| Sl. No | Subject Code | Subject | Course | Description of Course Outcomes |
| 1 | C101 | Mathematics-1 | C101.1 | Know first-order differential equation, linear differential equation and Bernoulli’s equation to find solution for electrical circuits. |
| C101.2 | Comprehend 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. | |||
| C101.3 | Compute series solutions of differential equations , power series method, Lagenders polynomials and Bessel’s function to solve complex engineering problems. | |||
| C101.4 | Differentiate first-order differential equation, linear differential equation and Bernoulli’s equation to find solution for electrical circuits. | |||
| C101.5 | Understand linear equation and vector space. | |||
| C101.6 | Explain the asymptote and curvature problems. | |||
| 2 | C102 | Physics | C102.1 | Know the concepts of quantum mechanics. |
| C102.2 | Understand the basic features of different oscillatory systems, waves and related properties. | |||
| C102.3 | Apply vector calculus in electromagnetic waves. | |||
| C102.4 | Differentiate between interference and diffraction. | |||
| C102.5 | Analyse the application of quantum mechanics to various physical problems. | |||
| C102.6 | Relate the idea of LASER and Optical Fibre in fibre optics communication | |||
| 3 | C103 | Basic Electrical Engineering | C103.1 | Know about Direct current, voltage, power, sources and analysis of electrical networks |
| C103.2 | Understand electromagnetism and electronics measuring instruments. | |||
| C103.3 | Apply AC fundamentals and DC transients in electrical circuits. | |||
| C103.4 | Compare rotating electrical machines and stationery electrical machine as transformer. | |||
| C103.5 | Describe about power supply systems | |||
| C103.6 | Relates the industrial applications of Electrical energy | |||
| 4 | C104 | Basic Mechanical Engineering | C104.1 | Use thermodynamics basics & terminology correctly. |
| C104.2 | Demonstrate the principles of thermal engineering in power producing fields | |||
| C104.3 | Explain the working of various power transmission devices . | |||
| C104.4 | Understand the basic components of robots, differentiate types of robots and robot grippers. | |||
| C104.5 | Working of various instruments used for measuring temperature and pressure. | |||
| C104.6 | Working of various instruments used for measuring for flow, speed, stress, strain. | |||
| 5 | C105 | Communicative English | C105.1 | Outlines various elements and concepts related to communicative English. |
| C105.2 | Distinguishes between EIE and RP in English Language. | |||
| C105.3 | Prepares for effective workplace communication. | |||
| C105.4 | Illustrates the significance of professional writing. | |||
| C105.5 | Appraises the students of the nuances of soft skills. | |||
| C105.6 | Explains the importance of Emotional Intelligence | |||
| 6 | C106 | Physics Lab | C106.1 | Know how to find the value of acceleration due to gravity at a place & surface tension of liquids. |
| C106.2 | Summarize about the grating element of a plane diffraction grating & wavelength of sodium light by using Newton ring . | |||
| C106.3 | Compare the different moduli of elasticity of various solid materials. | |||
| C106.4 | Identify the characteristic curve of PN diode & Bipolar junction transistor and charging discharging of a condenser in a RC circuit. | |||
| C106.5 | Design a project work on topics related to different branches of physics. | |||
| 7 | C107 | Basic Electrical Engineering Lab | C107.1 | How to measure the electrical consumption of various devices as well as for DC compound machines. |
| C107.2 | Distinguish operate and control the speed of DC shunt motor, Three phase induction motor. | |||
| C107.3 | Show the characteristics and use of Incandescent lamps and fuses. | |||
| C107.4 | Analyze the open circuit characteristics of DC shunt generators | |||
| C107.5 | Evaluate current, voltage and power in AC electric circuits | |||
| C107.6 | ||||
| 8 | C108 | Basic Mechanical Engineering LAB | C108.1 | Understand main parts & working of Steam power plant,IC Engine & refrigerator |
| C108.2 | Identify the different parts of the automobile | |||
| C108.3 | Determine velocity ratio of belt drive. | |||
| C108.4 | Analyse of Gears and Gear trains | |||
| C108.5 | Verify Bernoulli’s Theorem & its application . | |||
| C108.6 | Calibration of Bourdon Tube Pressure gauge | |||
| 9 | C109 | Engineering Graphics & Design LAB | C109.1 | Gather knowledge about the tools and tackels used for drawing. |
| C109.2 | Explain how to draw projection of points and lines. | |||
| C109.3 | Show projection of planes and solids. | |||
| C109.4 | Construct the cut section and development of points. | |||
| C109.5 | Describe isometric view and can able to draw in AUTO CAD. | |||
| C109.6 | Prepare the model using CAD software. | |||
| 10 | C110 | English Language Lab | C110.1 | understand the importance of clarity,precision,conciseness and coherence in one’s use of language both oral and written. |
| C110.2 | communicate fluently and accurately with four skills:- Speaking,Listening,Writing & Reading. | |||
| C110.3 | confident in verbal and nonverbal communication by means of practice | |||
| C110.4 | create a lively and familiar communicative learning environment in the workplace. | |||
| C110.5 | use the dictionary skills to find the correct pronunciation of words and perform various phonemic transcriptions. | |||
| 11 | C111 | Mathematics-II | C111.1 | Know Laplace Transform to get the solution to differential equation, convolution and Integral equation. |
| C111.2 | Interpret the concepts of Fourier series, Fourier transform, Fourier Integral | |||
| C111.3 | Solve beta function and error function to get solutions of complex real life problem. | |||
| C111.4 | Compare the scalar and vector problems. | |||
| C111.5 | Evaluate line integral and double integration problems | |||
| C111.6 | Know the techniques of combinethe problems using Gauss divergence and Stoke’s theorem | |||
| 12 | C112 | Engineering Mechanics | C112.1 | Understand the fundamentals of Mechanics & compute the equilibrium of rigid bodies. |
| C112.2 | Learn the concept of parallel forces, moment, Couple & effect of friction on equilibrium. | |||
| C112.3 | Locate the Centroid & determine the area/mass moment of inertia of different shapes. | |||
| C112.4 | Understand the concept of virtual work and determine the forces in members of trusses | |||
| C112.5 | Learn kinematics, kinetics of particle and rigid body, related principles | |||
| C112.6 | Solves the numerical on the projectile, D-Alembert’s principle and analyze impact of elastic bodies on collision. | |||
| 13 | C113 | Chemistry | C113.1 | To understand the basics of quantum mechanical concepts and spectroscopy. |
| C113.2 | To predict the bulk properties and processes using thermodynamic considerations. | |||
| C113.3 | To learn an introductory idea about new materials. | |||
| C113.4 | To understand the fundamental concepts on fuels and corrosion chemistry. | |||
| C113.5 | To find the application of Nanomaterial in Medical and Engineering field | |||
| C113.6 | Introductory idea about organometallics and their catalytic applications. | |||
| 14 | C114 | Basics Electronics Engineering | C114.1 | A basic knowledge of Semiconductor. |
| C114.2 | Understand the use of diodes as power supply rectifiers. | |||
| C114.3 | Apply the basic operation of OP-AMP circuit. | |||
| C114.4 | Analyse functional details and operation of transistors as switching circuits. | |||
| C114.5 | Illustrate the main elements of a communication system, and the principles related to its operation. | |||
| C114.6 | Summarize the principle and working of different logic gates and the related instruments. | |||
| 15 | C115 | Basics Civil Engineering | C115.1 | Know about the Composition and resolution of forces and equilibrium of concurrent coplanar force |
| C115.2 | Distinguish the centroids of composite plane figure and curves, | |||
| C115.3 | Apply the Principles of Dynamics | |||
| C115.4 | Differentiate Momentum and impulse | |||
| C115.5 | Explain Brick as a construction material and its importance, qualities of a good brick | |||
| C115.6 | Categorize planning and design aspects of transportation engineering, different modes of transport | |||
| 16 | C116 | Programming & Problem Solving Using “C” | C116.1 | Know about the different parts of computer and binary representation of numbers along with their operations |
| C116.2 | Understand the structured programming processes and operating systems. | |||
| C116.3 | Use and handle the C language fundamentals | |||
| C116.4 | Differentiate between different programmes like monolithic and modular etc | |||
| C116.5 | Apply the different C functions | |||
| C116.6 | Summarize about the pointers and file handling | |||
| 17 | C117 | Chemistry Lab | C117.1 | Estimate the amount of Fe2+, Ca2+, Total Hardness, Percentage of available Chlorine in a given sample. |
| C117.2 | Know the procedure of preparation of some important drug like Aspirin. | |||
| C117.3 | Determine the amount of individual alkali present in a mixture and can check Dissolved Oxygen level in a sample of water. | |||
| C117.4 | Illustrate the procedure of determination of Flash point, Fire point, Viscosity of lubricating oil . | |||
| C117.5 | Determination of Hardness of water by Soap Titration Method | |||
| C117.6 | ||||
| 18 | C118 | Basic Electronics Engineering Lab | C118.1 | Know all active and passive components such as diode, transistors of an electronic circuits |
| C118.2 | Understand the main elements of a communication system, and the principles related to its operation | |||
| C118.3 | Handle all measuring instruments such as CRO, multi meter and use them for any practical necessities. | |||
| C118.4 | Record and analyze the output of different developed circuits | |||
| C118.5 | Design different circuits using OPAMP, Diode and Transistors. | |||
| C118.6 | ||||
| 19 | C119 | Basic Civil Engineering Lab | C119.1 | Know Polygon Law of Coplanar Forces |
| C119.2 | Understand Support Reactions of a beam | |||
| C119.3 | Handle Experiment on trusses to calculate the force in the member of a simple truss | |||
| C119.4 | Record Friction experiment on inclined plane for determining coefficient of friction | |||
| C119.5 | Design Moment of inertia of fly wheel | |||
| C119.6 | ||||
| 20 | C120 | Workshop | C120.1 | Know about various tools and tackles used in workshop. |
| C120.2 | Understand practical in fitting job. | |||
| C120.3 | Operate the lathe machine. | |||
| C120.4 | Analyse the functions of welding machine. | |||
| C120.5 | Describe shaper machine, milling machine, drilling machine etc. | |||
| C120.6 | ||||
| 21 | C121 | Programming & Problem Solving Using “C” LAB | C121.1 | Write C codes on standard computing devices using conditional, branching and iterative constructs. |
| C121.2 | To understand modularization concept and write efficient and manageable code using functions | |||
| C121.3 | To model real life multi dimensional problems by using multi dimensional structures of C. | |||
| C121.4 | To manage various memory fragmentation problems by using dynamic memory concepts. | |||
| C121.5 | To implement I/O concepts and file handling concepts for managing the data and storing it in non-volatile mediums. | |||
| 22 | C201 | Mathematic-III | C201.1 | Apply the knowledge of the Laplace & Fourier transformation. |
| C201.2 | Partial differential equations and used in Engineering problems. | |||
| C201.3 | Solve the first & second order differential equations analytically using standard method. | |||
| C201.4 | demonstrate various physical models through higher order differential equation and solve such linear ordinary differential equation | |||
| C201.5 | Solving the ordinary differential equation by using Laplace transformation. | |||
| C201.6 | ||||
| 23 | C202 | OOPS Using Java | C202.1 | Describe the important concepts of object oriented programming like object and class, Encapsulation, inheritance and polymorphism. |
| C202.2 | Write the skeleton of C++ program. | |||
| C202.3 | Write the simple C++ programs using the variables, operators, control structures, functions and I/O objects cin and cout. | |||
| C202.4 | Write the simple object oriented programs in C++ using objects and classes. | |||
| C202.5 | Use features of C++ like type conversion, inheritance, polymorphism, I/O streams and files to develop programs for real life problems. | |||
| C202.6 | Use advance features like temples and exception to make programs supporting reusability and sophistication. | |||
| 24 | C203 | Organisation Behaviour | C203.1 | Understand the implications of organizational behaviour on the process of management. |
| C203.2 | Identify different motivational theories and evaluate motivational strategies used in a variety of organizational settings. | |||
| C203.3 | Evaluate the appropriateness of various leadership styles and conflict management strategies used in organizations. | |||
| C203.4 | Describe and assess the basic design elements of organizational structure and evaluate their impact on employees. | |||
| C203.5 | Explain how organizational change and culture affect working relationships within organizations. | |||
| C203.6 | Evaluate the potential effects of important developments in the external environment (such as globalisation and advances in technology) on organisational behaviour. | |||
| 25 | C204 | Mechanics of Solid | C204.1 | Determine the stresses and strains in the bars with varying sections and understand the relationship between different elastic constants. |
| C204.2 | Understand the concept of compound stress and strains using both annalytical and graphical method. | |||
| C204.3 | Sketch the shear force and bending moment diagrams for beams with different support conditions and different loading conditions. | |||
| C204.4 | Compute bending stress in symmetrical beam cross sections and deflections using different methods. | |||
| C204.5 | Develop an understanding of annalytic methods to apply the Euler’s equation to calculate axial buckling load for long columns and struts. | |||
| C204.6 | Analyse both solid and hollow shafts subjected to torsion and closed coil helical springs. | |||
| 26 | C205 | Fluid Mechanics & Hydraulic Machines | C205.1 | Remember various fluid properties and measurement of fluid Pressure. |
| C205.2 | Understand conservation laws to fluid flow problems in stability of floating body and their applications to other engineering applications. | |||
| C205.3 | Apply Pascals Law and Bernoulli’s Equation for flow measuring device and hydraulic machines | |||
| C205.4 | Analyze different types of losses in pipes and determine the HGL and TEL. | |||
| C205.5 | Evaluate the performance of various hydraulic pumps and turbines. | |||
| C205.6 | Formulate characteristic curves for hydraulic machines. | |||
| 27 | C206 | Environmental Science | C206.1 | Understand ecological concept and various ecological processes. |
| C206.2 | Interprit the water treatment process and quality. | |||
| C206.3 | Perform various methods for waste water treatment and solid waste management. | |||
| C206.4 | Infer air pollution in details. | |||
| C206.5 | Propose the laws and regulations to develop guidline , processes for health and safety issues. | |||
| C206.6 | Implement safety management. | |||
| 28 | C207 | Building Drawing Using AUTOCAD | C207.1 | Understand the plan, elevation and section view of building. |
| C207.2 | Know the plans, elevation and section for load bearing wall and framed structures. | |||
| C207.3 | Draw the detail of door and window. | |||
| C207.4 | Draw several types of footing, brick work staircases, masonry etc. | |||
| C207.5 | Draw the detailing of floor, wall joints and types steel roof truss | |||
| C207.6 | Know the project on establishments. | |||
| 29 | C208 | Fluid Mechanics & Hydraulic Machines Lab | C208.1 | Understand the physical properties and characteristic behaviour of fluids, and the basic principles of fluid mechanics. |
| C208.2 | describe and interpret the behaviour and performance of fluid at rest. | |||
| C208.3 | Interpret the behaviour and performance of fluid in motion. | |||
| C208.4 | Describe the behaviour and performance of fluid when the fluid is flowing through the pipe. | |||
| C208.5 | Apply modelling principles and techniques to solve problems in hydraulics | |||
| C208.6 | Performance analysis in turbines and pumps and can be used in power plants. | |||
| 30 | C209 | OOPS Using Java Lab | C209.1 | Gain adequate understanding of object oriented programming paradigm and Java programming environment |
| C209.2 | Apply concepts of fundamental programming structure of java, Inheritance, Packages and Interfaces and exception handling. | |||
| C209.3 | Identify multi threaded applications and applets | |||
| C209.4 | Illustrate data base connectivity through JDBC | |||
| C209.5 | Design network applications using socket programming and RMI | |||
| C209.6 | Validate programs implementing the concept of AWT, Java Swing. | |||
| 31 | C210 | Evaluation of Internship-I | C210.1 | Recall the key objectives and goals of the engineering internship program |
| C210.2 | Explain the processes and methodologies used during the internship. | |||
| C210.3 | Demonstrate practical skills acquired during the internship in a professional setting | |||
| C210.4 | Compare different approaches and solutions to engineering problems encountered during the internship. | |||
| C210.5 | Assess the impact of the internship experience on their professional development. | |||
| C210.6 | Develop a comprehensive report and presentation summarizing their internship experience and learnings. | |||
| 32 | C211 | Surveying | C211.1 | Understand the use of chains and tapes for accurate linear measurements, including ranging and chaining on slopes. |
| C211.2 | Identify obstacles in chaining, recognize errors, and apply corrective measures. | |||
| C211.3 | Operate prismatic compasses and dumpy levels, and perform adjustments for accurate measurements. | |||
| C211.4 | Apply levelling methods using the height of instrument and rise and fall techniques, considering curvature and refraction. | |||
| C211.5 | Evaluate contouring principles and create contour maps using various methods. | |||
| C211.6 | Use modern surveying tools like EDM, Digital Theodolites, and Total Stations, and learn basics of Remote Sensing and GIS. | |||
| 33 | C212 | Transportation Engineering | C212.1 | To Define different modes of Transportation |
| C212.2 | To Illustrate typical cross section of Road and design its geometry accordingly | |||
| C212.3 | To Understand different highway materials and analyze the importance of conducting traffic survey | |||
| C212.4 | To Design Highway Pavement according to IRC | |||
| C212.5 | To Understand different highway construction and its various layers | |||
| C212.6 | To Build safety into every aspect of construction | |||
| 34 | C213 | Engineering Economics | C213.1 | Define the basic concept of micro and macroeconomics, engineering economics and their application in engineering economy. |
| C213.2 | Evaluate numerically the effects of changes in demand and supply on price determination of products and services. | |||
| C213.3 | Analyze the macroeconomic environment and financial systems of the country and its impact on business, society and enterprise. | |||
| C213.4 | Develo ability to account for time value of money using engineering economy factors and formulas. | |||
| C213.5 | Apply knowledge of mathematics, economics and engineering principles to solve engineering problems and to analyze decision alternatives in engineering projects | |||
| C213.6 | Formulate basic concept of micro and macroeconomics, engineering economics and their application in engineering economy. | |||
| 35 | C214 | Structural Analysis-1 | C214.1 | Distinguish between Determinate and Indeterminate structures.. |
| C214.2 | Understanding various Deflection method of Determinate Beam. | |||
| C214.3 | Appliy Energy Method in Deflection Of Beam. | |||
| C214.4 | Analysis of Trusses by various loading condition. | |||
| C214.5 | Evaluating different types of Beams under Moving Load Condition. | |||
| C214.6 | Deriving expressions for different types of Beam when exposed to different | |||
| 36 | C215 | Construction Technology | C215.1 | Understand and apply, basic project management concept and technicqe to achive the project |
| C215.2 | Learn various component of building in details | |||
| C215.3 | Optimization of plumbing and electrification technicqe Familiar with various construction material | |||
| C215.4 | Understand utility, advantage and limitation of various Construction equipment | |||
| C215.5 | Identify building defect and learn maintained technique. | |||
| C215.6 | Prepare Maintenance and remedial measures for post accident stages. | |||
| 37 | C216 | INTRODUCTION TO PHYSICAL METALURGY AND ENGINEERING MATERIALS | C216.1 | Understanding about engineering materials and the types of bonding in solids. |
| C216.2 | Explain the concept of plastic deformation in metals and the related phenomena such as dislocation theory and cold working. | |||
| C216.3 | Apply the lever rule to interpret binary phase diagrams and understand the microstructure of different alloys. | |||
| C216.4 | Evaluate the optical properties of materials, including their scattering, refraction, and absorption, and their applications in lasers and optical fibers. | |||
| C216.5 | Create composite materials by understanding the manufacturing procedures and properties of fiber reinforced plastics and metal matrix composites. | |||
| 38 | C217 | Constitution of India | C217.1 | Recall the key provisions and importance of the Constitution of India as the supreme law of the country. |
| C217.2 | Explain the limitations placed on the Parliament of India regarding the violation of Fundamental Rights under Part III of the Constitution. | |||
| C217.3 | Apply the concept of the “basic structure” doctrine as ruled by the Supreme Court of India to analyze constitutional amendments. | |||
| C217.4 | Analyze the influence of historical revolutions and movements, such as the European Renaissance and Reformation, on the development of constitutionalism in India. | |||
| C217.5 | Evaluate the impact of the Supreme Court of India’s judicial activism and progressive interpretations on the strengthening of the Constitution. | |||
| C217.6 | Develop arguments for and against the incorporation of India’s ancient legal heritage and cultural values into the Constitution. | |||
| 39 | C218 | Field Surveying Sessional | C218.1 | Recall the procedures for testing a chain and measuring the correct length of a line for chain traversing. |
| C218.2 | Explain the process of traversing using a compass. | |||
| C218.3 | Demonstrate the use of a theodolite for measuring horizontal and vertical angles. | |||
| C218.4 | Analyze the method of traversing using a theodolite to ensure accuracy. | |||
| C218.5 | Evaluate the effectiveness of using dumpy levels and automatic levels for fly leveling. | |||
| C218.6 | Create detailed contour maps using data from Total Station measurements. | |||
| 40 | C219 | Transportation Engineering Lab | C219.1 | Recall the procedures for testing a chain and measuring the correct length of a line for chain traversing. |
| C219.2 | Explain the process of traversing using a compass. | |||
| C219.3 | Demonstrate the use of a theodolite for measuring horizontal and vertical angles. | |||
| C219.4 | Analyze the method of traversing using a theodolite to ensure accuracy. | |||
| C219.5 | Evaluate the effectiveness of using dumpy levels and automatic levels for fly leveling. | |||
| C219.6 | Acquainted with advanced equipment for characterization of pavement materials. | |||
| 41 | C220 | Material Testing Lab | C220.1 | Recall the procedures for testing a chain and measuring the correct length of a line for chain traversing. |
| C220.2 | Explain the process of traversing using a compass. | |||
| C220.3 | Demonstrate the use of a theodolite for measuring horizontal and vertical angles. | |||
| C220.4 | Analyze the method of traversing using a theodolite to ensure accuracy. | |||
| C220.5 | Evaluate the effectiveness of using dumpy levels and automatic levels for fly leveling. | |||
| C220.6 | Utilize strain gauges and strain rosettes to measure and interpret strain in structural components, enhancing the understanding of material behavior under load. | |||
| 42 | C301 | Design of Concrete Structure | C301.1 | Understand the properties of concrete and reinforcing steel, and the philosophy of reinforced concrete design. |
| C301.2 | Apply the limit state method to design rectangular beams, focusing on flexure, shear, bond, and torsion. | |||
| C301.3 | Design doubly reinforced beams, T and L beams, and one-way and two-way slabs. | |||
| C301.4 | Analyze and design both short and long columns under axial and eccentric loads. | |||
| C301.5 | Design isolated and combined column footings to ensure stability and adequate load-bearing capacity. | |||
| C301.6 | Develop designs for cantilever and counterfort retaining walls, as well as ground, underground, and elevated water tanks, ensuring they meet stability and design requirements. | |||
| 43 | C302 | Water & Waste Water Engineering | C302.1 | Understand water supply requirements and methods. |
| C302.2 | Evaluate water characteristics and purification processes. | |||
| C302.3 | Evaluate water characteristics and purification processes. | |||
| C302.4 | Analyze wastewater generation, collection, and sewerage systems. | |||
| C302.5 | Apply biological treatment methods for wastewater and sludge. | |||
| C302.6 | Solve design problems for water and wastewater systems. | |||
| 44 | C303 | Geotechnical Engineering | C303.1 | Understand the origin of soil, including rock cycle, soil formation, and the concepts of clay mineralogy and mechanical analysis. |
| C303.2 | Apply soil consistency concepts, including Atterberg limits, liquidity index, and soil classification systems such as IS, USCS, HRB, and ASTM. | |||
| C303.3 | Analyze soil hydraulics by evaluating the modes of water occurrence in soil, stress conditions, permeability, and seepage calculations using relevant equations and laws. | |||
| C303.4 | Evaluate the principles and effects of soil compaction, including laboratory and field compaction techniques, and their impact on soil properties. | |||
| C303.5 | Assess stress distribution in soils using Boussinesq’s solutions, isobar diagrams, and Newmark’s chart, and determine shear strength through various testing methods. | |||
| C303.6 | Determine consolidation properties of soils, including primary and secondary consolidation, using Terzaghi’s theory and consolidation tests | |||
| 45 | C304 | Structural Analysis-II | C304.1 | Study continuous beams and plane frames using slope deflection and moment distribution methods. |
| C304.2 | Understand Kani’s method to analyze continuous beams and simple portals. | |||
| C304.3 | Assess the behavior of two-hinged and fixed arches under dead and live loads, and analyze suspension cables with two-hinged stiffening girders. | |||
| C304.4 | Utilize matrix methods of analysis, including flexibility and stiffness methods, for simple trusses and beams. | |||
| C204.5 | Evaluate plastic analysis concepts, including plastic modulus, shear factor, and plastic moment of resistance, and apply these to continuous beams and simple rectangular portals. | |||
| C204.6 | Implement upper bound and lower bound theorems in plastic analysis to solve structural problems. | |||
| 46 | C305 | Railway & Airport Engineering | C305.1 | To Understand permanent way components and technicalities of rails |
| C305.2 | To Design the Geometry of rail tracks | |||
| C305.3 | To Identify different components and laws governing the site selection of airport | |||
| C305.4 | To Design various geometric components of runway and taxiway | |||
| C305.5 | To Analyze and understand components of ports and harbours | |||
| C305.6 | To Discuss the inland water ways and its economic importance | |||
| 47 | C306 | Universal Human Values | C306.1 | Understand the purpose of Universal Human Values and recap concepts related to self and natural acceptance. |
| C306.2 | Analyze harmony in the self, including self-body coexistence and handling peer pressure. | |||
| C306.3 | Apply universal values to family, hostel, and institute relationships, with real-life examples. | |||
| C306.4 | Evaluate human impacts on nature, including resource depletion and pollution, and assess technology’s role. | |||
| C306.5 | Compare the four orders of nature and their imbalances caused by humans. | |||
| C306.6 | Formulate ethical principles for engineers and scientists based on values and character. | |||
| 48 | C307 | Design of Concrete Structure Lab | C307.1 | Perform slump, compaction factor, and flow table tests on concrete. |
| C307.2 | Conduct cube tests on concrete to determine compressive strength. | |||
| C307.3 | Analyze cylinder test data for stress, strain, and modulus of elasticity. | |||
| C307.4 | Evaluate the split tensile strength of concrete. | |||
| C307.5 | Design a concrete mix using the Indian Standard Method. | |||
| C307.6 | Design and detail a load-bearing residential building, including failure analysis of RC beams. | |||
| 49 | C308 | Water & Waste Water Engineering Lab | C308.1 | Measure and analyze water quality parameters such as pH, conductivity, and turbidity. |
| C308.2 | Determine and evaluate the optimum coagulant dosage for water treatment. | |||
| C308.3 | Perform microbiological analysis and apply the MPN test for bacterial contamination. | |||
| C308.4 | Analyze wastewater characteristics including solids, oxygen demand, and nitrogen levels. | |||
| C308.5 | Interpret water quality test results and their implications for safety and treatment. | |||
| C308.6 | Design and implement water and wastewater treatment procedures. | |||
| 50 | C309 | Geotechnical Engineering Lab | C309.1 | Measure the specific gravity of soil grains and interpret its significance in soil classification. |
| C309.2 | Analyze grain size distribution using sieve and hydrometer/pipette tests to determine soil texture. | |||
| C309.3 | Determine Atterberg limits (liquid, plastic, shrinkage) of soil and evaluate their implications for soil consistency. | |||
| C309.4 | Assess soil compaction in the field using core cutter and sand replacement methods, and analyze the effectiveness of each method. | |||
| C309.5 | Conduct Proctor and Modified Proctor compaction tests to determine the density-water content relationship and use Proctor penetration needle for detailed analysis. | |||
| C309.6 | Evaluate soil properties through shear strength tests (shear box, tri-axial compression, unconfined compression, vane shear) and analyze their impact on soil stability. | |||
| 51 | C310 | Evaluation of Summer Internship-II | C310.1 | Understand and recall information about the company and its processes. |
| C310.2 | Demonstrate an understanding of how internship tasks relate to academic learning. | |||
| C310.3 | Use academic knowledge to tackle real-world tasks during the internship. | |||
| C310.4 | Examine and break down project outcomes and challenges. | |||
| C310.5 | Integrate and present findings and experiences from the internship. | |||
| C310.6 | Assess the overall impact and effectiveness of the internship experience on professional growth. | |||
| 52 | C311 | Design of Steel Structures | C311.1 | Fundamental aspects and structural behaviour of steel structures |
| C311.2 | various types of connections such as riveted,welded,bolted and pinned. | |||
| C311.3 | Design of Tension Member | |||
| C311.4 | Design of compression member and evaluate Iacing,battening,column bases and foundation bolts. | |||
| C311.5 | Design of beams subjected to buckling, crippling and shear. | |||
| C311.6 | compute various elements of plate girder. | |||
| 53 | C312 | Hydrology & Irrigation Engineering | C312.1 | Identify fundamental concepts in hydrology, surface water hydrology, irrigation engineering, and hydraulic structures. |
| C312.2 | Explain principles like world water balance, stage-discharge relationships, runoff characteristics, and irrigation methods. | |||
| C312.3 | Utilize techniques to measure and calculate precipitation, runoff volumes, crop water requirements, and design parameters for hydraulic structures. | |||
| C312.4 | Differentiate between methods for precipitation abstraction, base flow separation, channel design, and weir and barrage design theories. | |||
| C312.5 | Assess the effectiveness of hydrological and irrigation methods such as the Curve Number method, Rational method, and channel design theories. | |||
| C312.6 | Design practical solutions for irrigation channels, cross-drainage works, dams, and spillways, considering stability, efficiency, and economic viability. | |||
| 54 | C313 | Optimization Engineering | C313.1 | Identify key concepts and classifications in optimization, linear programming, transportation and assignment problems, non-linear programming, and queuing models. |
| C313.2 | Explain principles of modeling optimization problems, simplex methods, duality theory, and queuing model characteristics. | |||
| C313.3 | Utilize various methods to solve engineering optimization problems. | |||
| C313.4 | Differentiate between methods for solving linear, non-linear, and integer programming problems; evaluate queuing models. | |||
| C313.5 | Assess the effectiveness of various optimization methods. | |||
| C313.6 | Design optimization models and solutions for complex engineering problems. | |||
| 55 | C314 | Foundation Engineering | C314.1 | UNDERSTAND THE LATERAL EARTH PRESSURE AND RETAINING STRUCTURE. |
| C314.2 | REMEMBER THE EARTH PRESSURE THEORIES AND GRAPHICAL METHODS | |||
| C314.3 | DESIGN OF BEARING CAPACITY AND FIELD METHOD . | |||
| C314.4 | SHALLOW FOUNDATION AND ITS TYPE. | |||
| C314.5 | DESIGN OF DEEP FOUNDATION AND ITS TYPE. | |||
| C314.6 | SUB SOIL EXPLORATION AND ROCK MECHANICS | |||
| 56 | C315 | Human Resources Management | C315.1 | Identify key concepts, objectives, and processes in HRM, HRD, recruitment, selection, and performance management. |
| C315.2 | Explain the relationships between HRM and HRD, challenges faced by HRM, and the various methods of recruitment, selection, and career planning. | |||
| C315.3 | Apply methods for recruitment, selection, career planning, and performance management, including tests, interviews, and career development techniques. | |||
| C315.4 | Analyze the effectiveness of performance appraisal methods, competency mapping processes, and compensation management principles. | |||
| C315.5 | Evaluate the validity and reliability of selection tests, performance appraisals, and compensation methods, including wage differentials and job evaluation. | |||
| C315.6 | Design comprehensive HRM strategies for recruitment, career planning, performance management, and compensation, incorporating effective training and development programs. | |||
| 57 | C316 | Essence of Indian Knowledge Tradition-1 | C316.1 | Identify key concepts of Indian knowledge systems, yoga, and modern science integration. |
| C316.2 | Explain how modern science relates to Indian knowledge systems and outline yoga and holistic health principles. | |||
| C316.3 | Utilize Indian knowledge and yoga practices to address health issues, integrating with modern science. | |||
| C316.4 | Evaluate case studies to assess the effectiveness of Indian knowledge systems and holistic health practices. | |||
| C316.5 | Assess how combining Indian knowledge with modern science impacts health care and well-being. | |||
| C316.6 | Design solutions using Indian knowledge, yoga, and modern science to enhance holistic health and solve real-world problems. | |||
| 58 | C317 | Steel Structure Lab | C317.1 | Understand the fundamental principles and theories of steel structure design, including trusses, columns, girders, and connections. |
| C317.2 | Apply structural analysis to determine forces and moments in steel trusses, columns, girders, and gantry girders. | |||
| C317.3 | Analyze the load-carrying capacity and stability of steel elements like columns, girders, and connections. | |||
| C317.4 | Evaluate design solutions for steel structures to ensure safety, economy, and code compliance. | |||
| C317.5 | Design detailed solutions for steel components, including trusses, columns, bases, girders, and connections. | |||
| C317.6 | Create detailed drawings and specifications for the fabrication and erection of steel structures | |||
| 59 | C318 | Irrigation Engineering Lab | C318.1 | Understand the principles and methodologies involved in the design and dimensioning of canals, including the calculation of canal dimensions and the design of canal falls |
| C318.2 | Apply design techniques to determine the appropriate depth and spacing for tile drains in land drainage systems. | |||
| C318.3 | Analyze and design cross drainage works to ensure proper water flow and structural integrity in hydraulic systems. | |||
| C318.4 | Evaluate the stability and safety of gravity dams by understanding the forces acting on the dam and calculating shear and principal stresses. | |||
| C318.5 | Design earthen dams by determining the seepage line and ensuring slope stability through appropriate engineering principles | |||
| C318.6 | Create detailed designs and specifications for spillways and canal falls, ensuring compliance with engineering standards and safety regulations. | |||
| 60 | C319 | FRCP Lab | C319.1 | Improve the employability of students by giving them the right work ethic and thinking that employers are looking for. |
| C319.2 | Build their confidence with which they can go into any job and contribute meaningfully. | |||
| C319.3 | Improve their ability to engage better in the workplace and to be able to handle the challenges that come up there. | |||
| C319.4 | Build their career-worthiness and help them develop into future-ready contributors with ability to navigate a career in a volatile, changing world. | |||
| C319.5 | Widen their choices of career and success, so that they are able to open up more opportunities for themselves and take up unconventional career pathways. | |||
| C319.6 | Enable them recognize how they as technical professionals, can participate and make a positive contribution to their communities and to their state. | |||
| 61 | C320 | Seminar-I | C320.1 | Identify key concepts and advancements in civil engineering. |
| C320.2 | Explain the relevance of the seminar topic in industry contexts. | |||
| C320.3 | Develop a structured seminar presentation using research and engineering principles. | |||
| C320.4 | Evaluate trends and methods in civil engineering through literature and case studies. | |||
| C320.5 | Assess the effectiveness and impact of solutions discussed in the seminar. | |||
| C320.6 | Design and deliver a seminar presentation integrating technical knowledge and practical applications. | |||
| 62 | C401 | Entrepreneurship Development | C401.1 | Understand key principles and concepts of entrepreneurship and its role in economic development. |
| C401.2 | Apply methods for identifying and evaluating business opportunities. | |||
| C401.3 | Analyze components of a successful business plan. | |||
| C401.4 | Evaluate various financing sources for startups and small businesses. | |||
| C401.5 | Design innovative business models and strategies using lean startup principles. | |||
| C401.6 | Create business plans and pitch presentations for potential investors. | |||
| 63 | C402 | Prestressed Concrete | C402.1 | Define Prestressed Concrete,Principle of Prestressed Concrete,Losses of Prestress,need of prestressing. |
| C402.2 | Understanding the application of Pre-tensioning and post tensioning systems | |||
| C402.3 | Design of beams,limit state analysis and design,anchorage zone stressess | |||
| C402.4 | Analysing different prestressed concrete members,short term and long term deflection | |||
| C402.4 | Measuring Flexural strength of prestressed concrete section ,continous beams. | |||
| C402.6 | Solving complex problem of prestressed concrete. | |||
| 64 | C403 | Water Resource Engineering | C403.1 | Understand fundamental concepts of hydrology, including the hydrological cycle, precipitation, evaporation, and infiltration. |
| C403.2 | Apply hydrological techniques to estimate runoff, design stormwater systems, and evaluate water balance. | |||
| C403.3 | Analyze groundwater flow, well hydraulics, aquifer properties, well design, and pumping tests. | |||
| C403.4 | Evaluate the design and operation of hydraulic structures like dams, spillways, and weirs for safety and stability. | |||
| C403.5 | Design irrigation systems, including canals, drip, and sprinkler systems, assessing their efficiency. | |||
| C403.6 | Create integrated water resource management plans for supply, flood control, and environmental conservation. | |||
| 65 | C404 | Green Technology | C404.1 | Understand the principles and significance of green technology, including its impact on sustainable development and environmental conservation. |
| C404.2 | Apply green technology concepts to evaluate and improve energy efficiency in residential, commercial, and industrial settings. | |||
| C404.3 | Analyze the life cycle of products and processes to identify opportunities for reducing environmental impact through the use of renewable resources and waste minimization. | |||
| C404.4 | Evaluate various green technologies such as solar, wind, and bioenergy systems, assessing their feasibility, efficiency, and potential environmental benefits. | |||
| C404.5 | Design innovative solutions and systems that incorporate green technologies to address environmental challenges in areas such as water treatment, waste management, and pollution control. | |||
| C404.6 | Create comprehensive strategies for the implementation and promotion of green technologies in communities and organizations, ensuring compliance with environmental regulations and standards. | |||
| 66 | C405 | Disaster Management | C405.1 | Understand the types, causes, and impacts of natural and human-made disasters on society and the environment. |
| C405.2 | Apply disaster risk assessment techniques to identify regional and sectoral vulnerabilities and hazards. | |||
| C405.3 | Analyze disaster management strategies, including preparedness, response, recovery, and mitigation. | |||
| C405.4 | Evaluate disaster management policies at local, national, and international levels for effectiveness and improvement. | |||
| C405.5 | Design disaster management plans integrating risk reduction, emergency response, and recovery strategies for specific scenarios. | |||
| C405.6 | Create community awareness programs and training modules to enhance public understanding and disaster preparedness. | |||
| 67 | C406 | INTERNET OF THINGS | C406.1 | Understand the fundamental concepts and architecture of the Internet of Things, including sensors, connectivity, and data processing. |
| C406.2 | Apply IoT technologies and protocols to design and implement basic IoT systems and applications. | |||
| C406.3 | Analyze the data generated by IoT devices to extract meaningful insights and improve system performance. | |||
| C406.4 | Evaluate the security and privacy challenges in IoT systems and develop strategies to mitigate these risks. | |||
| C406.5 | Design IoT solutions for specific applications, such as smart homes, industrial automation, and healthcare, considering system requirements and constraints. | |||
| C406.6 | Create comprehensive IoT project plans, including hardware and software components, integration, and deployment strategies, ensuring scalability and reliability. | |||
| 68 | C407 | Essence of Indian Knowledge Tradition-II | C407.1 | Understand key Indian knowledge concepts and philosophies from Vedic and classical texts. |
| C407.2 | Apply Indian knowledge principles to modern fields like science and technology. | |||
| C407.3 | Analyze Indian scholars’ contributions to mathematics, astronomy, and medicine. | |||
| C407.4 | Evaluate the impact of Indian philosophical and ethical frameworks on contemporary practices. | |||
| C407.5 | Design projects combining Indian traditional knowledge with modern advancements. | |||
| C407.6 | Create programs to enhance awareness and appreciation of India’s knowledge heritage. | |||
| 69 | C408 | Minor Project | C408.1 | Understand project requirements and objectives through literature research. |
| C408.2 | Apply project management techniques for planning and organizing the project. | |||
| C408.3 | Analyze project data to draw conclusions and assess progress. | |||
| C408.4 | Evaluate project results against objectives for effectiveness and quality. | |||
| C408.5 | Design innovative solutions based on project findings. | |||
| C408.6 | Create a detailed report and presentation to communicate project outcomes. | |||
| 70 | C409 | Seminar-II | C409.1 | Identify key concepts and advancements in civil engineering. |
| C409.2 | Explain the relevance of the seminar topic in industry contexts. | |||
| C409.3 | Develop a structured seminar presentation using research and engineering principles. | |||
| C409.4 | Evaluate trends and methods in civil engineering through literature and case studies. | |||
| C409.5 | Assess the effectiveness and impact of solutions discussed in the seminar. | |||
| C409.6 | Design and deliver a seminar presentation integrating technical knowledge and practical applications. | |||
| 71 | C410 | Comprehensive Viva | C410.1 | Demonstrate understanding of key concepts and methodologies from various subjects covered. |
| C410.2 | Apply theoretical knowledge to practical scenarios and case studies. | |||
| C410.3 | Analyze and evaluate complex problems or questions effectively. | |||
| C410.4 | Critique existing solutions or theories, discussing their strengths and limitations. | |||
| C410.5 | Design innovative solutions for problems, integrating knowledge from different areas. | |||
| C410.6 | Present clear and organized responses, showcasing effective communication skills. | |||
| 72 | C411 | Major Project/ Internship | C411.1 | Understand project requirements and objectives through literature research. |
| C411.2 | Apply project management techniques for planning and organizing the project. | |||
| C411.3 | Analyze project data to draw conclusions and assess progress. | |||
| C411.4 | Evaluate project results against objectives for effectiveness and quality. | |||
| C411.5 | Design innovative solutions based on project findings. | |||
| C411.6 | Create a detailed report and presentation to communicate project outcomes. |