		C307.1C307.1 Understanding and proficiency in analyzing Ferranti effect, ABCD parameters.
C307.2C307.2 Evaluating string efficiency and conducting earth resistance measurements in electrical systems.
C307.3C307.3 Analyzing competence in performing transformer oil tests and comprehending the operation of diverse lightning arresters.
C307.4C307.4 Understanding of power factor improvement in distribution systems through switched capacitor utilization, and
explores the phenomena and effects of corona discharge.
C307.5C307.5 Acquire proficiency in Simulink for studying power system blocks, MATLAB for designing short and long transmission lines, and conducting load flow analysis on simple power system networks.
C307.6C307.6 Utilize MATLAB for simulating power system faults and modeling distribution feeders with varied scenarios.
28C308Control and Instrumentation Lab (C & I LAB)C308.1C308.1 Analyzing a DC motor-driven position control system and understanding the speed-torque characteristics of a two-phase AC servomotor, including the determination of its transfer function.
C308.2C308.2 Evaluating the validation of controllers for temperature control systems and explore position control systems using a
Synchroscope for enhanced understanding and application.
C308.3C308.3 Develop adeptness in measuring linear displacement with LVDT and ascertain unknown resistance, inductance, and capacitance employing various bridge circuits.
C308.4C308.4 Observing second-order process time responses with P, PI, and PID control, apply PID control to a servomotor, and analyze lag and lead compensator frequency responses, advancing comprehension and application abilities.
C308.5C308.5 Utilize MATLAB’s Control Systems Toolbox to derive transfer functions from block diagrams, enhancing both application
and analysis skills.
C308.6C308.6 Understanding in concept of stability by different plots.
29C309Electrical Machines Lab-II (EM-2 LAB)C309.1C309.1 Evaluate voltage regulation of alternator by ZPF and synchronous Impedance method.
C309.2C309.2 Analyzing the speed control of 3-phase Induction motor by frequency variation method.
C309.3C309.3 Understanding the V and Inverted V curve of synchronous motor.
C309.4C309.4 Evaluate efficiency and parameters of 3-phase Induction motor.
C309.5C309.5 Develop the idea of parallel operation of two alternators and calculation of Xd and Xq with power angle characteristics.
C309.6C309.6 Evaluate the techniques to start the 1-phase Induction motors.
30C310 Evaluation of Summer Internship (ESI-2)C310.1C310.1 Understand the basic components and laws of digital circuits.
C310.2C310.2 Learn the representation and simplification of digital circuits
C310.3C310.3 Analyse and design various Combinational circuits.
C310.4C310.4 Analyse and design various Sequentialal circuits.
C310.5C310.5 Apply the HDL for digital circuits.
C310.6C310.6 Validate combinational logic circuits using programmable logic devices.
31C311Communication EngineeringC311.1C311.1 Define different analog modulation schemes for their efficiency and bandwidth.
C311.2C311.2 Understand the basic concepts of the analog communication systems.
C311.3C311.3  Apply Fourier analysis to communication signals .Derive the energy or power spectral density of signals.
C311.4C311.4 Analyze various analog pulse modulation and demodulation techniques including AM, FM and PM.
C311.5C311.5 Evaluate modulation index, bandwidth and power requirements for various analog modulation schemes including AM,FM and PM.
C311.6C311.6 Create the spectrum and noise performance of particular communication system.
32C312Microprocessor and Micro controllersC312.2C312.2 Explain the architecture of a 16-bit Microprocessor like 8086 including the concept of instruction queue, segmented memory structure and address generation
C312.3C312.3 Explain and analyze the Addressing modes, Assembly language instructions of 8086 and implement them to solve 8086 related design problems
C312.4C312.4 Design Memory Interfacing using memory chips with proper decoder circuits with a 16-bit processor and analyze the interrupt structure of 8086 Microprocessor
C312.5C312.5 Explain the features of the peripherals such as PPI, Programmable interrupt control, USART and their interfacing with a 16- bit processor
C312.6C312.6 Explain and analyze memory organization of a 8-bit Microcontroller (like 8051), its addressing modes, instructions, timers & counters and its serial communication
33C313Optimization in EngineeringC313.1C313.1 Understand basic theoretical principles for formulation of optimization models and its solution
C313.3C313.3 Apply detailed theoretical and practical aspects of intelligent modeling, optimization and control of linear and non-linear systems.
C313.4C313.4 Cast engineering minima/maxima problems into optimization framework.
C313.5C313.5 Learn efficient computational procedures to solve optimization problems.
C313.6C313.6 Analyze Matlab to implement important optimization methods.
34C314Power System Operation and ControlC314.1C314.1 Understand concept of  Power system.
C314.2C314.2 Perform the optimal power flow solutions using different techniques.
C314.4C314.4 Determining the control strategy for AGC for single area and two area system.
C314.5C314.5 Outline the power system stability in single machine system.
C314.6C314.6 Estimate the parameters for multi-machine system stability.
35C315Artificial Intelligence and Machine LearningC315.1C315.1 Understand the fundamental concepts, theories, and principles of Artificial Intelligence to architect intelligent agents.
C315.2C315.2 Acquire knowledge about different search techniques of AI applications.
C315.3C315.3 Develop practical skills to identify suitable solutions using heuristic functions, optimization algorithms and search algorithms.
C315.4C315.4 Learn techniques for logic, reasoning & knowledge representation in AI, basics of Machine Learning as a subfield of Artificial Intelligence area.
C315.5C315.5 Apply AI applications to solve and analyze real world problems.
C315.6C315.6 Illustrate the safty of using AI tools.
36C316Essence of Indian Knowledge Tradition – IC316.1C316.1 Identify the concept of Traditional knowledge and its importance.
C316.2C316.2 Explain the need and importance of protecting traditional knowledge.
C316.3C316.3 Illustrate the various enactments related to the protection of traditional knowledge.
C316.4C316.4 Interpret the concepts of Intellectual property to protect the traditional knowledge.
C316.5C316.5 Explain the importance of Traditional knowledge in Agriculture and Medicine.
C316.6C316.6 Identify the concept of Traditional knowledge and its importance.
37C317Communication Engineering (CE LAB)C317.1C317.1 Define pre-emphasis and de-emphasis at the transmitter and receiver respectively
C317.2C317.2 Understand different analog modulation schemes and evaluate modulation index.
C317.3C317.3 Apply various techniques in solving communication problems .
C317.4C317.4 Comprehend and analyze the concepts of different digital modulation techniques in communication.
C317.5C317.5 Evaluate analog modulated waveform in time /frequency domain and also find modulation index
C317.6C317.6 Create the writing and simulation environments in PWM, PPM, Mixer and ring modulation.
38C318Microprocessor and Micro controllers (MPMC LAB)C318.1C318.1 Express the fundamentals of evolution, operating concept, and assembly language programming & instruction sets of 8086 Microprocessor.
C318.2C318.2 Develop and apply assembly language programs using loop, branch, arithmetic, logical, shift, rotate, array & String operations.
C318.3C318.3 Formulate programs like finding largest/smallest numbers, check existence of data.
C318.4C318.4 Experiment with assembly level programming of 8051 microcontroller & its functions for various applications.
C318.5C318.5 Analyze modes of operation of 8255 PPI and peripheral interfacing using A/D and D/A converter, Stepper motor controller, and keyboard with display interface using 8279 PIC.
C318.6C318.6 Create square-wave with 8255 chip.
39C319Future-ready Contributor Program (FRCP LAB)C319.1C319.1 Developing self-efficacy and basic inner strength
C319.2C319.2 Building ability to make more effective career choices
C319.3C319.3 Career Development Pathways for a changing world
C319.4C319.4 Building ability to become solution and value creating individuals in the world
C319.5C319.5 Building ability to work collaboratively and as good citizens of organizations and the country
C319.6C319.6 Contribution Project Lab Sessions
40C320SEMINAR -1C320.1C320.1 Outline the topics on modern technology; prepare implementation of the same as the presentation.
C320.2C320.2 Understanding the technologies used by extracting the new things to be implemented by reviewing the journals/research papers.
C320.3C320.3 Sketch the application of the technology for the use of the mankind.
C320.4C320.4 Analyse and correlate the new technology with the subject of interest for further study.
C320.5C320.5 Evaluate, plan and reframe the technology with the communication skills for a better explanation and presentation.
C320.6C320.6 Modify and design the concept into the realistic world.
41C401Entrepreneurship DevelopmentC401.1C401.1 Outline the business environment in order to identify business opportunities.
C401.2C401.2 Understand the legal and financial conditions for starting a business venture.
C401.3C401.3 Apply the knowledge on enterprise and design business plans those are suitable for funding by considering all dimensions of business.
C401.4C401.4 Analyze the effectiveness of different entrepreneurial strategies.
C401.5C401.5 Evaluate the basic performance indicators of entrepreneurial activity.
C401.6C401.6 Generate the importance of marketing and management in small businesses venture.
42C402Electric Power System ProtectionC402.1C402.1 Understand the electrical protection system.
C402.2C402.2 Recognize the details study of switchgear.
C402.3C402.3 Analyze Relay Design and Construction.
C402.4C402.4 Evaluate Feeder Protection Techniques.
C402.5C402.5 Synthesize Apparatus Protection Strategies.
C402.6C402.6 Understanding concept of Numerical Relays and over-voltage concept.
43C403Power Station EngineeringC403.1C403.1 Understand the generation of power by utilising various power sources
C403.2C403.2 Remember the use of steam , its operation in thermal power stations
C403.3C403.3 Discuss the nuclear energy sources, its operation in thermal power stations
C403.4C403.4 Relate the basis of diesel electric power station and hydro electric power station
C403.5C403.5 Identify the basics of gas turbine power station
C403.6C403.6 Examine the tower installation.
44C404MechatronicsC404.1C404.1 Recognize the key elements of mechatronics system and its representation in terms of block diagram.
C404.2C404.2 Analyze the concept of signal processing and use of interfacing systems such as ADC, DAC, digital I/O.
C404.3C404.3 Interfacing of Sensors, Actuators using appropriate DAQ micro-controller
C404.4C404.4 Asses the time and frequency domain analysis of system model (for control application)
C404.5C404.5  Implementation of PID control in real time systems and Development of PLC ladder programming and implementation in real life system.
C404.6C404.6 Formulate the programming of Microprocessor and Microcontroller  .
45C405Green TechnologyC405.1C405.1 State the concept of various forms of renewable energy.
C405.2C405.2  Understand the principles of Energy efficient technologies.
C405.3C405.3 Estimate the carbon credits of various activities.
C405.4C405.4 Compare Solar, Wind and bio energy systems, their prospects, Advantages and limitations.
C405.5C405.5 To design processes that are benign and environmentally viable.
C405.6C405.6 Validate the need of Wind Energy and the various components used in energy generation and know the classifications.
46C406SOFT COMPUTINGC406.1C406.1 Define importance of applications of soft computing in real life problems.
C406.2C406.2 Explain supervised and unsupervised learning algorithms to find optimized solutions for linear and non-linear problems.
C406.3C406.3 Demonstrate fuzzy systems using knowledge of fuzzy rule based system and fuzzy rule based reasoning.
C406.4C406.4 Analyze derivative free optimization models and optimized search techniques using evolutionary operators.
C406.5C406.5 Evaluate and apply hybrid tools to find optimized solutions for highly complex problems by exploiting advanced features of the tool.  
C406.6C406.6 Devlop soft computing techniques to solve real life problems.
47C407Essence of Indian Knowledge Tradition – IIC407.1C407.1 Identify the concept of Traditional knowledge and its importance.
C407.2C407.2 Explain the need and importance of protecting traditional knowledge.
C407.3C407.3 Illustrate the various enactments related to the protection of traditional knowledge.
C407.4C407.4 Interpret the concepts of Intellectual property to protect the traditional knowledge.
C407.5C407.5 Explain the importance of Traditional knowledge in Agriculture and Medicine.
C407.6C407.6 Identify the concept of Traditional knowledge and its importance.
48C408MINOR PROJECTC408.1C408.1Apply engineering principles to solve complex problems.
C408.2C408.2 Design and develop solutions using appropriate tools and standards.
C408.3C408.3 Conduct research to create innovative solutions or enhancements.
C408.4C408.4 Manage project resources and collaborate effectively in a team.
C408.5C408.5 Prepare and deliver clear project documentation and presentations.
C408.6C408.6 Evaluate the project’s ethical, societal, and environmental impact.
49C409SEMINAR -2C409.1C409.1 Outline the topics on modern technology; prepare implementation of the same as the presentation.
C409.2C409.2 Understanding the technologies used by extracting the new things to be implemented by reviewing the journals/research papers.
C409.3C409.3 Sketch the application of the technology for the use of the mankind.
C409.4C409.4 Analyse and correlate the new technology with the subject of interest for further study.
C409.5C409.5 Evaluate, plan and reframe the technology with the communication skills for a better explanation and presentation.
C409.6C409.6 Modify and design the concept into the realistic world.
50C410Comprehensive VivaC410.1C410.1 State the  engineering knowledge learnt in four year graduation course.
C410.2C410.2 Describe the related academic concept.
C410.3C410.3 Apply knowledge in developing  career in particular field.
C410.4C410.4 Classify different techniques.
C410.5C410.5  Deduce engineering problems.
C410.6C410.6 Review different concept in related concepts of engineering
51C411MAJOR PROJECTC411.1C411.1Apply engineering principles to solve complex problems.
C411.2C411.2 Design and develop solutions using appropriate tools and standards.
C411.3C411.3 Conduct research to create innovative solutions or enhancements.
C411.4C411.4 Manage project resources and collaborate effectively in a team.
C411.5C411.5 Prepare and deliver clear project documentation and presentations.
C411.6C411.6 Evaluate the project’s ethical, societal, and environmental impact.