CO's

MEPC301 - Power Engineering

CO:01

Differentiate between diesel engine and petrol engine and its working cycle and understood Valve timing diagram and combustion process of charge.

CO:05

Calculate the performance of Hydraulic Turbines and their application in actual power generation and understand its velocity diagram with various parameters.

CO:04

Calculate the performance of steam turbine and understand working cycle of gas turbine plant and its thermal efficiency.

CO:02

Calculate various performance characteristics of IC Engines and understand cooling system, lubricating system, governor system and various components of it.

CO:03

Understand the working principle and use of different types of nozzles and diffusers in steam turbines and working principle of steam turbine, gas turbine and Hydraulic turbines.

MEPC303 - Advanced Manufacturing Processes

CO:01

To understand the fundamental concept, demonstrate the necessity, classification, mechanism of material removal, working principal and identify the specific application of Non-traditional Machining Processes.

CO:02

To demonstrate the utility and select suitable Jig and /or Fixture for making a product economically.

CO:03

To understand the basic concept of NC /CNC along with its utility and demonstrate the sequential processes /steps (along with part programming) to be followed to produce a specific job with the help of CNC Machine Tool.

CO:04

To understand the basic concept, objective, identify the types of layout, basic components along with their function and demonstrate the advantages & disadvantages of Flexible Manufacturing System.

MEPE301/1 - POWER PLANT ENGINEERING

CO:1

Understand concept of power scenario in India, gain knowledge on layout, construction and working principle of different types of power plant like Steam and Diesel power plat.

CO:2

To understand on layout, construction and working principle of Gas Turbine Power plant, Hydro-electric Power Plant and Nuclear Power Plant and the hazards associated to it.

CO:3

Define and describe the working principle, construction and advantage and disadvantage of non-conventional power generation system.

CO:4

Identify and describe the function of major electrical components associated with any power and calculate Economics of Power Generation

MEPC309 - Fluid Mechanics and Machinery

CO:01

The students should be able to Understand Fluid properties, stability of submerged and floating bodies, Manometry, and static fluid forces on different surfaces and clearly distinguish the concept of intensity of pressure and pressure head.

CO:02

The students should be able to compare different types of fluid , Interpret the concept of continuity equation and Bernoulli’s equation for an ideal fluid , comment on validation assumption made and applications of Bernoulli’s Equation.

CO:03

Understand laminar and turbulent flow through pipes and parallel plates. Major and Minor losses in pipe flow, piping network, and draw HGL and TEL.

CO:04

The students should be able to determine the impact of jet on different types of fixed and moving jets.

CO:05

Understand and classify different Pumps, plot curves for various efficiencies and draw velocity triangles for the same.

MEPE303 - Automobile Engineering

CO:01

Classify Automobile and Identify the main components of fuel feed systems, cooling & lubrication systems used in automobile.

CO:02

Explain mechanism of clutch, gear box and differential gearbox work.

CO:03

Explain construction and working principle of braking and steering mechanism.

CO:04

Explain construction of wheels and tyres, suspension system.

CO:05

Explain mechanism of ignition system, charging system and starting system.

MEOE304/2 - Environment Enginnering & Science

CO:05

Define use of various Renewable energy and Environmental rules & Regulations.

CO:03

Define various types of pollutant in air, sources and its treatment, Noise pollution, its sources and effects on human.

CO:04

Define solid waste and its disposal management system, soil pollution, its effect.

CO:01

Define Environment, Ecology and descriptive parameter of Environment.

CO:02

Define various types of water, its sources, various parameters of water quality, water pollutant and its sources, water treatment process.

MEPC302 - Design of Machine Elements

CO:1

Analyse the various modes of failure of simple machine parts under different load patterns.

CO:2

Design simple machine parts (Like cotter and Knuckle joint screw fastening) and to design shat, keys, coupling and C.I, Pulley.

CO:3

Understand designing of welded joint and interpreting the failure of welded joint.

CO:4

Gain knowledge on bearing and classification of bearing, bearing life and failure of bearings. Students can also know the selection of bearing by using manufacturer’s catalogue.

CO:5

Understand estimation and costing, determination of weight of various parts, Estimation of selling price of simple engineering parts.

HS302 - Entrepreneurship and Start-ups

CO:01

Identify qualities of entrepreneurs, develop awareness about entrepreneurial skill and mindset and express knowledge about the suitable forms of ownership for small business

CO:02

Comprehend the basics of Business idea, Business plan, Feasibility Study report, Project Report and Project Proposal

CO:03

Understand the concept of start-up business and recognise its challenges within legal framework and compliance issues related to business.

CO:04

Make a growth plan and pitch it to all stakeholders and compare the various sources of funds available for start-up businesses

MEPC304 - WORK ORGANIZATION & MANAGEMENT

CO:03

Apply various purchasing method, inventry control technic in practice.

CO:01

Understand the concept of management and organizational structure.

CO:02

Analyze the strategic issues and strategies required to select, develop and train workforce.

CO:04

Gain knowledge on work place design work-study and evaluate standard time.

CO:05

Understand the importance Production Planning and Control and what is required for Quality Control.

MEOE302 - Engineering Economics and Project Management

CO:01

To acquire knowledge of basic Economics to facilitate the process of economic decision making.

CO:02

Be able to develop the idea of project plan and make choice of most profitable project for company.

CO:03

Be able to implement predetermined project plan with available resources through proper understanding of project management strategies.

CO:04

Be able to apply project management skills for evaluation of any project with real life experience and to motivate the team members to achieve the set goals.

MEPE302/2 - Oil Hydraulics and Pneumatics

CO:02

Identify various components like pumps ,Direction control valve,Pressure control valve,Flow control valve . Explin their functions.

CO:01

Build basic concept in oil hydraulics and pneumatics and aplply knowledge in various field related to hydraulics and pneumatics.

CO:03

Explain and develop various hydraulic circuits.

CO:04

Identify and explain various components of pneumatic circuits .

CO:05

Develop various simple pneumatic circuits as per requirements.

BS103 - Applied Physics-I

CO1:

Correlate different physical quantities using dimensional analysis and estimate the error in measurement of any physical quantities

CO2:

Apply the laws of motion, principle of conservation of linear momentum and angular momentum, and the concept of centripetal & centrifugal forces, torque & moment of inertia in solving various well-defined engineering problems

CO3:

Correlate work, power and energy to solve engineering problems, and apply the principles of friction in various conditions for useful purpose

CO4:

Apply and correlate the basic knowledge of general properties of matter like elasticity, surface tension and viscosity, and the basic theory of hydrodynamics in our day to day life as well as in various engineering applications.

CO5:

Analyze different modes of heat transfer, and apply knowledge of thermal conductivity and thermal expansion of solid, liquid and gas in various physical problems

BS105 - Applied Chemistry

CO1:

Knowledge to solve various engineering problems by applying the basic concepts of atomic structure, chemical bonding and solutions.

CO2:

Knowledge about the difference between hard and soft water. Knowledge about the utilisation of appropriate water treatment methods to solve domestic and industrial problems.

CO3:

Knowledge to solve complex engineering problems using fundamental concepts of various engineering materials and their properties.

CO4:

Knowledge about fuels and their combustion characteristics. Knowledge about use of relevant fuel and lubricants for domestic and industrial applications.

CO5:

Knowledge to solve engineering problems using the concept of Electrochemistry. Knowledge in, cause and effects of corrosion of metals and control of corrosion.

HS101 - Communication In English

CO2:

Posses good communication skills to be a good leader as well as good teacher.

CO1:

Express own-self properly by developing effective speaking English and Body Language.

CO3:

Open and willing to learn new things, take new challenges and make adjustments to suit transitions in the workplace.

CO4:

Improve analytical thinking by soft skill development.

CO5:

Improve writing skills for writing different types of CV format following job profile.

BS101/M-I - Engineering Mathematics-I

CO1:

Apply the basic concepts of logarithm, complex number, quadratic equation and binomial theorem for solving the engineering and practical problems.

CO2:

Find the area of triangle, parallelogram using vector algebra and solve vector-oriented problems like work done, moment of a force, projection of a vector upon another by applying concept of vector algebra.

CO3:

Prove various types of trigonometrical identities by using formula, sketch the graph of Sine, Cosine, and Tangent functions and solve trigonometric equations which will be useful in solving the scientific problems.

CO4:

Analyse limit, continuity of different types of functions and use derivatives as a tool can be used to find maxima, minima, increasing, decreasing, velocity, acceleration of function with single variable which will be applicable in various kind of engineering fields and real situation.

....... - Engineering Graphics

CO:01

To develop drafting and sketching skills, to know the applications of drawing equipment and get familiarize with Indian Standards related to engineering drawing. To develop drawing skill of Lettering and Scale.

CO:02

To develop drafting and sketching skills, to know the applications of various Engineering curves.

CO:03

To develop concept of Orthographic Projection and to draw Orthographic Views for different objects.

CO:04

To visualize three dimensional objects from Orthographic Views and to draw isometric views/projections. To be familiar with AutoCAD and to develop the skill of drafting in AutoCAD by using different commands.

BS102/M-II - Engineering Mathematics-II

CO1:

Apply the knowledge of Cramer’s rule and matrix inversion for finding the solutions of Linear Simultaneous Equations and learn how to use matrices and determinants in solving engineering problems such as stress and strain analysis, circuit analysis and control systems.

CO2:

Apply the equations of a straight line, circle, conic section in solving the practical problems and develop the ability to use conic sections in solving engineering problems such as optics, satellite orbits and aerodynamics.

CO3:

Apply the various techniques of evaluating integration for solving engineering problems such as finding the mass, moment of inertia and center of mass of an object and use integration to solve problems related to work, distance and velocity.

CO4:

Apply various methods of finding complete primitive of ordinary differential equations of 1st order and 2nd order and use the concept of partial differentiation to model engineering systems such as mechanical systems, electrical systems and fluid systems.

CO5:

Understand the concepts of probability and statistics and their applications in engineering and develop the ability to use probability and statistics in engineering problem-solving and decision making.

BS104 - Applied Physics-II

CO1:

Apply the concept of waves and Ultrasonics in various Engineering, Medical and Industrial applications, and apply acoustics principles in various Engineering applications.

CO4:

Analyze the working principle of semiconductor devices using basic concepts of semiconductor physics.

CO3:

Apply the concept of the electric field, electric potential, capacitance, electric current, thermoelectric effect and magnetic field, and apply various laws viz. Coulomb’s law, Gauss law, Ohm's law, Kirchhoff’s law, Biot-Savart Law, Faraday’s law etc. to solve various well defined problems, and use these principles in various Engineering applications.

CO5:

Analyze the working principle of LASER and X- rays, and summarize engineering, technological and medical applications of LASER, X- rays and Nano materials.

MEPC203 - Mechanical Engineering Materials

CO:04

Define various heat treatment process and application, Non-Destructive test and property and application of non-metallic materials.

CO:03

Describe application and properties of non-ferrous metals and properties, application of its alloys.

CO:01

Define various crystal structure and mechanical properties of materials.

CO:02

Classify ferrous metals and describe their application and properties.

MEPC207 - Manufacturing Processes-I

CO:04

Prepare products using different casting processes.

CO:05

Assess and apply different metal joining processes to produce jobs.

CO:01

Understand the fundamental concept of manufacturing and identify different Manufacturing processes to be performed for the given job.

CO:02

Prepare products using different metal forming processes.

CO:03

Understand fundamental of machining processes & plan, estimate and produce jobs by using lathe.

MEPC205 - Strength of Materials

CO:2

Interpret the variation of MOI for different cross-sections of mechanical components.

CO:1

Demonstrate different types of stress induced on components under the action of different types of loading condition. Determine stresses, deformations in the simple load carrying members subjected to an axial, transverse, radial, twisting or thermal loading.

CO:3

Draw shear force and bending moment diagrams for beams with different support conditions and different load conditions.

CO:4

Get concept of bending stress on the beam and to understand bending theory. To understand the deflection of beam and its slope subjected to various loading condition.

CO:5

Solve the problems of column for different end conditions using different methods like Euler’s Formula & Rankine-Gordon formula,

CO:6

Analyze both solid and hollow shaft subjected to torsion and to have the basic knowledge of spring like stiffness, deflection , Spring Index, Strain energy.

MEPC213 - Materials Testing Lab

CO:1

Use different material testing machines and learn the material testing methods related to the material testing.

CO:2

Measure value of stress at different loading condition for mild steel specimen subjected to axial tensile load and plot them on stress strain /load deformation diagram by using Universal Testing Machine (UTM).

CO:3

Measure the value of shear stress of given materials by using relevant material testing equipment like by using Universal Testing Machine (UTM).

CO:4

Measure the value of impact strength of giving materials by using Charpy and Izod impact test with the help of relevant impact testing machine.

CO:5

To determine the hardness value of by using Rockwell hardness tester.

MEPC201 - Mechanical Engineering Drawing

CO:1

Comprehend the methods of development of lateral surfaces of different truncated and frustum objects, such as tray, funnel, hopper, bend pipe, transition pipe etc.

CO:2

Realize the curves of intersection of commonly used two interpenetrating solids.

CO:3

Interpret machining symbols and surface texture on production drawings and also interpret various drawing symbols , codes and conventions as per IS : SP- 46

CO:4

Realize the sectional views pf various casting and machining components.

CO:5

Interpret assembly drawing and detailed drawings of various objects such as machine tool parts, power transmission elements, bearings, valve etc.

MEPC211 - Mechanical Engineering Drawing Practice

CO:1

To develop the lateral surfaces of an oblique cone, tray, funnel, hopper, bent pipe, litre(Oil can) transition piece, oblique cylinder.

CO:2

To draw the projection showing the curves/ lines of intersection between prism to prism, prism to cylinder, cylinder to cylinder, cylinder to cone etc.

CO:3

To comprehend and exercise various drawing symbols, codes, conventions as per IS:SP-46 and also apply machining symbols and surface texture on production drawing.

CO:4

To draw the sectional views of various castings / machining components.

CO:5

To draw assembly and detailed drawing of spigot and socket joint, knuckle joint , plummer block, foot step bearing, speed cone pulley, non-return valve, flange coupling, spur gear, C.I pulley.

MEPC202 - Theory of Machine

CO:01

Demonstrate the working principle for different types of mechanism used in different machines .

CO:02

Determine the velocity ratio for different types of gear train and power transmitted by belt drive. Select specific mechanical power transmission drives for given application.

CO:03

Determine the mass of flywheel required for given crank-effort diagram of an engine / machine and Locate the position of balance mass for a rotating component containing several unbalanced masses in different planes.

CO:04

Choose relevant Governors , clutch and brakes in various applications.

CO:05

Draw the profile of radial cam for transmitting given motion of follower.

MEPC209 - Thermal Engineering-I

CO:01

Gain knowledge in laws of thermodynamics and various processes of thermodynamics.

CO:02

Calculate C.O.P of refrigerator and heat pump.

CO:03

Apply knowledge of S.F.E.E in boiler , turbine, nozzle and compressor.

CO:04

Calculate enthalpy and dryness fraction of different types of steam.

CO:05

Calculate boiler efficiency and equivalent evaporation of boiler.

MEPE202 - Refrigeration & Air-Conditioning

CO:04

Explain of psychrometric definitions and demonstrate psychrometric processes on psychrometric chart.

CO:01

Identify the type of refrigeration system, definitions, Properties of refrigerants.

CO:02

Define and explain the working of air refrigeration system and its problem.

CO:03

Calculate the performance of vapor compression refrigeration systems, identify its various components and working principle. Able to explain working principle of Vapor absorption cycle and various refrigerants with its property and field of application.

CO:05

Identify different components used in air-conditioning system. Explain the working methods of comfort air-conditioning.

MEPC204 - Manufacturing Processes-II

CO:05

To understand the fundamental concept of powder metallurgy and its application.

CO:01

To understand the basic of machine tools and identify different machining processes to be performed for the given job and to acquire knowledge to Plan, estimate and produce jobs by using drilling, shaping and milling machines.

CO:02

To understand the basic of gear cutting methods and can be able to produce spur gear by using a milling machine.

CO:03

To apply the basic concept of grinding, coding of grinding wheel and can be able to select specific grinding wheel for the given job.

CO:04

To understand the importance of surface finish and related surface finishing methods.

MEPC208 - Engineering Metrology

CO:01

Explain the objectives of metrology and measurements, understand the importance of manufacturing components to specified sizes and explain, limits , fits and tolerances in design and manufacturing fields and limit gauge design.

CO:02

Understand the principle of linear and angular measuring instruments, comparators and apply the acquired knowledge for accurate and precise measurement of a given quantity.

CO:03

Understand the fundamentals of various terminologies used for gear & screw and methods for the measurements of screw threads and gear measuring instruments.

CO:04

To explain the terminology associated with the quantification and measurement of surface roughness and elucidate the various methods of measurement of surface textures.

MEPC206 - Thermal Engineering -II

CO:01

Determine thermal efficiency ,work ratio, specific steam consumption rate of Carnot cycle ,Rankine cycle and it’s modified form.

CO:02

Identify different components of different types of surface condenser and jet condenser and calculate vacuum efficiency of condenser.

CO:03

Classify and calculate power required to run compressor ,volumetric efficiency of compressor .

CO:04

Determine C.O.P of Bell-coleman cycle and define different parameters of psychrometers.

CO:05

Calculate heat flow, thermal resistance during conduction, convection and radiation.