Mechanical Engineering
Overview
Throughout human history, engineering has driven the advance of civilization. The metallurgists ended the Stone Age by producing copper and iron. The ship builders united the world’s people through travel and trade. Increasingly sophisticated tools for agriculture, technologies for producing textiles, inventions transforming human interaction and communication. Mechanical clock and the printing press irrevocably changed civilization. In the recent past Industrial revolution impacted life and thought in a big way. Machines supplemented and replaced human labor for countless tasks. The steam engine facilitated mining, powered trains and ships. Improved systems for sanitation enhanced health in the western world.
Vision & Mission
Vision
The Mechanical Engineering Department strives for making thorough professionals who are employable through quality education.
Mission
- To instill best technical knowledge in the students to face intellectual and career challenges.
- To make the department a desirable place to study and work by providing opportunities to build and propagate knowledge.
HOD
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Academics
Academic Calender
UG
Syllabus UG
3rd and 4th Semester
5th and 6th Semester
7th and 8th Semester
Results:
- Piyush Olivkar has brought us laurels by bagging 1st University Rank in 6th Semester Examination of Summer – 17
- Pratik Mishra secured 1st Rank in College amongst all the branches in 2nd year Examination (2016-2017)
- Foundation Batch (2017-18) of department graduated with 100% result. All students secured 1st Division.
Achievement
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Faculty Profile
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Faculty Publications
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Faculty Publications
Title of paper Name of the author/s Department of the teacher Name of journal Year of publication ISBN/ISSN number Design and Analysis of Glass Fiber Reinforced Polymer (GFRP) Leaf Spring Bhushan B. Deshmukh Mechanical Engineering 2011 Fourth International Conference on Emerging Trends in Engineering & Technology 2011 978-0-7695-4561 Design and Analysis of Fiber Reinforce Polymer (FRP) Leaf Spring – A Review Bhushan B. Deshmukh Mechanical Engineering International Journal on Engineering Technology and Sciences 2011 289-291 Automation and robotics in construction (Opportunities and challenges) Prof. Anurag V. karande Mechanical Engineering Interdisciplinary research and development in management, engineering and social sciences 4/1/2012 Laser Ignition in Internal Combustion Engines Durgesh R. Verma, Pankaj Hatwar Mechanical Engineering International Journal of Modern Engineering Research 3/1/2012 ISSN: 2249-6645 Analysis of Center of Percussion and its Applications Bhushan B. Deshmukh Mechanical Engineering IJERA(International journal for enginering and research and application) 9/1/2013 2319 – 4847 Thermal Analysis of circular incline pipe subjected to natural convection using CFD B.B. Deshmukh Mechanical Engineering International Journal of Application or Innovation in Engineering & Management 1/1/2014 ISSN: 2248-9622 Design of a Horizontal Shaft Impact Crusher Durgesh R. Verma, Pankaj Hatwar Mechanical Engineering Second international conference on advances in engineering and technology 2/1/2015 ISSN: 2319-4847 Enamel paint based on short oil alkyd Prof. P. V. Dhopte Mechanical Engineering International Journal of Scientific Research and Engineering Studies (IJSRES) 4/1/2015 978-93-84869-49-6 Design And Analysis Of Fiber Reinforced Polymer (FRP) Leaf Spring Bhushan B. Deshmukh Mechanical Engineering International journal of innovative science engineering and technology 5/1/2015 2349-8862 Application of performance improvement by using performance improvement technique Prof. P. V. Dhopte Mechanical Engineering IJRITCC(International journal of recent and innovation trends in computing and communication) 5/1/2016 2348-7968 Productivity improvement by quality circle A case study of foundry Prof.Amar Kawale, Prof Safal shambharkar,Prof chetan choudhari Mechanical Engineering IJRITCC(International journal of recent and innovation trends in computing and communication) 5/1/2016 2331-8169 Analysis of single point cutting tool using ANSYS Prof.Amar Kawale, Prof Safal shambharkar, Prof chetan choudhari Mechanical Engineering IJRITCC(International journal of recent and innovation trends in computing and communication) 5/1/2016 2331-8169 Use of genetic algorithm for designing-A composite drive shaft Prof.Amar Kawale, Prof Safal shambharkar,Prof chetan choudhari Mechanical Engineering International journal of science technology and engineering Jul-16 2331-8169 Investigation of optimal pitch selection to reduce self loosening of fastners under tansverse load Prof. Anurag V. karande Mechanical Engineering IJSRD (International Journal for scientific research and development Jul-16 2349-784X opimisation and FEA analysis of centrifugal pump shop Prof. Anurag V. karande Mechanical Engineering IJTMAS(International journal of engg.,Tech, Management and science Feb-16 2349-4476 Vibration analysis of hybrid composite leaf spring Prof. Anurag V. karande Mechanical Engineering IJSRD (International Journal for scientific research and development Jul-16 2349-4476 Static analysis of VMC spindle for maximum cutting force Prof. Anurag V. karande Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 2017 2321-0613 A model for estimation of cost of quality Prof.Amar Kawale,Prof Safal shambharkar,Prof chetan choudhari Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2454-1311 Implementation of 5s methodology in a store room in workshop at JIT-A case study Prof.Amar Kawale,Prof Safal shambharkar,Prof chetan choudhari Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2454-1311 Lean Manufacturing – an Ad. Manu = Technique for Auto industry Prof.Amar Kawale,Prof Safal shambharkar,Prof chetan choudhari Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2454-1311 Kizen: A quality Management technique Prof.Amar Kawale,Prof Safal shambharkar,Prof chetan choudhari Mechanical Engineering International Journal of Civil, Mechanical and energy science(IJCMES) 10/4/2017 2454-1311 Design Fabrication and performance analysis of pneumatic material handling system Prof. Prakash V. Dhopte Mechanical Engineering International Journal of Civil, Mechanical and energy science(IJCMES) 10/4/2017 2455-5304 Thermal Analysis of circular incline pipe subjected to natural convection using CFD S.S.Sajjanwar,P.V.Dhopte,G.M.Palatkar Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2455-5304 Recent trends and comparision in fuel cell technology G.M.Palatkar,S.S.Sajjanwar,P.V.Dhopte Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2454-1311 Application of performance improvement by using single piece flow P.V.Dhopte,G.M.Palatkar,S.S.Sajjanwar Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2454-1311 Biogas plant by using kitchen waste S.S.Sajjanwar,P.V.Dhopte,G.M.Palatkar Mechanical Engineering IJAEMS (International Journal of Adv. Engg. Mgt. and Science 10/4/2017 2454-1311
Infrastructure
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Alumini
List of Alumni 2017-18
| Sr. No. | Candidates Name |
| 1 | Abhishek Santosh Shrivastav |
| 2 | Achal Premraj Raut |
| 3 | Akshay Ganesh Chalkhor |
| 4 | Akshay Dhanraj Nagpure |
| 5 | Aman Ashok Pahade |
| 6 | Ankit Anil Ejgirwar |
| 7 | Ankush Gajendra Parate |
| 8 | Danish Jamil Khan |
| 9 | Gaurav Sharma |
| 10 | Govanda Ujjwal Ghosh |
| 11 | Hemant Vijay Dhanwani |
| 12 | Himanshu Santosh Bajoliya |
| 13 | Hursh Harsath Ghai |
| 14 | Jitesh Kumar Singh Kosariya |
| 15 | Krunal Gopal Bangade |
| 16 | Lav Gajendra Parate |
| 17 | Manish Gope Budhwani |
| 18 | Nitin Pawan Kumar Agrawal |
| 19 | Piyush Ramkrishna Olivkar |
| 20 | Prajwal Rajendra Nimbalkar |
| 21 | Praneet Ajay Kanojiya |
| 22 | Prasanna Kamalkar Raulkar |
| 23 | Pritam Gharde |
| 24 | Rajat Shashikant Sawal |
| 25 | Rishab Vijay Pawankar |
| 26 | Rishabh Rajesh Mishra |
| 27 | Ritesh Rajendra Yadav |
| 28 | Sachin Amar Shendurkar |
| 29 | Sachin Bhimrao Sontakke |
| 30 | Sagar Prakash Thombre |
| 31 | Sandip Bhurelal Thakare |
| 32 | Sanket Jivan Waghmare |
| 33 | Shrikant Asok Bundele |
| 34 | Shubham Prakash Meshram |
| 35 | Shubham Moreshwarji Musale |
| 36 | Sudesh Vijay Mohod |
| 37 | Sushil Baban Paikrao |
| 38 | Swapnil Puroshottam Sahare |
| 39 | Tejas Dhanraj Kale |
| 40 | Ujjwal Rajendra Nimbalkar |
| 41 | Vipin Kamta Pandey |
| 42 | Vishal Pandhari Chandekar |
Moodle
Tab Content goes here
CO’s
| Branch: Mechanical Engineering | |||
| Second Year -III sem | |||
| Course Name | Course Outcome | Blooms Level | |
| Kinematics of Machines | CO1 | recall & explain basic geometry and along with that they should build the 2d diagram of various mechanisms. | 1,2,3 |
| CO2 | define, explain & analyze different mechanism with their specified motion, position, velocity and acceleration | 1,2,4 | |
| CO3 | define & explain the Cam basics, synthesis of cam & Follower for specified motions. | 1,2 | |
| CO4 | define & explain the concept & Basic terminology of Gearing | 1,2 | |
| CO5 | define, explain & identify how to differentiate between analytical methods and graphical methods of different mechanism | 1,2,3 | |
| Manufacturing Processes | CO1 | Define and understand different words like pattern, moulding, casting and core. | 1,2 |
| CO2 | Classify and compare different gating systems, melting furnaces and different casting processes. | 2,3 | |
| CO3 | Classify and Illustrate different welding processes, equipments, welding defects. | 1,2,3 | |
| CO4 | Select and decide different forming process like rolling, forging. Extrusion and drawing. | 1,2,4 | |
| CO5 | Select different types of presses, press terminology, types of dies and operations. | 2,3 | |
| CO6 | Choose different types of plastics, applications and its fabrication process. | 1,2,3 | |
| Fluid Mechanics | CO1 | explainand solveconceptual understanding of fluids, their properties and kinematics of fluid flow. | 2,3 |
| CO2 | interpret and apply behavior of fluid statics. | 2,3 | |
| CO3 | demonstrate, develop and analyze analytical abilities related to fluid dynamics and its application. | 2,3,4 | |
| CO4 | interpret and apply the concept of laminar flow, turbulent flow and dimension analysis. | 2,3 | |
| CO5 | explain and solve various losses in flow through pipes. | 2,3 | |
| CO6 | interpret and solve boundary layer theory and Flow around Immersed Bodies. | 2,3 | |
| Engineering Metallurgy | CO1 | recall and understand the fundamentals of various engineering materials and their crystal structure. | 1, 2 |
| CO2 | explain and interpret the equilibrium diagram and make use of this knowledge to illustrate the Iron-Iron carbide equilibrium diagram.1,5 | 5 | |
| CO3 | determine and utilize the significance and general procedure of heat treatment processes. | 3,5 | |
| CO4 | explain the composition, microstructure, properties and application of alloy steel, tool steel and cast iron. | 2,5 | |
| CO5 | understandand list the fundamentals of various non-ferrous alloys and powder metallurgy. | 2,4 | |
| CO6 | evaluating the mechanical properties of engineering materials using various destructive and non-destructive testing. | 5 | |
| Applied Mathematics-3 | CO1 | Demonstrate the ability of using Laplace transform in solving the ordinary differential Equations and partial differential equations | 1,2 |
| CO2 | Apply the fundamental concept of Fourier series and be able to solve Fourier expansions of a given function. | 1,2,3 | |
| CO3 | Solve isometric problems by using Eulers eqs. | 1,2,3,6 | |
| CO4 | Ability to interpret Complex variable and its application. Determine the power series expansion of a function | 1,2,5 | |
| CO5 | Apply Lagranges form to solve p.d.es in engineering applications | 1,2,3 | |
| CO6 | Ability to evaluate Matrices and Eigen Value problem and should able to solve Differential Equation. | 1,2,3,6 | |
| Second Year -IV sem | |||
| Engineering Thermodynamics | CO1 | interpret the basic knowledge about thermodynamic laws and relations. | 2 |
| CO2 | identify and distinguish steady flow process applied to nozzle, turbine, compressor, pump, boiler, throttling device, heat exchanger by using first law of thermodynamics. | 1, 2,3,4 | |
| CO3 | interpret quality of energy & assert that the process occur in a certain direction only by applying the second law of thermodynamics. | 1,2,3 | |
| CO4 | classify & examine work and heat transfer during various thermodynamic processes with steam as working fluid. | 1,2,3,4 | |
| CO5 | interpret and utilize the thermodynamic laws, vapour and air cycle, along with the applications. | 1, 2,3 | |
| MECHANICS OF MATERIAL | CO1 | define and interpret the basic concepts of stress, strain and their variations under different types of loading | 1,2 |
| CO2 | recall, explain and make use of the basic concepts involved in mechanics of materials, bending moment, shear force, stresses in beams | 1,2,3 | |
| CO3 | List and demonstrate the problem on slope and deflection in beams under different loading and support conditions | 1,2 | |
| CO4 | relate and explain the torsional shear stress in shaft, crippling load in struts and columns | 1,2 | |
| CO5 | relate, summarize and examine modes of fracture, strain energy and impact loading. | 1,2,4 | |
| CO6 | list and explain theories of failure and modes of failure. | 1,2 | |
| Hydraulic Machines | CO1 | explainthe concept of compressible flow and impact of jet. | 2 |
| CO2 | interpret, solve, analyze the principal, design parameters, constructional features, installation and performance characteristics of pelton turbine. | 2,3,4 | |
| CO3 | interpret, solve, analyze the principal, design parameters, constructional features, installation and performance characteristics of reaction turbine. | 2,3,4 | |
| CO4 | interpret, solve, analyze the principal, design parameters, constructional features, installation and performance characteristics of centrifugal pump. | 2,3,4 | |
| CO5 | interpret, solve, analyze the principal, design parameters, constructional features, installation and performance characteristics of reciprocating pump. | 2,3,4 | |
| CO6 | explain and apply the concept of similitude and model testing and also interpret Miscellaneous Water Lifting Device. | 2,3 | |
| Machining Process | CO1 | Define and understand difference between Multipoint and Single point cutting tool, type of cutting, types of chips mechanism of chip formation, tool materials. | 1,2 |
| CO2 | classify and compare different lathe machines, their accessories, attachments and operations performed on lathe. | 1,2 | |
| CO3 | identify different quick return mechanisms of shaper,slotter, Planner feeding and driving mechanisms. | 2 | |
| CO4 | Categorize different types of milling machines, cutters and operations, types of indexing. | 2,3 | |
| CO5 | Choose and decide different grinding machines, super finishing processes, galvanizing, electroplating. | 2,3 | |
| CO6 | choose and select drilling machines, drill bits, estimate time for drilling. Reaming, boring, broaching. . | 2,3 | |
| Applied Mathematics-IV | CO1 | find the roots of algebraic & transcendental equations using iterative methods, solve system of linear equations by numerical /iterative methods and | 1 |
| CO2 | solve the differential equations numerically. | 3 | |
| CO3 | find Z- transform and inverse Z- transform and find analytical solution of Difference Equations. | 1 | |
| CO4 | find the series approximation to the solution of Bessel’s and Legendre’s differential equations. | 1 | |
| CO5 | analyze the data using probability function and distribution function.Find mean, variance, standard deviation of the distribution, analyze the data and interpret the result. | 4 | |
| CO6 | make Use of various probability distributions in decision making. | 3 | |
| Third Year -V sem | |||
| Design of Machine Elements | CO1 | define, classify , identify & analyze the basic machine element design of knuckle joint, cotter joint & riveted joint | 1,2,3,4 |
| CO2 | define, explain , solve & analyze pressure vessels and carry out procedure | 1,2,3,4 | |
| CO3 | define, solve & analyze shaft, compare helical springs & leaf springs under various loading condition. | 1,2,3,4 | |
| CO4 | define, explain, solve & analyze screw jack, breaks and clutch. | 1,2,3,4 | |
| Advanced Production Processes | CO1 | List & Classify various non-conventional machining processes. | 1, 2. |
| CO2 | List & Classify various advanced joining processes. | 1, 2. | |
| CO3 | Recall their knowledge about lathe machines & compare & distinguish between capstan and turret lathes. | 1, 2, 4. | |
| CO4 | select & illustrate the processes of die and punch operations. | 1, 2. | |
| CO5 | define, classify & distinguish between jigs and fixtures according to application. | 1, 2, 4. | |
| CO6 | recall & summarize the knowledge about finishing processes. also carry out LASER operations for surface modifications. | 1, 2. | |
| MECHANICAL MEASUREMENT & METROLOGY | CO1 | discuss measurement systems; utilize principles of error reductions in measurement systems | |
| CO2 | explain the characteristics of measuring instruments, classify different instruments for the measurement of displacement, speed, load, strain, force, torque, etc. | 1,2,5 | |
| CO3 | classify different transducers and sensors with their working principle; also use the principles of signal conditioning | 1,2, 3 | |
| CO4 | outline standards of Measurement, categorize instruments for Linear and Angular Measurement. | 1,2,4 | |
| CO5 | identify and design limit gauges, also execute knowledge of engineering metrology and measuring equipments | 1,2,3,6 | |
| CO6 | outline conceptual implementation of tolerance systems, study of optical profile projectors. | 1, 2 | |
| Heat Transfer | CO1 | explain the basic modes of heat transfer , conduction as well as illustrate the concept of contact resistance, variable thermal conductivity and effect of critical thickness of insulation. | 1,2 |
| CO2 | explain conduction with internal heat generation in element also able to identify and classify fins with analytical method ,unsteady state heat transfer, lumped heat capacity analysis. | 1,2,3 | |
| CO3 | explain forced convection, concept of hydrodynamics & thermal boundary layer thickness and list empirical co-relations for flow through conduits. | 1,2,3 | |
| CO4 | explain natural convection , flow over horizontal and vertical plate, pool boiling curve & regimes of pool boiling also able to list types of condensation. | 1,2 | |
| CO5 | explain radiation, and concept of shape factor & radiation shields used in analytical method. | 1,2 | |
| CO6 | explain & categories heat exchanger, distinguish method for analysis of various types of heat exchanger, heat pipe and mass transfer. | 1,2,3 | |
| Industrial Economics and Entrepreneurship Development | CO1 | understand and apply the principles of Industrial Economics. | 2,3 |
| CO2 | apply and compare the principles of Factors of production, law of return, cost concepts and break-even analysis. | 3,4 | |
| CO3 | analyze the inflation and effect of inflation on Industrial Economics. | 4 | |
| CO4 | develop the concept of entrepreneurship, enterprises, processes and procedures to start an enterprise. | 3 | |
| CO5 | contrast acquainted with the various financial institutions, market analysis and role of consultancy organization. | 4 | |
| Third Year -VI sem | |||
| OPERATION RESEARCH | CO1 | interpret Operation Research Techniques, Linear Programming and solve Linear Programming Problem | 2,3 |
| CO2 | interpret and solve Transportation Model,Assignment Model. | 2,3 | |
| CO3 | explain and apply formal quantitative approach to analyze Game Theory, Sequencing Model and Inventory Model | 2,3,4 | |
| CO4 | explain, apply and analyze network models for Project Management | 2,3,4 | |
| CO5 | interpert and utilize Replacement models | 2,3 | |
| CO6 | illustrate and solve Queuing Theory and Simulation. | 2,3 | |
| DYNAMICS OF MACHINE | CO1 | define, summarize & identify the basic concepts of dynamic forces in machinery. | 1,2,3 |
| CO2 | define, relate, solve& analyze basic force analysis on the various machinery. | 1,2,3,4 | |
| CO3 | define, relate, solve the concept of vibratory systems and their analysis | 1,2,3 | |
| CO4 | define, explain, identify the effect of undesirable effects of unbalances in rotors and engines. | 1,2,3 | |
| CO5 | define, summarize & identify force analysis. | 1,2,3 | |
| ENERGY CONVERSION- I | CO1 | discuss the practical application of thermodynamic as thermal power plant, classify steam generators and boiler mountings and accessories | 1,2,3,4 |
| CO2 | explain & classify draught, formulate the chimney & check its efficiency and also to examine performance of steam generators. | 1,2,3,4 | |
| CO3 | explain & classify fluidized bed boiler , coal handling, ash handling system, cogeneration and topping cycle and bottoming cycle. | 1,2 | |
| CO4 | explain steam nozzles, inspect the various parameters of nozzle as well as explain and classify steam turbine, compounding & governing of steam turbines | 1,2,3,4 | |
| CO5 | explain & inspect the performance steam turbine as well as explain reheat and regenerative cycles. | 1,2,3,4 | |
| CO6 | explain & classify steam condenser, quality and quantity of cooling water required in condenser , as well as explain & classify cooling tower | 1,2,3,4 | |
| CONTROL SYSTEM ENGINEERING | CO1 | outline fundamentals of control system and develop mathematical models for various physical systems. | 1,2,3 |
| CO2 | discuss and solve control system components through block diagram and signal flow graph. | 1,2,3,6 | |
| CO3 | explain quantitatively about transient response, steady state errors and stability of control system. | 1,2 | |
| CO4 | apply classical method of root locus technique for analysis of control system. | 1,2 | |
| CO5 | analyze frequency of control system using Bode plot and Polar plot. | 1,2,4 | |
| CO6 | explain & discuss the application of state variable analysis for control system representation. | 1,2,6 | |
| Mechatronics | CO1 | outline key elements of mechatronics systems. | 1,2 |
| CO2 | identify various inputs and output devices in an automated system, | 1,2,3 | |
| CO3 | outline and draw ladder diagrams, to understand interfacing of input and output devices, | 1,2 | |
| CO4 | compare about actuating systems, microprocessors & microcontroller. | 1,2 | |
| CO5 | explaine the working of mechatronics systems & shall acquire the insight to build the mechatronics systems. | 1,2 | |
| CO6 | outline key elements of MEMS systems. | 1,2 | |
| Final Year -VII sem | |||
| Computer aided design (CAD) | CO1 | define and explain the role of graphic communication in the engineering design process | 1,2 |
| CO2 | list and explain 2D and 3D transformation as well as able to solve the problem. | 1,2,3 | |
| CO3 | define and explain various techniques for geometric modeling and assembly modeling | 1,2 | |
| CO4 | define, explain and apply finite element method for 1D element and analyze stress and displacement in it. | 1,2,3,4 | |
| CO5 | recall, summarize, solve, and analyze problems on Truss, CST element using finite element method. | 1,2,3,4 | |
| CO6 | find, interpret, examine and identify suitable material for mechanical components using various optimization techniques | 1,2,3,4 | |
| DESIGN OF MECHANICAL DRIVES | CO1 | define, explain , solve & analyze the basic mechanical drives ,coupling and bearing. | 1,2,3,4 |
| CO2 | define, explain , solve & analyze of flat belt, v belt, roller chain drives and wire ropes. | 1,2,3,4 | |
| CO3 | define, explain , solve & analyze spur gears and helical gears | 1,2,3,4 | |
| CO4 | define, explain , solve & analyze worm gear and basic i.c . engine components. | 1,2,3,4 | |
| ENERGY CONVERSION- II | CO1 | interpret and categories reciprocating compressor and able to examine performance of air compressors. | 1,2,3,4 |
| CO2 | interpret and classify rotary compressor and able to examine performance of it. | 1,2,3,4 | |
| CO3 | explain and classify various components of internal combustion engines and able to explain how the combustion in i. c. engines takes place as well as how fuel supply is provided in i. c. engines | 1,2,3 | |
| CO4 | distinguish and explain how to carry out performance /testing of single & multi cylinder internal combustion and as well as able to formulate heat balance sheet | 1,2,3,4,6 | |
| CO5 | explain & classify refrigeration system and also able to examine performance of conventional refrigeration system (vcrs) , techniques used for improvement cop of vcrs. | 1,2,3,4 | |
| CO6 | explain psychrometric properties and processes with the help of psychrometric chart and air conditioning system, evaporative cooling, air washer. | 1,2 | |
| Automobile Engineering ELECTIVE 1 INDUSTRIAL ENGINEERING | CO1 | deifine & explain the basic concepts of automobile and its components | 1,2 |
| CO2 | define, explain & Illustrate the different chassis, frame, power plant, clutch, gear box, transmission system, brakes, and steering systems. | 1,2 | |
| CO3 | show & classify the various steering system and suspension system | 1,2 | |
| CO4 | select, demonstrate & identify the possible applications of the Automobiles | 1,2,3 | |
| CO5 | list , explain & examine the vehicle, its components and recent advances in automobile | 1,2,4 | |
| INDUSTRIAL ENGINEERING | CO1 | define and identity the concept of productivity, work study and method study | 1,2,3 |
| CO2 | classify different techniques of work measurement and evaluate the standard time, also use different techniques of forecasting for production and sales. | 1,2,5 | |
| CO3 | summarize and simplify human factors in engineering in the context of man machine system. | 1,2,4 | |
| CO4 | discuss and classify various types of maintenance and the concept of reliability and maintainability. | 1,2,6 | |
| CO5 | assess and interpret technical data through quality control techniques and OC curves. | 1,2,5 | |
| CO6 | identify and relate standardization norms like ISO and six sigma for system improvement/modification. | 1,2,3 | |
| Final Year -VIII sem | |||
| Refrigeration & air conditioning | CO1 | understand and recall the basics of vapor compression and vapor absorption refrigeration systems. | 1, 2 |
| CO2 | apply the principles of thermodynamics to refrigeration and cryogenics systems. | 3 | |
| CO3 | analyze the air cycle refrigeration and its applications to refrigeration and air conditioning systems. | 4 | |
| CO4 | evaluate and recognize the psychrometry and design the air conditioning system using heat load calculations. | 4 | |
| CO5 | design of air distribution system for air conditioning system | 6 | |
| Advanced I. C. Engine | CO1 | define, explain & identify the basic concept of i.c. engine and its components. | 1,2,3, |
| CO2 | define, explain, identify & distinguish the different engine operating cycles, engine lubrication, engine cooling, automobile fuel, fuel supply system, combustion in s.i. & c.i. engine, air pollution and its control. | 1,2,3,4 | |
| CO3 | define, explain, solve performance and testing of i.c. engine | 1,2,3 | |
| CO4 | define, explain & identify various problems in ic engine | 1,2,3 | |
| CO5 | define & classify clarify the basic about i.c. engine, its components, working >>define, explain & identify recent |
1,2 | |
| CO6 | define, explain & identify recent advancement in i.c. engine. | 1,2,3 | |
| Energy Conversion-III | CO1 | define & explain the principles and applications of refrigeration systems and Analyze various methods for performance improvement of refrigeration system. | 1,2 |
| CO2 | explain & Analyze air – conditioning processes using the principles of psychometry. | 1,2.3 | |
| CO3 | define & explain the fundamentals of solar energy collection, sources of power generation and application of solar energy. | 1,2 | |
| CO4 | define & explain the concept of Hydraulic Pumps and systems and identify the components by name, function, application and symbol. | 1,2,3 | |
| CO5 | define & explain the concept of Pneumatic systems and identify the components by name, function, application and symbol. | 1,2,3 | |
| CO6 | define & explain the basic of energy auditing with application on different sectors and energy conservation and management. | 1,2 | |
| Industrial Management | CO1 | recall the knowledge of management also understand and explain basic concepts Management. | 1, 2 |
| CO2 | identify the various function of personal management and explain trade union acts. | 1,2, 3 | |
| CO3 | analyze the core concepts of marketing for launching & developing new product and explain channels of distribution. | 1,3, 4 | |
| CO4 | develop the concept of financial management, classify capital by recommending budgetary control and profit loss statement | 2,3,5 | |
| CO5 | compare plant lay out and classify material handling equipments to make use of it in plant management for industrial safety | 2,3, 4 | |
| CO6 | choose recent trends in operation management also explain Quality circle management. | 2,3,5 | |
| Automation In Production | CO1 | understand, classify and compare various production and automation techniques. | 1, 2, 4. |
| CO2 | define & develop APT program, classify and distinguish between NC, CNC & DNCၱllidentify, list & categorize various types of industrial robots and recommend their use for different tasks. νخllidentify, list & categorize various types of industrial robots and recommend their use for different tasks. νدTTdefine & classify various material handling & storage devices and how to utilize it. ذbblist & interpret different automated inspection systems and plan it according the Group Technology NNcompare & choose between various FMS layouts and to select proper CAPP system. OرNNcompare & choose between various FMS layouts and to select proper CAPP system.Oزdefine & explain the principles and applications of refrigeration systems and Analyze various methods for performance improvement of refrigeration system.سSSexplain & Analyze air – conditioning processes using the principles of psychometry.ش{{define & explain the fundamentals of solar energy collection, sources of power generation and application of solar energy.صdefine & explain the concept of Hydraulic Pumps and systems and identify the components by name, function, application and symbol.ضyydefine & explain the concept of Pneumatic systems and identify the components by name, function, application and symbol. ط{{define & explain the basic of energy auditing with application on different sectors and energy conservation and management.YYrecall the knowledge of management also understand and explain basic concepts Management. 耈˺耠˺耸˺聐˺聨˺肀˺肘˺肰˺胈˺胠˺胸˺脐˺脨˺腀˺腘˺腰˺膈˺膠˺膸˺臐˺臨˺舀˺舘˺舰˺艈˺艠˺艸˺芐˺芨˺苀˺苘˺苰˺茈˺茠˺茸˺荐˺荨˺莀˺莘˺莰˺菈˺菠˺菸˺萐˺萨˺葀˺葘˺葰˺蒈˺蒠˺蒸˺蓐˺蓨˺蔀˺蔘˺蔰˺蕈˺蕠˺蕸˺薐˺薨˺藀˺藘˺藰˺蘈˺蘠˺蘸˺虐˺虨˺蚀˺蚘˺蚰˺蛈˺蛠˺蛸˺蜐˺蜨˺蝀˺蝘˺蝰˺螈˺螠˺螸˺蟐˺蟨˺蠀˺蠘˺蠰˺衈˺衠˺衸˺袐˺袨˺裀˺裘˺裰˺褈˺褠˺褸˺襐˺襨˺覀˺覘˺覰˺览˺觠˺觸˺訐˺訨˺詀˺詘˺詰˺誈˺誠˺誸˺諐˺諨˺謀˺謘˺謰˺譈˺譠˺譸˺讐˺讨˺诀˺诘˺诰˺谈˺谠˺谸˺豐˺豨˺貀˺貘˺貰˺賈˺賠˺賸˺贐˺质˺赀˺赘˺走˺趈˺趠˺趸˺跐˺跨˺踀˺踘˺踰˺蹈˺蹠˺蹸˺躐˺躨˺軀˺軘˺軰˺輈˺輠˺輸˺轐˺轨˺辀˺辘˺辰˺迈˺迠˺迸˺逐˺逨˺遀˺遘˺遰˺邈˺邠˺邸˺郐˺部˺鄀˺鄘˺鄰˺酈˺酠˺酸˺醐˺醨˺釀˺釘˺釰˺鈈˺鈠˺鈸˺鉐˺鉨˺銀˺銘˺銰˺鋈˺鋠˺鋸˺錐˺錨˺鍀˺鍘˺鍰˺鎈˺鎠˺鎸˺鏐˺鏨˺鐀˺鐘˺鐰˺鑈˺鑠˺鑸˺钐˺钨˺铀˺铘˺铰˺锈˺锠˺锸˺镐˺镨˺門˺閘˺閰˺闈˺闠˺闸˺阐˺阨˺陀˺陘˺陰˺隈˺隠˺隸˺雐˺雨˺需˺霘˺霰˺靈˺靠˺靸˺鞐˺鞨˺韀˺韘˺韰˺須˺頠˺頸˺顐˺顨˺颀˺题˺颰˺飈˺飠˺飸˺餐˺館˺饀˺饘˺饰˺馈˺馠˺馸˺駐˺駨˺騀˺騘˺騰˺驈˺驠˺驸˺骐˺骨˺髀˺高˺髰˺鬈˺鬠˺鬸˺魐˺魨˺鮀˺鮘˺鮰˺鯈˺鯠˺鯸˺鰐˺鰨˺鱀˺鱘˺鱰˺鲈˺鲠˺鲸˺鳐˺鳨˺鴀˺鴘˺鴰˺鵈˺鵠˺鵸˺鶐˺鶨˺鷀˺鷘˺鷰˺鸈˺鸠˺鸸˺鹐˺鹨˺麀˺麘˺麰˺黈˺黠˺黸˺鼐˺鼨˺齀˺齘˺齰˺龈˺龠˺龸˺鿐˺鿨˺ꀀ˺ꀘ˺ꀰ˺ꁈ˺ꁠ˺ꁸ˺ꂐ˺ꂨ˺ꃀ˺ꃘ˺ꃰ˺ꄈ˺ꄠ˺ꄸ˺ꅐ˺ꅨ˺ꆀ˺ꆘ˺ꆰ˺ꇈ˺ꇠ˺ꇸ˺ꈐ˺ꈨ˺ꉀ˺ꉘ˺ꉰ˺ꊈ˺ꊠ˺ꊸ˺ꋐ˺ꋨ˺ꌀ˺ꌘ˺ꌰ˺ꍈ˺ꍠ˺ꍸ˺ꎐ˺ꎨ˺ꏀ˺ꏘ˺ꏰ˺ꐈ˺ꐠ˺ꐸ˺ꑐ˺ꑨ˺ꒀ˺꒘˺꒰˺˺ꓠ˺ꓸ˺ꔐ˺ꔨ˺ꕀ˺ꕘ˺ꕰ˺ꖈ˺ꖠ˺ꖸ˺ꗐ˺ꗨ˺ꘀ˺ꘘ˺˺Ꙉ˺Ꙡ˺ꙸ˺Ꚑ˺ꚨ˺ꛀ˺ꛘ˺꛰˺꜈˺꜠˺Ꜹ˺Ꝑ˺Ꝩ˺Ꞁ˺Ꞙ˺Ʞ˺ꟈ˺˺ꟸ˺ꠐ˺꠨˺ꡀ˺ꡘ˺ꡰ˺ꢈ˺ꢠ˺ꢸ˺꣐˺꣨˺꤀˺ꤘ˺ꤰ˺ꥈ˺ꥠ˺ꥸ˺ꦐ˺ꦨ˺꧀˺꧘˺꧰˺ꨈ˺ꨠ˺˺꩐˺ꩨ˺ꪀ˺ꪘ˺ꪰ˺˺ꫠ˺˺˺ꬨ˺ꭀ˺ꭘ˺ꭰ˺ꮈ˺ꮠ˺ꮸ˺ꯐ˺ꯨ˺가˺갘˺갰˺걈˺걠˺걸˺겐˺겨˺곀˺곘˺곰˺괈˺괠˺괸˺교˺굨˺궀˺궘˺궰˺귈˺균˺그˺긐˺긨˺김˺깘˺깰˺꺈˺꺠˺꺸˺껐˺껨˺꼀˺꼘˺꼰˺꽈˺꽠˺꽸˺꾐˺꾨˺꿀˺꿘˺꿰˺뀈˺뀠˺뀸˺끐˺끨˺낀˺나˺낰˺냈˺냠˺냸˺널˺넨˺녀˺녘˺녰˺놈˺놠˺놸˺뇐˺뇨˺눀˺눘˺눰˺뉈˺뉠˺뉸˺느˺늨˺닀˺님˺닰˺댈˺댠˺댸˺덐˺덨˺뎀˺뎘˺뎰˺돈˺돠˺돸˺됐˺됨˺둀˺둘˺둰˺뒈˺뒠˺뒸˺듐˺듨˺딀˺딘˺따˺땈˺땠˺땸˺떐˺떨˺뗀˺뗘˺뗰˺똈˺똠˺똸˺뙐˺뙨˺뚀˺뚘˺뚰˺뛈˺뛠˺뛸˺뜐˺뜨˺띀˺띘˺띰˺랈˺랠˺랸˺럐˺럨˺렀˺렘˺렰˺롈˺론˺롸˺뢐˺뢨˺룀˺룘˺룰˺뤈˺뤠˺뤸˺륐˺륨˺릀˺릘˺린˺마˺맠˺맸˺먐˺먨˺멀˺멘˺며˺몈˺몠˺몸˺뫐˺뫨˺묀˺묘˺묰˺뭈˺뭠˺뭸˺뮐˺뮨˺므˺믘˺믰˺밈˺밠˺밸˺뱐˺뱨˺벀˺벘˺벰˺볈˺볠˺본˺봐˺봨˺뵀˺뵘˺뵰˺불˺붠˺붸˺뷐˺뷨˺븀˺븘˺븰˺빈˺빠˺빸˺뺐˺뺨˺뻀˺뻘˺뻰˺뼈˺뼠˺뼸˺뽐˺뽨˺뾀˺뾘˺뾰˺뿈˺뿠˺뿸˺쀐˺쀨˺쁀˺쁘˺쁰˺삈˺삠˺삸˺샐˺샨˺섀˺섘˺섰˺셈˺셠˺셸˺손˺솨˺쇀˺쇘˺쇰˺숈˺술˺숸˺쉐˺쉨˺슀˺슘˺슰˺싈˺신˺싸˺쌐˺쌨˺썀˺썘˺썰˺쎈˺쎠˺쎸˺쏐˺쏨˺쐀˺쐘˺쐰˺쑈˺쑠˺쑸˺쒐˺쒨˺쓀˺쓘˺쓰˺씈˺씠˺씸˺앐˺앨˺얀˺얘˺얰˺었˺엠˺엸˺옐˺온˺와˺왘˺왰˺욈˺욠˺울˺원˺웨˺윀˺윘˺윰˺읈˺읠˺인˺자˺잨˺쟀˺쟘˺쟰˺절˺젠˺져˺졐˺졨˺좀˺좘˺좰˺죈˺죠˺죸˺줐˺줨˺쥀˺쥘˺쥰˺즈˺즠˺즸˺짐˺짨˺쨀˺쨘˺쨰˺쩈˺쩠˺쩸˺쪐˺쪨˺쫀˺쫘˺쫰˺쬈˺쬠˺쬸˺쭐˺쭨˺쮀˺쮘˺쮰˺쯈˺쯠˺쯸˺찐˺차˺챀˺챘˺챰˺첈˺철˺첸˺쳐˺쳨˺촀˺촘˺촰˺쵈˺쵠˺쵸˺춐˺춨˺췀˺췘˺췰˺츈˺츠˺츸˺칐˺침˺캀˺캘˺캰˺컈˺컠˺컸˺켐˺켨˺콀˺콘˺콰˺쾈˺쾠˺쾸˺쿐˺쿨˺퀀˺퀘˺퀰˺큈˺큠˺큸˺킐˺킨˺타˺탘˺탰˺턈˺턠˺털˺텐˺텨˺톀˺톘˺톰˺퇈˺퇠˺퇸˺툐˺툨˺퉀˺퉘˺퉰˺튈˺튠˺트˺틐˺틨˺팀˺팘˺팰˺퍈˺퍠˺퍸˺펐˺펨˺폀˺폘˺폰˺퐈˺퐠˺퐸˺푐˺푨˺풀˺풘˺풰˺퓈˺퓠˺퓸˺픐˺픨˺핀˺하˺핰˺했˺햠˺햸˺뷨˺耸˺믰˺聐˺꛰˺풘˺푐˺붠˺Ꞁ˺졨˺Ʞ˺벰˺좘˺퀰˺틨˺죈˺꜈˺텨˺풰˺푨˺컠˺큈˺졐˺그˺퇸˺픐˺阨˺트˺辘˺艸˺ꗐ˺져˺ꘘ˺싸˺균˺퓈˺뾰˺픨˺ꈐ˺쪨˺퓸˺ |
1, 2, 3,4. | |
| CO3 | identify, list & categorize various types of industrial robots and recommend their use for different tasks. νدTTdefine & classify various material handling & storage devices and how to utilize it. ذbblist & interpret different automated inspection systems and plan it according the Group Technology NNcompare & choose between various FMS layouts and to select proper CAPP system. OرNNcompare & choose between various FMS layouts and to select proper CAPP system.Oزdefine & explain the principles and applications of refrigeration systems and Analyze various methods for performance improvement of refrigeration system.سSSexplain & Analyze air – conditioning processes using the principles of psychometry.ش{{define & explain the fundamentals of solar energy collection, sources of power generation and application of solar energy.صdefine & explain the concept of Hydraulic Pumps |
1, 3,4,5. | |
| CO4 | define & classify various material handling & storage devices and how to utilize it. | 1, 2,3. | |
| CO5 | list & interpret different automated inspection systems and plan it according the Group Technology | 1,2,3. | |
| CO6 | compare & choose between various FMS layouts and to select proper CAPP system. | 1, 2,3,5. | |
| Head ME | |||
Key Features
- Excellent infrastructure in terms of manpower, books, teaching aids & sophisticated equipment for producing excellent Engineers.
- Exposure to industries through periodical industrial visits and ambient opportunities to take up industrial attachment or apprenticeship.
- Well established laboratories with upgraded tools at par with the technical advancement.s
- Study includes theoretical knowledge as well as practical knowledge.
News From The Department
PO’s, PEO’s & PSO’s
Program Outcome (PO’s)
On completion of Bachelor of Engineering in Mechanical, Graduates will be able to
- 1. Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
- 2. Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
- 3. Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
- 4. Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
- 5. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
- 6. The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
- 7. Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
- 8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
- 9. Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
- 10. Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
- 11. Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
- 12. Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
Program Educational Objectives (PEO’s)
Graduates of Mechanical Engineering will
I. Excel in higher education by acquiring knowledge in mathematical, analytical and engineering principles.
II. To develop the ability among students to analyse data and technical concepts in application of product design.
III. To provide opportunity for students to work as part of team by working on various projects.
IV. To develop students with various soft skills to make them compatible for pursuing different careers in industries.
Program Specific Outcome (PSO’s)
Students of Mechanical Engineering Program will demonstrate :
- PSO1: The student will be able to apply their knowledge in the field of engineering drawing, material sciences, fluid sciences and thermal engineering to solve engineering problems utilizing advanced technology.
- PSO2: The student will be able to recognize, design, evaluate and solve engineering problems related to mechanical systems together with allied engineering streams.
- PSO3: The student will be able to apply economics & managerial skills to enhance the productivity of industries and also implement an idea to set up an enterprise.