Mechanical Engineering

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Mechanical Engineering

Mechanical engineering is a diverse branch of engineering which deals with design and building everything from small individual parts and accessories to its width and is derived from the need (for example, sensors and micro-level inkjet printer nozzles) to large systems (for example, space vehicle and machine tools).

Mechanical engineering branch gives enormous ideas to the market about the products and their working. It provides special skills and knowledge to a person who will certainly become a complete mechanical engineer in order to accomplish the ever changing demands of this developing world.

Since these skills are essential to almost everything that is made, mechanical engineering is perhaps the broadest and most diverse engineering disciplines. It plays an important central role in industries such as automotive (car chassis each subsystem, its engine, transmission, sensors play); Aerospace (aircraft, aircraft engines, avionics and control systems for spacecraft); Biotechnology (implants, prosthetic devices, fluidic systems for the pharmaceutical industry); Computer and Electronics (disk drives, printers, cooling systems, semiconductor equipment); Micro-electromechanical systems, or MEMS (sensors, actuators, micro-power generation); Energy Conversion (gas turbines, wind turbines, solar energy, fuel cells); Environmental control (HVAC, air conditioning, refrigeration, compressors); Automation (robots, data and image acquisition, identification, control); Manufacturing (machining, machine tools, prototyping, micro-fabrication); and many more.

Vision:

To build competent human resources towards self employability and life long learning in the field of Mechanical Engineering to overcome challenges.

Mission:

To provide students with comprehensive knowledge of Mechanical Engineering with a multi-disciplinary approach along with an intellectually stimulating environment for creativity, research, scholarship, innovation and professional activity.
To establish Industry-Institute intraction in order to contribute towards serving mankind.
To build career oriented graduates with multi-discipilinary fields.

PEO1	To strengthen the students’ knowledge-base with theory and practice in Mechanical Engineering and prepare them to understand and analyze the real life engineering challenges with innovative solutions.
PEO2	To impart in depth education and training in Mechanical Engineering to ensure that the students acquire core competency in this field to become useful and ready for the academic, industrial and research organizations.
PEO3	To develop leadership and team building skills ensuring ethical and professional approach under all state of affairs.

PO1

a. Students will be able to demonstrate adequate basic knowledge on wider perspective in the areas of Mechanical Engineering to become successful professional.

PO2

b. Students will be able to understand, develop and practice to formulate mechanical engineering system and subsequently give solutions to typical industrial problems.

PO3

c. Students will be able to design system or component, evaluate and analyze them to use best and feasible solution using specialized knowledge through course.

PO4

d. Students will be able to undertake research in laboratory independently and also can manage multidisciplinary tasks with a team of experts in their particular area of expertise.

PO5

e. Students will be able develop skills to analyze and solve mechanical engineering problem by the method of experimentation.

PO6

f. Students will be able to analyze practical problem through simulation by use of software and to develop prototype as well.

PO7

g. Students will be able to present their practical oriented work by using oral, written and graphical skills.

P08

h. Students will be able to use engineering standards to solve mechanical engineering problem effectively. They are also exposed to procedures adopted for intellectual property rights.

PO9

i. Students will be able understand and develop environmental friendly approach for sustainable development.

PO10

j. Students will be able to show the qualities of professional integrity and ethics and express the responsibility towards a sustainable development of the society.

PO11

k. Students will be able to demonstrate qualities of a professional in handling projects, related finances, and organize workforce towards achieving the set goals and objectives in team work.

PO12

l. Students will be able to demonstrate the traits of engineering professional with independent approach and develop life-long learning.

S.No.	Programme	Semester	Scheme	Syllabus
1	B.Tech	1^st Sem	ME Scheme 1-sem	ME Syllabus 1-sem
2	B.Tech	3^rd Sem	ME Scheme 3-sem	ME Syllabus 3-sem
3	B.Tech	5^th Sem	ME Scheme 5-sem	ME Syllabus 5-sem
4	B.E.	7^th Sem	ME Scheme 7-sem	ME Syllabus 7-sem

BT-105 ENGG GRAPHICS

Course Objectives

Increase ability to communicate with people
Learn skill in reading and interpretation of engineering drawing.
Learn basic auto CAD skill.

CO1	To familiarize with the construction of geometrical figures, & Able to understand simple curves like conic section, cycloidal curves, involutes and Linear measurement related with application.
CO2	Understand the concept of projection and acquire visualization skill.
CO3	Able to understand orthographic projection of 1D, 2D and 3D elements.
CO4	To familiarize with the sectioning of solids and development of surfaces.
CO5	To familiarize with drafting software like AutoCAD.

BASIC MECHANICAL ENGINEERING

CO1	Understand a brief overview about mechanical engineering and its various fields and learn some basic concepts about it.
CO2	Learn about materials and its type, different properties of materials, how to measure it and its importance. Learn about tensile testing, Hardness testing and impact testing process.
CO3	Study about basic concept of measurement, process, and errors during measurement process and different measuring instruments.
CO4	Study about various production process like carpentry, welding, Machining and their various operations.
CO5	Understand about fluid and basic concept of fluid mechanics and Hydraulic machines. Fluid properties and principle like Pascal’s law and Bernoulli’s equation to understanding fluid behavior
CO6	Understand about thermal engineering and Thermodynamic laws and its applications. Understand about the internal combustion engine, steam engines boilers, its performance and efficiency.

THERMODYNAMICS (ME-302)

CO1	Explain the basic concepts of thermodynamics like system, properties, equilibrium, pressure, specific volume, temperature, zeroth law of thermodynamics, temperature measurement and temperature scales.
CO2	State and apply the first law of thermodynamics for closed and open systems undergoing different thermodynamic processes.
CO3	State and prove the equivalence of two statements of second law of thermodynamics. Define reversible process and state the propositions regarding efficiency of Carnot cycle.
CO4	Evaluate properties of ideal gas and thermodynamics relation.
CO5	Evaluate properties of pure substances and use of steam table and Mollier chart
CO6	Analyze air standard cycles applied in prime movers

MATERIAL TECHNOLOGY (ME-303)

CO1	Identify various crystal imperfections, deformation mechanisms, and strengthening mechanisms
CO2	Interpret Iron-Iron carbide phase diagram, and different phases in microstructures of materials at different conditions.
CO3	Select appropriate heat treatment process for specific applications.
CO4	To understand different destructive and non destructive methods and Identify effect of alloying elements on properties of steels
CO5	Chemical analysis of different alloying elements in commercial metals

STRENGTH OF MATERIAL (ME 304)

CO1	To understand the basics of stress and strain.
CO2	Calculate the stresses and strains associated with thin-wall spherical and cylindrical pressure vessels
CO3	Solve problems relating to pure and non-uniform bending of beams and other simple structures
CO4	Understand the concept of buckling and be able to solve the problems related to isolated bars
CO5	Determine the stresses and strains in members subjected to combined loading and apply the theories of failure for static loading
CO6	Determine the stresses and strains in members subjected to combined loading and apply the theories of failure for static loading

MANUFACTURING PROCESSES (ME 305)

CO1	Explain the basics of casting and pattern making operation.
CO2	Demonstrate understanding of welding and its types
CO3	Understand the principle and application of forging process and demonstrate various concept of sheet metal operation
CO4	Demonstrate various concepts of rolling operation
CO5	Illustrate the applications of various types of welding processes

INSTUMENTATION AND CONTROL (ME-402)

CO1	Basics of instruments and instrumentation. Understand different terminologies and instrument performance parameters.
CO2	Understand static and dynamic characteristic of instrument
CO3	To understand different methods of temperature measurement and various instruments used for temperature measurement
CO4	To understand the concept of strain and understand the principle of strain measurement and instruments used for it.
CO5	Understand control system and mathematical modeling of dynamic systems such as mechanical systems, electrical systems, fluid systems and thermal systems

THEORY OF MACHINE (ME-403)

CO1	Understanding of basic mechanism and practical applications.
CO2	Ability to plot Velocity and acceleration diagram for different mechanism
CO3	Analysis of cam and follower and Designing.
CO4	Power transmission through belt, pulley, use of clutch and brake
CO5	Familiarity with terminology, profile and selection of gear on the basic of load applied

FLUID MECHANICS (ME 404)

CO1	Impact and analysis of temperature and pressure variation on fluid properties.
CO2	Analysis and identification of fluid flows on the basis of fluid properties at different instant
CO3	Mathematical analysis and application of Bernoulli's equation for flow measurement
CO4	Model application for submerged and partially submerged bodies and their importance in simulating the practical scenarios.
CO5	Reynolds's number and its importance to determine the nature of flow

MANUFACTURING TECHNOLOGY (ME-405)

CO1	To explain the various angle of single point cutting
CO2	To demonstrate various tool use to perform different operation in lathe, Shaper, Drill, Milling etc
CO3	To explain the principle and working of milling, Shaper and on lathe machine
CO4	To explain how to cut spur gear on milling and how to use dividing head
CO5	To knowledge about the various extrusion processes whether belong to metal or plastic

I C ENGINE (ME-501)

CO1	Differentiate between different engines based on the design.
CO2	Ability to decide the firing order and its importance on the engine performance
CO3	Understanding the steps involved in combustion process in SI and CI engine
CO4	Exposure to the different ignition system and their applications in different vehicles
CO5	Understanding of the different emission norms in place and their importance

MECHANICAL VIBRATION (ME-502)

CO1	To understand the concept of vibration, single degree of freedom systems and understand the concept of natural frequency.
CO2	Understand the concept of damping and its effect on the system by the help of differential equation and practical understanding of different damped systems
CO3	To understand the effect of harmonic force and unbalance force. Able to understand the concept of resonance and whirling of shaft
CO4	Understand the two degree of freedom system and vibration measurement instruments
CO5	Implementation of Noise engineering in Structure design and its impact

DYNAMICS OF MACHINE (ME 503)

CO1	To equip the student with fundamental knowledge of dynamics of machines so that student can appreciate problems of dynamic force balance, transmissibility of forces, isolation of systems, vibrations.
CO2	Determine governor specification for different applications.
CO3	Develop knowledge of analytical and graphical methods for calculating balancing of rotary and reciprocating masses.
CO4	Understand different forces and their application in bearings and clutches.
CO5	Analyze brakes and dynamometer

INDUSTRIAL ENGINEERING AND ERGONOMICS (ME-504)

CO1	Define and apply productivity concept to engineering applications with improved Method
CO2	Measured the amount of work and through calculation calculate standard time to accomplish operational work
CO3	Job evaluation in industry and wage & incentive system in the industry
CO4	Assess the importance of ergonomics for design of machines
CO5	Display in the industries

INDUSTRIAL ENGINEERING (ME-6001)

CO1	Define and apply productivity concept to engineering applications with improved Method
CO2	Understanding the concept of optimization of Inventory Control
CO3	To understand Job Evaluation and Wage Plans and different acts related to industry.
CO4	Measured the amount of work and through calculation calculate standard time to accomplish operational work.
CO5	To understand different factors affecting site selection and plant layout. Understanding of work handling principles.

THERMAL ENGINEERING AND GAS DYNAMICS (ME 6002)

CO1	Analysis and design of high pressure boiler and their industrial applications
CO2	Understanding ash handling mechanism and its importance in efficient combustion
CO3	Analyze the efficiency of power cycles and their application in thermal power plant.
CO4	Design and analysis of steam nozzle for power plant purpose
CO5	Analysis of single and Multi stage compressor and calculate efficiencies based on different working conditions..

HEAT AND MASS TRANSFER (ME 6003)

CO1	Understanding the different modes of Heat transfer along with their practical applications
CO2	Develop and analyze problems involving steady state heat conduction in simple geometries
CO3	Evaluate heat transfer coefficients for convection process.
CO4	Analyze heat exchanger performance by using the method of log mean temperature difference & NTU
CO5	Calculate radiation heat transfer between black & grey body surfaces.

METAL CUTTING AND CNC MACHINES (ME-6004)

CO1	To familiarize with tool nomenclature and analysis of cutting forces
CO2	To gather knowledge about heat distribution and thermal aspects of machining
CO3	Understand the applications of tool materials, tool life and tool wear.
CO4	To apply the failure analysis of cutting tools to real-life scenarios
CO5	Ability to adjust various parameters of machining to reduce heat produced during machining

POWER PLANT ENGINEERING (ME 6005)

CO1	Analyze and understand the significance, availability and scope of different energy sources.
CO2	Importance of non–renewable energy resources for the future and for preserving the environment
CO3	Analyze different power generating cycles and estimate their efficiencies.
CO4	Decision making capabilities related to the establishment of the power plant
CO5	Nuclear energy, scope and limitations for power generation purposes.

MECHANICAL VIBRATION (ME-7001)

CO1	To understand the concept of vibration, single degree of freedom systems and understand the concept of natural frequency. Understand the concept of damping and its effect on the system by the help of differential equation and practical understanding of different damped systems
CO2	To understand the effect of harmonic force and unbalance force.
CO3	Understand the two degree of freedom system and vibration measurement instruments and able to understand the concept of resonance and whirling of shaft
CO4	Understand the methods of finding natural frequency of multi degree of freedom system.
CO5	Understand different types of vibration measurement instruments.

AUTOMOBILE ENGINEERING (ME 7002)

CO1	Design of chassis and its impact on Stability & Economy of the vehicle.
CO2	Inclusion of various safety measures for safety of driver & passenger during severe collision like seat belts, air bags, etc
CO3	Modern steering Mechanism and its impact on stability and safety. (Collapsible steering system, tilting of the steering).
CO4	Analysis and design of the suspension system for different vehicle as per their load carrying capacity and comfort
CO5	Emission norms used by automobile manufacturer for reducing the greenhouse gases

OPERATION RESEARCH (ME 7003)

CO1	Understand the mathematical tools required to solve inventory problems.
CO2	Understanding the importance of total quality management & supply chain management in manufacturing systems in global business
CO3	Identify and develop operational research models from the verbal description of the real system.
CO4	To impart an ability to solve a wide variety of mathematical models for game theory and queuing
CO5	Build, solve and understand the practical application of transportation models and assignment model

ERGONOMICS (ME-7004)

CO1	To introduce the students about the applications and principal of ergonomics and to reduce the human effort. To have an ability to identify and solve the industrial problem.
CO2	To have an ability to reduce the wastage of time and to increase the productivity
CO3	To have an ability to make the helpful working environment. To study about work sampling and why it is important.
CO4	To analyses the task of labour, workspace and workstation
CO5	To study about anthropometry, Anthropology. To get the knowledge of various visual displays

POWER TECHNOLOGY (ME-7005)

CO1	Understand the importance of renewable energy in the current scenario and contribution of renewable energy in total power production in India and globally.
CO2	Understand about different type of nuclear reactions, about nuclear power generation, its advantages, limitation and problem related to nuclear waste
CO3	Learn about Solar Energy, different types of solar collectors both flat plate types and concentrating type collectors, factors affecting its performance
CO4	Learn about Wind energy and wind power generation, types of wind mills, factors which are responsible to select suitable site for installation of wind mills and its performance
CO5	Study about the Biomass and its type, Direct and indirect methods of bio mass resource utilization, Biomass plants and its working process
CO6	Study about Hydrogen energy, Collection, safety and limitations, Comparison with other renewable sources, Study about Hydrogen fuel cells and its efficiency

ADVANCED MACHINE DESIGN (ME 8001)

CO1	Understand fundamentals of technical systems, systems approach, assemblies and components
CO2	Understand different design based theories.
CO3	Design based on tribology and effect of different parameters
CO4	Design beyond elastic limit and parts subjected to unsymmetrical bending
CO5	To understand different stain gauges and their application. Understanding of Various design soft ware and applications

REFRIGERATION AND AIR CONDITIONING (ME 8002)

CO1	Develop understanding of the principles of air refrigeration cycle and its practical application.
CO2	Ability to develop vapor compression , heat-driven refrigeration systems and evaporative cooling systems
CO3	Understanding of refrigerants, their composition and impact on environment
CO4	Psychrometry and its application in comfort conditioning
CO5	Ability to determine the cooling load calculation for a required space

ADVANCE MACHINING PROCESSES (ME-8003)

CO1	Explaining the details of types of advanced manufacturing and machining processes, their evolution and need.
CO2	To study the various types of Electrochemical and chemical metal removal processes
CO3	To know about Electric discharge machining[EDM], spark erosion, mechanism of metal removal, laser beam machining
CO4	Rapid prototyping fabrication methods, fundamentals, technologies, applications, principles and working of 3D printing, subtractive v/s additive manufacturing process,
CO5	Technologies of micro fabrication, types of micro system devices, indusrial applications, micro fabrication processes, LIGA process Technologies of nano fabrication, importance of size, scanning probe microscope, nano fabrication processes

MAINTENANCE MANAGEMENT (ME-8004)

CO1	Understand the maintenance concept and structure of maintenance
CO2	Production maintenance system and its importance and guidelines for machining procedure.
CO3	Identify and develop workload, planning, scheduling and control strategy
CO4	To impart an ability to solve a problem in various machines and restoration
CO5	Impart ability to analysis of failure of different components of machinery.

Meet the HOD
Faculty

dr. ravishanker choudri, mechanical engineering, me, engineering courses

Dr. Ravishanker V Choudri

Head Of Deparment

Dr. Ravishanker V Choudri, completed BE in Mechanical Engineering in 1999 with First Class and Distinction and M.Tech. in Production Engineering in 2002 with First Class and Distinction from Poojya Doddappa Appa (PDA) College of Engineering, now affiliated to Vishvesvaraiya Technological University (VTU), Belgaum, Karnataka. Dr. Choudri has completed his Doctorate of Philosophy on Composite Engineering in the year 2020 from Mewar University, Gangrar Chittorgarh, Rajasthan. His area of interest is Production Engineering, Re-engineering and Composite Engineering. He has a vast experience of 18 years in teaching and research.

During his so far tenure Dr. Choudri has worked with some of the renowned institutions across the country. He is associated with the Sagar Group from 2012. He is heading the department since 2015.

He is a prudent administrator, a keen observer yet very humble and soft spoken. Under his leadership several initiatives were taken up in the department to provide the students for practical based trainings. Extensive work on Automobile engineering, HVAC, Metal cutting, Manufacturing, Auto CAD, ANSYS, Solid works and other allied projects are going-on in the department under his guidance and leadership

He is a complete blend of industry and academia. With many years of enriching experience, he imbibes in himself the best of extraordinary leadership and organizational skills. Under his guidance department has successfully organized many STTP’s, FDP’s, workshops and also every year organizing, a 2 day event called “Nirmaan” A National level working model Competition since from 2013.

He has many awards, recognitions & achievements in his career so far, as follows:

Consecutive winner of Certificate of Honor in Srijan 2014 and 2015 for helping students to achieve excellence.
Facilitated with SISTec Icon in 2016.
Kautilya Shiksha Samithi, facilitated for outstanding contribution in the field of Social and Education with a "Certificate of admiration" from Bhopal District Collector Mr Nishant Varwade.
SISTec Star Performer Award 2018-19 "A Recognition of Exemplary Performance as Best HoD" for the year 2019.

He has supervised many B Tech. and M Tech. dissertation work and has many National and International research papers by his name. He has a prime focus on Discipline, Academics, Training and Placement. For him Students are always Supreme.

Faculty Name	Designation
Amir Husain	Assistant Professor	View Profile
Dr. Rashmi Dwivedi	Associate Professor	View Profile
Dr. Keshavendra Choudhary	Professor	View Profile
Kuldeep Namdev	Assistant Professor	View Profile
Mousam Sharma	Associate Professor	View Profile
Nitin Malviya	Associate Professor	View Profile
Nitin Sahu	Assistant Professor	View Profile
Pawan Yadav	Assistant Professor	View Profile
Dr. Prem Kumar Chaurasiya	Associate Professor	View Profile
Dr. Ravishankar Choudri	Professor	View Profile
Dr. Roopesh Mehra	Professor	View Profile
Dr. Sanjay Chhalotre	Associate Professor	View Profile
Sanjay Singh	Associate Professor	View Profile
Vishnu kant dwivedi	Assistant Professor	View Profile
Yasir Baig	Assistant Professor	View Profile
Yatendra Tomar	Assistant Professor	View Profile
Shubham Shrivastava	Assistant Professor	View Profile
Shahid Khan	Assistant Professor	View Profile

Laboratories

Theory of Machines Lab (TOM)
Refrigeration and Air Conditioning (RAC)
Mechanical Measurement & Control (MMC)
Thermal Engineering Lab
Strength of Materials Lab (SOM)
Mechanical Workshop
Internal Combustion Engine Lab (IC Engine)
Heat and Mass Transfer Lab (HMT)
Heat and Research Lab
Fluid Mechanics Lab (FM)
Basic Mechanical Engineering Lab (BME)
Automobile Engineering

Test

Value-added courses imparting transferable and life skills offered to students

2018-19
2017-18

Name of the value added courses (with 30 or more contact hours)offered during last five years	Course Code	Number of students enrolled in the year	Number of Students completing the course in the year
Welding Technology	161702	70	70
CAE (Structural Analysis + Assembly of Models)	161705	97	97
Development of I.C. Engine	161706	97	97
Casting Technology	161704	70	70
Virtual Modelling of Engine Parts	181901	72	72
Scientific calculator operations & Unit Conversion	181902	70	70
Fabrication of Car Body using Sheet metal work	181903	70	70
Fabrication of Solar Kart	181904	97	97
Disassembly & Assembly of 5 H.P Diesel Engines	181905	97	97
4 Wheeler Vehicle Diagnoses	181906	88	88
Strategy Based Diagnosis To Repair Engine Mechatronics	181907	76	76
AutoCAD	151601	91	91
Surveying	171802	50	50
Engg Mechanics	181902	50	50
Concrete Mix Design	181901	41	41
MS Word & MS Excel	171801	41	41
Circuit Synthesis and Simulation	161701	33	33
Renewable Energy Management	161702	44	44
Transformer Operations & Maintainence	EX1617CP01	44	44
Diagnosis of Electrical Circuits	EX1617CP02	27	27
Advance Web Development		60	60
Mobile App Development		60	60
Python I		60	60
Machine Learning-I		45	45
Machine Learning II		45	45
PythonII		60	60
STTP on IoT - A Hands on Approach		130	120
STTP on Deep Learning Using Python		100	93
Embeded system design	EC18M51	21	20
Embeded system design	EC18M41	37	35
Internet of things	EC18M61	21	21
VLSi Digtal Design	EC18M31	38	35
Robotics with Bluetooth	EC18M51	38	38
Image Processing	EC18M52	24	22
Machatronics	EC18M62	30	26

Name of the value added courses (with 30 or more contact hours)offered during last five years	Course Code	Number of students enrolled in the year	Number of Students completing the course in the year
CAD/CAM Drafting and Design	151601	97	97
Welding Technology	161702	97	97
CAE (Structural Analysis + Assembly of Models)	161705	72	72
Development of I.C. Engine	161706	72	72
CADCAM (SOLIDWARKS) 3D Modelling	161703	97	97
Casting Technology	161704	97	97
Heat Ventilation and Air Conditioning	161707	72	72
CFD (Flow and Heat Analysis)	161708	72	72
Circuit Synthesis and Simulation	161701	44	44
Renewable Energy Management	161702	27	27
Transformer Operations & Maintainence	EX1617CP01	27	27
Diagnosis of Electrical Circuits	EX1617CP02	32	32
workshop on recent trends in earthquake resistant design of buildings	181903	65	65
MS Word & MS Excel	171801	146	146
Surveying	171802	249	249
AutoCAD	151601	161	161
Material Testing	171803	102	102
Soil Testing	171804	135	135
Machine Learning-I		30	10
Machine Learning-II		30	10
Oracle Lab		55	55
GOOGLE CERTIFICATION	MBA-1854901	10	10
HR ANALYTICS	IIM-1854902	35	35
E-COMMERCE	ECOM-1854901	15	15
Embedded System Design	EC17M41	18	15
C & C++ Programming-4	EC17CP7	38	38

Test Last

STTPs/FDPs/Workshops

S.No.	Event Tittle	Event Type
1	Expert Lecture	Workshops	View More
2	STTP on Strategy Based Diagnosis to Repair Engine Mechatronics sponsored by RGPV under TEQIP III	STTP	View More
3	Two Day Workshop on NBA Accreditation	Workshops	View More
4	Imperative Techniques of Heat Transfer Enhancements and its Engineering Applications	STTP	View More
5	Seminar on Studying Abroad	Workshops	View More
6	Plastic Deformation	FDP	View More
7	RAES Recent Advancements in Energy Sciences	Workshops	View More
8	Strategy Based Diagnosis & Repair of Automotive Mechatronics and Mechanics	Workshops	View More

Projects in the Department

M.Tech Thesis
Ongoing
Completed

MACHIN DESIGN

S.No.	DEPARTMENT	DISSERTATION NAME	SUPERVISION GUIDE NAME	STUDENTS NAME	ENROLLMENT NO.	THESIS SUMMISION YEAR
1	MACHINE DESIGN	STUDY OF WOOD FILLED STEEL TUBES UNDER FLEXURAL TEST	Mr. R.V. CHOUDRI	RAJ KUMAR	0187ME13MT08	2015
2	MACHINE DESIGN	DESIGN AND ANALYSIS OF SEMIELLIPTICAL AND PARABOLIC FEAF SPRINGS	Dr. AJAY KUMAR KAVITI	PULKIT SOLANKI	0187ME13MT07	2015
3	MACHINE DESIGN	NUMERICAL AND FINITE ELEMENT ANALYSIS OF CONNECTING ROD	Dr. AJAY KUMAR KAVITI	SHUBHAM TIWARI	0187ME13MT13	2015
4	MACHINE DESIGN	EFFECTS OF DIMPLE AND GURNEY FLAP ON VARIOUS AEROFOILS OF VERTICAL AXIS WIND TURBINE (VAWT)	Dr. AJAY KUMAR KAVITI	VIVEK SHUKLA	0187ME13MT18	2015
5	MACHINE DESIGN	ANALYSIS OF CONNECTING ROD WITH ULTRA FINE GRAINED MATERIAL AA2618	Pro. SANJAY KUMAR SINGH	NITIN KUMAR SAHU	0187ME13MT06	2017
6	MACHINE DESIGN	COMPARATIVE STUDY OF MONO LEAF SPRING FOR DIFFERENT MATERIALS USING SOLID WORKS	Pro. SANJAY KUMAR SINGH	AMIT KAIMKURIYA	0187ME15MT06	2017
7	MACHINE DESIGN	"INVESTIGATION OF SEIZURE FAILURE OF HEAVY DUTY ENGINE PISTON"	NITIN MALVIYA	RAKESH KUMAR GUPTA	0187ME13MT11	2018
8	MACHINE DESIGN	DESIGN AND ANALYSIS FO A CANTILEVER PLATE USED IN A LIFTING MACHINE	NITIN MALVIYA	RAJENDRA S GHATODE	0187ME13MT10	2017
9	MACHINE DESIGN	COMPARATIVE PERFORMANCE ANALYSIS OF WAVE SPRING WITH GELICAL SPRING FOR AUTOMOBILE SUSPENSION SYSTEM FOR SAME HEIGHT USING ANSYS (16.0)	SANJAY CHHALOTRE	RUPALI CHOUDHARY	0187ME14MT13	2017
10	MACHINE DESIGN	STRUCTURAL AND VIBRATIONAL ANALYSIS OF MODEL AIRCRAFT TAPERED WING	Dr. RASHMI DWIVEDI	ALOK RANJAN	0187ME15MT05	2018
11	MACHINE DESIGN	"FEASIBILITY ANALYSIS OF CONVERTING MARUTI OMNI VAN INTO ELECTRIC VAN" SUBMITTED IN PARTIAL FULFILMENT OF THE REQUIREMENT FOR THE AWARD OF THE DEGREE	SANJAY CHHALOTRE	SHIVAM JOSHI	0187ME15MT15	2017
12	MACHINE DESIGN	COMPARATIVE ANALYSIS OF WAVE SPRING WITH HELICAL SPRING FOR AUTOMOBILE SUSPENSION SYSTEM USING ANSYS R14.5	SANJAY KUMAR SINGH	RAM KRISHNA SHUKLA	0187ME15MT13	2018

THERMAL

S.No.	DEPARTMENT	DISSERTATION NAME	SUPERVISION GUIDE NAME	STUDENTS NAME	ENROLLMENT NO.	THESIS SUMMISION YEAR
1	THERMAL ENGINEERING	DEVELOPMENT AND TEMPERATURE ANALYSIS OF 2D SOLAR COMPOUND PARABOLIC CONCENTRATOR AND MOMPARISON WITH FPC	Pro. AMIT KUMAR THAKUR	MANSHEE BHARATKUMAR SHAH	0187ME11MT07	2014
2	THERMAL ENGINEERING	OPTIMIZATION OF WAX TANK PARAMETER TO IMPROVE THE QUALITY OF WAX PATTERN IN INVESTMENT CASTING	Dr. AJAY KUMAR KAVITI	HARSHIT PRAKAHSBHAI BHAVSAR	0187ME11MT02	2014
3	THERMAL ENGINEERING	THREE DIMENSIONAL COMPUTATIONAL FLUID DYNAMIC PERFORMANCE ANALYSIS OF PLAIN SEGMENTED FIN AND TUBE GEAT EXCHANGER	Pro. SANJAY KUMAR SINGH	SANDEEP JAIN	0187ME11MT14	2014
4	THERMAL ENGINEERING	EXPERIMENTATION AND VALIDATION OF SHELL AND TUBE HEAT EXCHANGER FOR DAIRY APPLICAION	Pro. AMIT KUMAR THAKUR	LOKHANDE HEMANT KUMAR KACHARU	0187ME11MT05	2014
5	THERMAL ENGINEERING	ENERGY AND EXERGY EXPERIMENTAL ANALYSIS OF BOILER IN THERMAL POWER PLANT	Pro. AMIT KUMAR THAKUR	SARANG J GULHANE	0187ME11MT16	2014
6	THERMAL ENGINEERING	EXPERIMENTAL STUDY AND ANALYSIS OF HELICAL COIL AND STRAIGHT TUBE HEAT EXCHANGER	Pro. SANJAY KUMAR SINGH	NILESH D. SHIRGIRE	0187ME11MT10	2014
7	THERMAL ENGINEERING	THERMAL ANALYSIS OF BARRIER COATING (TBC) MATERIAL FOR GAS TURBINE BLADE	Pro. RAVISHANKER V. CHOUDRI	PRADIP P. GEDAM	0187ME11MT11	2015
8	THERMAL ENGINEERING	EXPERIMENTAL ANALYSIS AND COMPARISON OF LMTD AND EFFECTIVENESS FOR STRAIGHY TUBE HEAT EXCHANGER WITH CORRUGATED TUBE (60° PITCH) HEAT EXCHANGER IN PARALLEL FLOW ARRANGEMENT	Pro. AMIT KUMAR THAKUR	SANGEETA BIJOURIYA	0187ME11MT15	2015
9	THERMAL ENGINEERING	EXPERIMENTAL ANALYSIS AND COMPARISON OF PERFORMANCE OF STRAIGHT TUBE HEAT EXCHANGER WITH CORRUGATED TUBE HEAT EXCHANGER IN COUNTER FLOW ARRANGEMENT	Pro. AMIT KUMAR THAKUR	DHARMESH KUMAR KEWAT	0187ME12MT04	2015
10	THERMAL ENGINEERING	EXPERIMENTAL ANALYSIS OF CLOSED LOOP PULSATING HEAT PIPE AT VARIOUS FILLING RATIO USING VARIOUS FLUIDS	Pro. AMIT KUMAR THAKUR	JAGDISH NANDURKAR	0187ME11MT08	2015
11	THERMAL ENGINEERING	AN EXPERIMENTAL STUDY ON SINGLE BASIN DOUBLE SLOPE ACTIVE SOLAR STILL WITH DIFFERENT DEPTHS OF WATER	Dr. AJAY KUMAR KAVITI	Md. NIZAMUDDIN ANSARI	0187ME13MT27	2015
12	THERMAL ENGINEERING	AN EXPERIMENTAL STUDY ON SINGLE BASIN DOUBLE SLOPE PASSIVE SOLAR STILL	Dr. AJAY KUMAR KAVITI	LASHAN KUMAR	0187ME13MT24	2015
13	THERMAL ENGINEERING	EXPERIMENTAL STUDY AND ANALYSIS OF CORRUGATED TUBE WITH 55° AND CORRUGATED TUBE WITH 60° HELIX ANGLE, COMPARISON IN PARALLEL AND COUNTER FLOW ARRANGEMENT	Pro. SANJAY KUMAR SINGH	SHANKAR KUMAR	0187ME13MT32	2015
14	THERMAL ENGINEERING	EXPERIMENTAL STUDY AND ANALYSIS OF STRAIGHT COPPER TUBE & STEEL TUBE FOR PARALLEL & COUNTER FLOW HEAT EXCHANGER	Pro. AMIT KUMAR THAKUR	HARSH VARDHAN SRIVASTAVA	0187ME11MT03	2015
15	THERMAL ENGINEERING	COMPARATIVE ANALYSIS OF PRODUCTION OF PRODUCTION OF BIOGAS BY USING KITCHEN WASTE, COW DUNG & PAPER WASTE	Pro. SANJAY KUMAR SINGH	ABHILASHA SHUKLA	0187ME11MT01	2015
16	THERMAL ENGINEERING	EXPERIMENTAL STUDY OF SOLAR AIR HEATER USING DOUBLE PASS WITH DIFFERENT SEGMENT ON ABSORBER	Pro. SANJAY KUMAR SINGH	CHAUDHARI RAKESH VIRSANGBHAI	0187ME14MT21	2016
17	THERMAL ENGINEERING	AN EXPERIMENTAL STUDY ON SINGLE BASIN DOUBLE SLOPE ACTIVE & PASSIVE SOLAR STILL WITH DIFFERENT DEPTHS OF WATER	Pro. SANJAY KUMAR SINGH	MANDAL BRAJKISHOR BASANT KUMAR	0187ME11MT06	2016
18	THERMAL ENGINEERING	AN EXPERIMENTAL STUDY ON SINGLE SLOPE SOLER STILL WITH AND WITHOUT EVACUATED GLASS TUBE USING AIR AS SECONDARY FLUID	Pro. SANJAY KUMAR SINGH	AGRAWAL MEHULKUMAR ASHOKKUMAR	0187ME14MT19	2016
19	THERMAL ENGINEERING	EXPEIMENTAL STUDY AND ANALYSIS OF STRAIGHT COPPER TUBE, STRAIGHT STEEL TUBE AND CORRUGATED STEEL TUBE WITH HELIX ANGLE 60° DOUBLE PIPE HEAT EXCHANGER FOR PARALLEL FLOW	Pro. SANJAY KUMAR SINGH	LAXMI NARAYAN RATHORE	0187ME11MT04	2016
20	THERMAL ENGINEERING	AN EXPERIMENTAL ANALYSIS OF THE PERFOMMANCE OF THE REFRIGERATION SYSTEM BASED ON (R134a+Sio2) NANO-REFRIGERANT	Pro. NITIN MALVIYA	JAIPRAKASH GARG	0187ME15MT28	2017
21	THERMAL ENGINEERING	RETROFITTING OF R-12 VAPOUR COMPRESSION REFRIGERATION SYSTEM WITH ECO FRIENDLY REFRIGERANTS R-413a AND R-423a	Pro. NITIN MALVIYA	KAMAL KISHOR SHARMA	0187ME12MT08	2017
22	THERMAL ENGINEERING	AN EXPERIMENTAL STUDY AND PERFORMANCE ANALYSIS OF DOUBLE SLOPE SINGLE BASIN SOLAR STILL FILLED WITH JUTE AND GRANITE	Pro. SANJAY KUMAR SINGH	JITENDRA MEENA	0187ME14MT25	2017
23	THERMAL ENGINEERING	AN EXPERIMANTAL ANALYSIS OF THE PERFORMANCE OF THE REFRIGERATION SYSTEM BASED ON (R134a+AL2O3) NANOREFRIGERANT	Pro. SANJAY CHHALOTRE	SHIVANGI SHRIVASTAVA	0187ME14MT33	2017
24	THERMAL ENGINEERING	A COMPARATIVE EXPERIMENTAL STUDY AND PERFORMANCE ANALYSIS OF DOUBLE SLOPE PASSIVE SOLAR STILL FILLED WITH ALUMINUM AND JUTE	Pro. SANJAY KUMAR SINGH	SANDEEP SINGH DANGI	0187ME14MT30	2017
25	THERMAL ENGINEERING	AN EXPERIMENTAL STUDY AND PERFORMANCE ANALYSIS OF DOUBLE SLOPE SOLAR STILL FILLED WITH ALUMINUM AND GRANITE AT DIFFERENT DEPTH OF WATER	Pro. SANJAY KUMAR SINGH	HARPREET SINGH CHABRA	0187ME14MT24	2017
26	THERMAL ENGINEERING	EXPERIMENTAL STUDY ON EFFECT OF PITCH OF TWISTED TAPE INSERT ON PERFORMANCE OF DOUBLE PIPE HEAT EXCHANGER	Pro. SANJAY KUMAR SINGH	HARIOM KURMI	0187ME15MT27	2017
27	THERMAL ENGINEERING	A COMPARATIVE EXPERIMENTAL STUDIES ON EFFECT OF TWISTED TAPE INSERT ON PERFORMANCE OF PLAIN STEEL TUBE AND PLAIN COPPER TUBE (DPHE)	SANJAY KUMAR SINGH	DIPESH KATRE	0187ME12MT05	2017
28	THERMAL ENGINEERING	"NUMERICAL STUDY OF CORRUGATION ON PERFORMANCE OF DOUBLE PIPE HEAT EXCHANGER"	SANJAY KUMAR SINGH	MANOJ SHRIVASTAVA	0187ME12MT10	2019
29	THERMAL ENGINEERING	A COMPARATIVE EXPERIMENTAL STUDY ON EFFECT OF TWISTED TAPE INSERT ON PERFORMANCE OF PLANE STEEL TUBE AND 55⁰ CORRUGATED STEEL TUBE DPHE.	SANJAY KUMAR SINGH	CHETAN PRAKASH SONI	0187ME12MT03	2017
30	THERMAL ENGINEERING	EXPERIMENTAL STUDY ON EFFECT OF TWISTED TAPE INSERT ON PERFORMANCE OF DOUBLE PIPE HEAT EXCHANGER	SANJAY KUMAR SINGH	ASHWINE KUMAR MAHORE	0187ME15MT22	2019
31	THERMAL ENGINEERING	"EXPERIMENTAL STUDY ON EFFECT OF PITCH OF TWISTED TAPE ON PERFORMANCE OF EXTERNALLY HELICAL WIRE WOUND DOUBLE PIPE HEAT EXCHANGER"	SANJAY KUMAR SINGH	DEVANAND SAHU	0187ME15MT24	2018
32	THERMAL ENGINEERING	COMPARATIVE EXPERIMENTAL STUDY ON EFFECT OF TWISTED TAPE INSERT BETWEEN LEFT HAND TWIST OVER FULL LENGTH AND LEFT HAND TWIST FOR THE FIRST HALF AND RIGHT HAND TWIST FOR SECOND HALF OF THE LENGTH ON PERFORMANCE OF DOUBLE PIPE CORRUGATED TUBE HEAT EXCHANGER	SANJAY KUMAR SINGH	JEETENDRA KUMAR KUSHWAHA	0187ME15MT29	2018
33	THERMAL ENGINEERING	"EXPERIMENTAL STUDY ON EFFECT OF "LENGTH OF TWISTED TAPE ON PERFORMANCE OF EXTERNALLY HELICAL WIRE WOUND DOUBLE PIPE HEAT EXCHANGER" FOR PARALLELAND COUNTER FLOW"	SANJAY KUMAR SINGH	MANOJ BADONE	0187ME15MT30	2018
34	THERMAL ENGINEERING	EXPERIMENTAL INVESTIGATION ON HEAT TRANSFER CHARACTERISTICS OF DOUBLE PIPE HEAT EXCHANGER WITH TWISTED TAPE INSERTS	SANJAY KUMAR SINGH	VISHNU KANT DWIVEDI	0187ME16MT36	2018

S.No	Project Title	Status	Type of Project
1	Air conditioning chiller plant	Ongoing	Minor Project
2	Reducing NVH and BSR level from automobile interior component.	Ongoing	Minor Project
3	Experimental investigation to analyze heat dissipation rate affected by surface texture of metal.	Ongoing	Minor Project
4	Design and fabrication of two seater E – car	Ongoing	Minor Project
5	Effect on excessive turbulence on charge supply to the 4 stroke SI engine	Ongoing	Minor Project
6	Development of nitrogen clean air filter	Ongoing	Minor Project
7	Hydraulic Lifting platform for cleaning purpose.	Ongoing	Minor Project
8	Agriculture residuals /Road cleaner	Ongoing	Minor Project
9	Designing and installation of efficient chiller plant for the department of mechanical engineering.	Ongoing	Major Project
10	Manufacturing of land filling material from the municipal waste.	Ongoing	Major Project
11	Hospital waste management plant	Ongoing	Major Project
12	A case study to finding the solution to minimize the NVH level of the passenger cabin of the vehicle.	Ongoing	Major Project
13	Design and development of efficient thermal energy storage system using Phase Change Materials	Ongoing	Major Project

S.No	PROJECT TITLE	Status
1	Investigate the effect of allowing athmosperic air in SI engine exhaust muffler on fuel effciency and exhaust gas pollutants.	Completed
2	Window air conditioning test rig	Completed
3	Investigate the way to produce hot air as a replacement of cooking fuel for commercial cooking.	Completed
4	Investigate the approach to collect door to door domestic municipal solid waste.	Completed
5	Referigeration test rig on domestic refirgerator.	Completed
6	To Investigate the techniq to cool down the office building by source of earth heat.	Completed
7	Smart Air Cooler	Completed
8	A case study on design and fabrication of paint booth dryer for 20 meter pipes.	Completed
9	"To investigate various approaches to disposal of domestic municipal solid waste In useful product".	Completed
10	To increase the performance of CI engine by increasing the heat dissipiation rate of stationary mounted engine.	Completed
11	Experimental syudy and performance of twisted tape in double pipe heat exchanger	Completed
12	Design and fabrication of vapour absorption refrigeration system. Performance analysis of battery operated maruti ven with multi speed gear box.	Completed
13	A practical approach for converting humidity vapours in to water for rural areas.	Completed
14	Fabrication of platform truck for industry use.	Completed
15	Performance analysis of battery operated maruti ven with multi speed gear box.	Completed
16	To investigate the techniqs to cool down office buildings by using earth heat.	Completed

Publications

S.No.	Title of Paper	Name of the author/s	Department of teaching	Name of journal	Year of publication	ISBN/ISSN number
1	Prediction of Contact Pressure in Deep Drawing Process by FEM	Dr. Rashmi Dwivedi	Mechanical Engineering	IJAER, indexed in SCOPUS	2015	P-ISSN-0973-4562
2	Forming of Aluminum and Brass Cylindrical Cups - Numerical Investigation	Dr. Rashmi Dwivedi	Mechanical Engineering	IJAER, indexed in SCOPUS	2015	P-ISSN-0973-4562
3	Experimental & Finite Element Analysis of Mild Steel Impeller Sheet in a Deep Drawing Process through Trapezoidal Dies	Dr. Rashmi Dwivedi	Mechanical Engineering	IJAER, indexed in SCOPUS	2015	P-ISSN-0973-4562
4	Numerical Simulation and Experimental Analysis on the Deep Drawing of Cylindrical Cups	Dr. Rashmi Dwivedi	Mechanical Engineering	Transactions of the Indian Institute of Metals, Springer	2015	p-ISSN 0972-2815
5	Numerical Simulation of Aluminum and Brass Material Cups in Deep Drawing Process	Dr. Rashmi Dwivedi	Mechanical Engineering	Materials today Proceedings	2015	2214-7853
6	Deep drawing process for Aluminum alloy cylindrical cups	Dr. Rashmi Dwivedi	Mechanical Engineering	IJESMR	2016	2349-6193
7	Analysis of connecting rod by the finite element method	Dr. Rashmi Dwivedi	Mechanical Engineering	IJAMMC-GRIET	2016	2277-3886
8	Simulation of shot peening process	Dr. Rashmi Dwivedi	Mechanical Engineering	Materials today Proceedings	2017	2214-7853
9	Study of deep drawing process parameters	Dr. Rashmi Dwivedi	Mechanical Engineering	Materials today Proceedings	2017	2214-7853
10	Optimization of process parameter of shot peening using ABAQUS	Dr. Rashmi Dwivedi	Mechanical Engineering	Materials today Proceedings	2017	2214-7853
11	Structural and Vibrational Analysis of Model aircraft tapered wing	Dr. Rashmi Dwivedi	Mechanical Engineering	IJSRD	2018	2321-0613
12	Investigation of Multiple Cracks in Cantilever Beam- A Review	Dr. Rashmi Dwivedi	Mechanical Engineering	IJSRD	2018	2321-0613
13	Analysis of Bending Strength of Involute Spur Gear with Asymmetric Profile	Dr. Rashmi Dwivedi	Mechanical Engineering	IJSRD	2018	2321-0613
14	Heat Transfer & Friction Factor Characteristics Roughened Channels- A Review	Dr. Rashmi Dwivedi	Mechanical Engineering	IJSRD	2018	2321-0613
15	Analysis of Stress and Bending Strength of Involutes Spur Gears with fillet Asymmetric Profile	Dr. Rashmi Dwivedi	Mechanical Engineering	IRJET	2018	2385-0056
16	Investigation and analysis of multiple cracks in Cantilever Beam	Dr. Rashmi Dwivedi	Mechanical Engineering	IJTRD	2018	2394-9333
17	Analysis of Static load bearing capacity of the Ball-Bearing- A Review	Dr. Rashmi Dwivedi	Mechanical Engineering	IRJET	2018	2385-0056
18	Heat Transfer & Friction Factor Characteristics Roughened Channels – A Review	Dr. Rashmi Dwivedi	Mechanical Engineering	IJSRD	2018	2321-0613
19	Failure Analysis & Change the Design of Spokes a Head Gear Pulley Used in Coal Mines	Dr. Rashmi Dwivedi	Mechanical Engineering	JASRAE	2018	2230-7540
20	Design and Analysis of Crankshaft using topology optimization in ANSYS	Dr. Rashmi Dwivedi	Mechanical Engineering	JASRAE	2018	2230-7540
21	Combustion and emission characteristics of diesel fuel blended with rawjatropha, soybean and waste cooking oils	Dr. Rashmi Dwivedi	Mechanical Engineering	Heliyon	2019	2405-8440
22	Numerical Study on Heat Transfer Rate of Corrugated Plate Heat and Its Comparison with Analytical values	Amir Husain	Mechanical Engineering	RGI International Journal of Applied Science & Technology, Volume 10 & 11, No.1 & 2	2017	2230-939X
23	A Review on Advances in Design and Development of Heat Exchanger	Amir Husain	Mechanical Engineering	International Journal of Research and Scientific Innovation, Volume 3	2016	2321-2705
24	Emission Characteristics Curve for Ethanol Gasoline Blends with Varying Volumetric Ratios on Single Cylinder 4 Stroke S.I. Engine	Kuldeep Namdev	Mechanical Engineering	International Journal of Mechanical Engineering Research.	2013	2249-0019
25	Performance Characteristics Curve for Ethanol Gasoline Blends with Varying Volumetric Ratios on Single Cylinder 4 Stroke S.I. Engine	Kuldeep Namdev	Mechanical Engineering	International Journal of Mechanical Engineering Research.	2013	2249-0019
26	Buckling Analysis of Connecting Rod with Ultra Fine Grained Material AA2618	Nitin Kumar Sahu	Mechanical Engineering	International Journal of Engineering Research & Technology (IJERT)	2017	2278-0181
27	A Review of Use FEM Techniques in Modeling of Human Knee Joint	Nitin Kumar Sahu	Mechanical Engineering	Journal of Biomimetics, Biomaterials and Biomedical Engineering	2016	2296-9845
28	Numerical Study for Nox Reduction in a Marine Diesel Engine Using SCR	Saurabh Verma, Nitin Malviya	Mechanical Engineering	International Journal of Engineering Associates / Volume 5 Issue 1		2320-0804
29	Review of Performance and Emission Analysis of Biodiesel Blends An Promising Alternative Fue	Amol Bharat Varandal & Nitin Malviya	Mechanical Engineering	IJIMINDS Journal, Volume-01, Issue		2349-2082
30	A REVIEW ON ENHANCEMENT OF HEAT TRANSFER RATE BY VARIOUS PASSIVE METHODS	Yasir Baig	Mechanical Engineering	International Research Journal of Engineering and Technology (IRJET), Volume: 04 Issue: 12	2017	e-ISSN: 2395-0056, p-ISSN: 2395-0072
31	Combustion and emission characteristics of diesel fuel blended with raw jatropha, soybean and waste cooking oils.	Prem Kumar Chaurasiya,Sanjay Singh, Rashmi Dwivedi, R.V. Choudri	Mechanical Engineering	Heliyon	2019	ISSN: 2405-8440, Vol. 5, pp- 1-7, 10.1016/j.heliyon.2019.e01564
32	Wind Energy Potential and Estimation of Wind Turbine Characteristics for Two Different Sites.	Prem Kumar Chaurasiya,V Kranthi Kumar, Vilas Warudkar, Siraj Ahmed	Mechanical Engineering	International Journal of Ambient Energy	2019	ISSN: 2162-8246, 10.1080/01430750.2019.1611634.
33	Wind Energy Development and Policy in India: A Review. Energy Strategy and Reviews	Prem Kumar Chaurasiya, Vilas Warudkar, Siraj Ahmed	Mechanical Engineering	Energy Strategy and Reviews	2019	ISSN: 2211-467X, Vol. 24, pp- 342-357, 10.1016/j.esr.2019.04.010
34	An Onsite Demonstration and Validation of LiDAR Technology for Wind Energy Resource Assessment	Prem Kumar Chaurasiya, Vilas Warudkar, Siraj Ahmed	Mechanical Engineering	International Journal of Sustainable Energy	2019	ISSN: 1478-646X, 10.1080/14786451.2019.1576684.
35	Comparative analysis of Weibull parameters for wind data measured from met-mast and remote sensing techniques.	Prem Kumar Chaurasiya, Vilas Warudkar, Siraj Ahmed	Mechanical Engineering	Renewable Energy.	2018	ISSN: 0960-1481, 115: 1153-65. 10.1016/j.renene.2017.08.014
36	Wind Characteristicsobservation-using-Doppler-SODAR for wind energy applications	Prem Kumar Chaurasiya, Vilas Warudkar, Siraj Ahmed	Mechanical Engineering	Resource-Efficient Technologies. Elsevier.	2017	ISSN 2405-6537, 10.1016/j.reffit.2017.07.001.
37	Study of different parameters estimation methods of Weibull distribution to determine wind power density using ground based Doppler SODAR instrument.	Prem Kumar Chaurasiya, Vilas Warudkar, Siraj Ahmed	Mechanical Engineering	Alexandria Engineering Journal	2017	ISSN: 1110-0168, 10.1016/j.aej.2017.08.008.
38	Performance evaluation of biodiesel (pongamia or karanj oil) as an alternative fuel for diesel engine	Prem Kumar Chaurasiya, Jaydeep Lakwal, Manish Singh Bharti	Mechanical Engineering	International Journal of Applied Science and Engineering Research	2014	ISSN 2277 – 9442, Vol. 3(1):288-96. 2014, 10.6088/ijaser.030100028
39	Development of Micro-Hydro Power Plant using Transistor Clamped Multilevel Inverter Development	Prem Kumar Chaurasiya, Jaydeep Lakwal, Manish Singh Bharti	Mechanical Engineering	International Journal of Innovative Research in Science, Engineering and Technology	2014	ISSN: 2319-8753
40	Scenario and Risk of Hydro Power Projects in India	Prem Kumar Chaurasiya, Ruchi Khare, Vishnu Prasad	Mechanical Engineering	International Journal of ChemTech Research	2013	5(2):1068-75.
41	Study of detection of defects in rolling element bearings using vibration and acoustic measurement methods- A Review	Harsh Patidar	Mechanical Engineering	International Journal of Mechanical Engineering Research & Technology	2015	24574-535X
42	DESIGN AND ANALYSIS OF HYDRAULIC SCISSORS LIFT FOR BIKE BY USING ANSYS	Harsh Patidar	Mechanical Engineering	INTERNATIONAL JOURNAL OF RECENT TECHNOLOGY SCIENCE & MANAGEMENT	2017	2455-9679
43	RESEARCH ON DESIGNING OF AUTOMATIC REVERSE WHEEL LOCKING MECHANISM	Harsh Patidar	Mechanical Engineering	International Research Journal of Engineering and Technology (IRJET)	2018	2395-0056
44	REVIEW ON DESIGN AND ANALYSIS HYDRAULIC SCISSORS LIFT	Harsh Patidar	Mechanical Engineering	INTERNATIONAL JOURNAL OF RECENT TECHNOLOGY SCIENCE & MANAGEMENT	2017	2455-9679
45	Emission Characteristics Curve for Ethanol Gasoline Blends with Varying Volumetric Ratios on Single Cylinder 4 Stroke S.I. Engine	Pawan kumar Yadav	Mechanical Engineering	International Journal of Mechanical Engineering Research.	2013	2249-0019
46	Performance Characteristics Curve for Ethanol Gasoline Blends with Varying Volumetric Ratios on Single Cylinder 4 Stroke S.I. Engine	Pawan kumar Yadav	Mechanical Engineering	International Journal of Mechanical Engineering Research.	2013	2249-0019
47	Three dimensional computational fluid dynamics performance analysis of helical coil and straight tube heat exchanger	Pawan kumar Yadav	Mechanical Engineering	International Journal of modern Engineering Research(IJMER)	2015	2249–6645
48	To Improve Thermal Efficiency of 27 MW Coal Fired Power Plant	Amit Kumar Vishwakarma	Mechanical Engineering	International Journal of Mechanical Engineering Research.	2014	2249-6645
49	Exploration of The Hydroforming Process For Manufacturing of Domestic Components By FEM Application	Amit Kumar Vishwakarma	Mechanical Engineering	International Journal of Engineering Research (IJER)	2014	2319-6890
50	Experimental investigation of the effects of insulated air intake system on the performance of naturally aspirated MPSEFI spark ignition engine	Sanjay Chhalotre	Mechanical Engineering	AIP Conference Proceedings 2039	2018	Volume 2039, Issue 1 > 10.1063/1.5078960
51	An Experimental Analysis Of The performance Of Refrigeration System Based On (R134a + Al2O3) Refrigerant	Sanjay Chhalotre	Mechanical Engineering	International Journal Online of Science, Volume III, Issue III	2017	ISSN: 2455-0108
52	Experimental investigation to analyze the effect of variation in intake air temperature on the throttle response of the S.I. Engine	Sanjay Chhalotre	Mechanical Engineering	International Journal of Mechanical Engineering and Technology	2018	ISSN (P): 0976-6340; ISSN (E): 0976-6359
53	Investigation of the effects of gasoline – Ethanol fuel blend on throttle response and intake air temperature in a naturally aspirated S.I. Engine	Sanjay Chhalotre	Mechanical Engineering	International Journal of Mechanical and Production Engineering Research and Development	2018	ISSN (P): 2249-6890; ISSN (E): 2249-8001
54	Experimental investigation of the effects of insulated air intake system on the performance of naturally aspirated MPSEFI spark ignition engine	Sanjay Chhalotre	Mechanical Engineering	AIP Conference Proceedings	2018	Scopus Elsevier
55	Analysis & Performance of Automobile Engine Components Considering Thermal and Structural Effects	Sanjay Chhalotre	Mechanical Engineering	IJIRSET	2014	2319-8753
56	Experimental investigation of the effect of die angle on extrusion process using plasticine	Mousam Sharma	Mechanical Engineering	Experimental Techniques Volume 35, Issue 6, pages 38–44, Wiley Publication	2010	https://doi.org/10.1111/j.1747-1567.2010.00655.x
57	An Inverse Technique for Evaluation of Flow Parameters of Modeling Materials Using Extrusion	Mousam Sharma	Mechanical Engineering	Experimental Techniques, Wiley Publication	2011	https://doi.org/10.1111/j.1747-1567.2011.00745.x
58	Role of Computers in the development of Rural Technologies	Mousam Sharma	Mechanical Engineering	Journal of Rural Technology Vol.3, No.5, CSIR New Delhi	2007	NA
59	Casting Feedability Design using Computer Simulation	Mousam Sharma	Mechanical Engineering	FOUNDARY	2009	NA
60	Application of Neural Networks in Extrusion Process	Mousam Sharma	Mechanical Engineering	IE(I) Journal-PR, Vol 90	2009	NA
61	Design of Die Angle for Square Rod Extrusion of -Iron using DMM	Mousam Sharma	Mechanical Engineering	IE(I) Journal-PR, Vol 90	2009	NA
62	Effects of Die Cross Section on Hollow Section Extrusion using Plasticine Experiment”	Mousam Sharma	Mechanical Engineering	Journal of Archives of Applied Science Research	2010	ISSN: 0975-508X
63	Simulation Technique used to Analyze the Inlet System in Mould Cavity	Mousam Sharma	Mechanical Engineering	Advances in Computational Sciences and Technology ©Research India Publications	2013	ISSN 0973-6107
64	A Review on Equivalent Static Loads Method for Non Linear Static Response Structural Optimization	Mousam Sharma	Mechanical Engineering	INTERNATIONAL JOURNAL FOR RESEARCH & DEVELOPMENT IN TECHNOLOGY Volume-7, Issue-5	2017	ISSN (O) :- 2349-3585
65	Optimization Approach for Crashworthiness of Vehicles Based on Physically Defined Equivalent Static Loads for a new Topology	Mousam Sharma	Mechanical Engineering	©2017 IJSRSET \| Volume 3 \| Issue 3	2017	ISSN: 2395-1990 \| Online ISSN: 2394-4099
66	A Review on Equivalent Static Loads Method for Non Linear Static Response Structural Optimization	Suhail Ahmad Khan, Mousam Sharma	Mechanical Engineering	INTERNATIONAL JOURNAL FOR RESEARCH & DEVELOPMENT IN TECHNOLOGY	2017	ISSN (O) :- 2349-3585
67	Optimization Approach for Crashworthiness of Vehicles Based on Physically Defined Equivalent Static Loads for a new Topology	Suhail Ahmad Khan, Mousam Sharma	Mechanical Engineering	IJSRSET	2017	Print ISSN: 2395-1990 \| Online ISSN: 2394-4099
68	Tensile Fracture strength of Carbon (SAE-1042)/Epoxy/Aluminum (6082 T651) Laminated Metal Composite (LMC)	Ravishanker V. Choudri	Mechanical Engineering	International Journal of Engineering Research in Mechanical and Civil Engineering (IJERMCE) Vol 1	2016	3407-3415
69	Comparison of Torsional Fracture strength of Cast Iron and Boron (SAE-1042)/Epoxy/Aluminum (6061 t6) (B/Ep/Al) Laminated Metal Composite (LMC) Specimens	Ravishanker V. Choudri	Mechanical Engineering	International Journal of Innovative Research in Science, Engineering and Technology (IJIRSET), Vol 6	2017	ISSN (P): 2347-6710; ISSN (E): 2319-8753
70	Potential & Perspective Fragment of Nanorechnology on Energy Transmission Applications and Needs	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Engineering, Applied and Management Science Paradigms (IJEAM)	2019	2320-6608
71	A Thermo-Environmental Evaluation of a modified Combustion Gas Turbine Plant	Dr. Keshavendra Choudhary	Mechanical Engineering	Trans. Of ASME,Journal of Energy Resource Technology	2018	JERT-18-1341
72	Numerical Simulation of Scram-Jet Combustor Using Double Wall Injector	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal for Research in Applied Science & Engineering Technology (IJRASET),	2017	2321-9653
73	FE Simulation Modelling and Exergy Analysis of Conventional Forging Deformation Behaviour of Material Processing	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Engineering Research and Application	2017	2248-9622
74	Performance Analysis of Earth Tube Heat Exchanger	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Engineering Sciences & Research Technology	2016	2277-9655
75	Acetylene Used as Alternative Fuel in Petrol Engin	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Engineering Sciences & Research Technolog	2016	2277-9655
76	Flow Analysis of Two Different Evaporator Arrangements in a Cold Storage Using CFD	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Engineering Associates	2017	2320-0804
77	Study of Geometrical Parameters on Friction Calibration Curves of Non Conventional Specimens & Exergy Analysis	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Innovations in Engineering and Technology (IJIET)	2015	2319-1058
78	Analysis of Various Properties of Textile Tarpaulins Made From High Density Polythylene Woven Fabric	Dr. Keshavendra Choudhary	Mechanical Engineering	International Research Journal of Engineering & Applied Sciences	2015	ISSN: 2322-0821 (O), ISSN: 2394-9910 (P)
79	Effects of Geometrical Parameters on Friction Calibration Curves of Non Conventional Specimens Experimental Analysis	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Advance Research in Science and Engineering	2012	2319-8354
80	Exergy Analysis of a Gas Turbine Trigeneration system Cycle using Brayton Refrigeration cycle for inlet air cooling	Dr. Keshavendra Choudhary	Mechanical Engineering	Instn Mech Engrs, Part A:J. Power and energy	2010	0957-6509
81	Energy and Exergy Analyses of Compressor Inlet Air-Cooled Gas Turbines using the Joule-Brayton Refrigeration Cycle	Dr. Keshavendra Choudhary	Mechanical Engineering	Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy (2009)	2009	(2009) 223(1) 1-9
82	Thermodynamic Evaluation of Gas Turbines for Cogeneration Applications	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Exergy	2009	(2009) 6(1) 15-33
83	Exergy Analysis of a Regenerative Gas Turbine Cycle using Absorption inlet Cooling and Evaporative Aftercooling	Dr. Keshavendra Choudhary	Mechanical Engineering	Journal of the Energy Institute	2009	(2009) 82(3) 159-167
84	Combined First and Second Law Analysis of Gas Turbine Cogeneration System with Inlet Air Cooling and Evaporative Aftecooling of the Compressor Discharge	Dr. Keshavendra Choudhary	Mechanical Engineering	Journal of Engineering for Gas Turbine and Power	2007	(2007) 129(4) 1004-1011
85	Thermodynamic Performance Assessment of an Indirect Intercooled Reheat Regenerative Gas Turbine Cycle with Inlet Air Cooling and Evaporative Aftercooling of the Compressor Discharge	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Energy Research	2006	(2006) 30(15) 1295-1312
86	Innovative Idea for Automobiles Having Zero Harmful Emissions: A Review	Dr. Keshavendra Choudhary	Mechanical Engineering	International Journal of Engineering and Techniques	2017	Vol. 3(5), pp. 143-146
87	Combustion and emission characteristics of diesel fuel blended with raw jatropa,soybean and waste cooking oils	Sanjay Kumar Singh	Mechanical Engineering	Heliyon	2019	Heliyon 5(2019)e01564
88	Comparative study and analysis between helical coil and straight tube heat exchanger	Sanjay Kumar Singh	Mechanical Engineering	IJERA	2014	2248-9622
89	A comparative experimental studies on effect of twisted tape insert on performance of steel tube and copper tube DPHE	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2017	2321-0613
90	A comparative experimental study and performance analysis of double slope passive solar still filled with aluminum and jute	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2017	2321-0613
91	An experimental study and perfomance analysis of double slope solar still filled aluminum and granite at different depth of water	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2017	2321-0613
92	An experimental study and perfomance analysis of double slope single basinsolar still filled jute and granite .	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2017	2321-0613
93	A performance analysis and comparative study of single basin double slope passive solar still using different materials as storage medium.	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2017	2321-0613
94	Numerical analysis of crack propagation	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2017	2321-0613
95	Comparative study of mono leaf spring for different materials using solid works	Sanjay Kumar Singh	Mechanical Engineering	IRJET	2017	2395-0056
96	Buckling analysis of connecting rod with ultra fine grained material AA2618	Sanjay Kumar Singh	Mechanical Engineering	IJERT	2017	2278-0181
97	Experimental study on effect of length of twisted tape on performance of externally helical wire wound double pipe heat exchanger for parallel and counter flows	Sanjay Kumar Singh	Mechanical Engineering	IJSRD	2018	2321-0613

2018-19
2017-18

S.No	Name	Enrolment No.	Year/Sem	Company
1	Kunal Verma	0187ME161025	VIth Sem.	Maruti Suzuki Ltd. Global Autotech Ltd.
2	Rahil Patel	0187ME161048	VIth Sem.	Maruti Suzuki Ltd. Global Autotech Ltd.
3	Reyaj Ali	0187ME161058	VIth Sem.	Maruti Suzuki Ltd. Global Autotech Ltd.
4	Vishnu Sharma	0187ME161078	VIth Sem.	Maruti Suzuki Ltd. Global Autotech Ltd.
5	Vicky Kumar	0187CE161077	VIth Sem.	Northern Coalfield Ltd. (NCL)
6	Suman Kumar Burnwal	0187CS161109	VIth Sem.	TATA
7	Shubham Chaubey	0187ME161064	VIth Sem.	Mechinical Work Shop
8	Vivek Kumar	0187ME161079	VIth Sem.	PrismJoson Cement Ltd.
9	Nikhil Kumar	0187ME161034	VIth Sem.	Minda Rinder Pvt. Ltd.
10	Vivek Kumar	0187ME161079	VIth Sem.	NTPC
11	Abhinav Kumar	0187ME161001	VIth Sem.	SAIL Bokaro Steel Plant
12	Nitish Kumar	0187ME161035	VIth Sem	NTPC
13	Ritesh Anand	0187ME161059	VIth Sem	NTPC
14	Md Tauqueer	0187ME161032	VIth Sem	NTPC
15	SK TALIM	0187ME161067	VIth Sem.	SAIL Bokaro Steel Plant
16	Mukund Kumar	0187ME161033	VIth Sem	NTPC
17	Abhishek Kumar Singh	0187ME161002	VIth Sem	NTPC
18	Ajay Malviya	0187me161003	IVth Sem.	Beand Joints
19	Chandan kumar	0187me161013	IVth Sem.	Beand Joints
20	Padam Singh	0186ME161036	IVth Sem.	Beand Joints
21	Shubham Ranjan	0187ME161066	IVth Sem.	Beand Joints
22	Akshay Jain	0187me161007	VIth Sem	Relience Retail Limited
23	Pawan Kumar	0187ME161040	VIth Sem	Bharat pump and corporation limited (BPCL),
24	Suman Kumar Burnwal	0187CS161109	VIth Sem	Damodar valley corporation (DVC) koderma thermal Power station
25	Sharad Benkkey	0187ME151087	VIth Sem	BHEL
26	Md. Mahatab Alam	0187ME101028	VIth Sem	CI Hyundai
27	Rambabu Shah	0187ME161054	VIth Sem	NTPC
28	Shashi Kumar Singh	0187EX161035	VIth Sem	Jindal Steel and Power Ltd.
29	Shubham Ranjan	0187ME161066	VIth Sem	Benj Joints Pvt. Ltd.
30	Ajay Malviya	0187ME161003	VIth Sem	Benj Joints Pvt. Ltd.
31	Chandan Kumar	0187ME161013	VIth Sem	Benj Joints Pvt. Ltd.
32	Padam Singh	0187ME161036	VIth Sem	Benj Joints Pvt. Ltd.
33	Rahul Harode	0187ME161050	VIth Sem	Maruti Suzuki Jeewan Motors Pvt. Ltd.
34	Rahul	0187ME161049	VIth Sem	Maruti Suzuki Jeewan Motors Pvt. Ltd.
35	Sudeesh Yadav	0187ME161069	VIth Sem	CI Hyundai
36	Sandeep Yadav	0187ME161062	VIth Sem	CI Hyundai
37	Roshan Choudhary	0187CS161086	VIth Sem	CI Hyundai
38	Vicky Kumar	0187ME161077	VIth Sem	CI Hyundai
39	Shubham Kumar	0187CS161102	VIth Sem	CI Hyundai
40	Gopal Kumar Kunwar	0187ME161018	VIth Sem	BHEL
41	Ravi Ranjan Kumar	0187ME161057	VIth Sem	Jeevan Motors Maruti Suzuki
42	Gabbar SIngh Gurjar	0187ME161017	VIth Sem	Jeevan Motors Maruti Suzuki
43	Asif Ahmad	0187ME161011	VIth Sem	Jeevan Motors Maruti Suzuki
44	Deepak Jaiswal	0187ME161014	VIth Sem	Jeevan Motors Maruti Suzuki
45	Sudeesh Yadav	0187ME161069	VIth Sem	Maruti Suzuki Ltd.
46	Sandeep Yadav	0187ME161062	VIth Sem	Maruti Suzuki Ltd.
47	Roshan Choudhary	0187CS161086	VIth Sem	Maruti Suzuki Ltd.
48	Vicky Kumar	0187ME161077	VIth Sem	Maruti Suzuki Ltd.
49	Shubham Kumar	0187CS161102	VIth Sem	Maruti Suzuki Ltd.
50	Karan Rai	0187ME161024	VIth Sem	DRM
51	Shubham Mishra	0187ME161065	VIIth Sem	Maruti Suzuki
52	Kamlesh Banjara	0187ME161022	VIIth Sem	Maruti Suzuki
53	Piyush Mishra	00187ME161041	VIIth Sem	Maruti Suzuki
54	Prahlad Prajapati	0187ME161043	VIIth Sem	Maruti Suzuki
55	Chandan Kumar	0187ME161013	VIIth Sem	Relience Retail Ltd.
56	Prafull Visen	0187me161042	VIIth Sem.	CRISP
57	Syed Hisham Ali	0187ME161074	VIIth Sem.	CRISP
58	Sameer Hussan	0187ME161075	VIIth Sem.	CRISP
59	Ajeet Kumar	0187me173D01	VIIth Sem.	CRISP
60	Mahesh Sharma	0187ME161026	VIIth Sem.	CRISP

Sr. No.	Title of the linkage	Name of the partnering institution/ industry /research lab with contact details	Year of commencement	Duration (From-To)	Nature of linkage
1	Industrial Visit at Dainik Bhaskar	Dainik Bhaskar	2019-20	18/7/2019 to18/7/2019	INDUSTRIAL VISIT
2	Industrial Visit at Bend Joint Pvt Ltd	Bend Joint Pvt Ltd	2019-20	15/7/2019 to 15/7/2019	INDUSTRIAL VISIT
3	Industrial Visit at Garimaa Industries	Garimaa Industries	2019-20	16/7/2019 to 16/7/2019	INDUSTRIAL VISIT
4	Industrial Tour at Honda motorcycle and Scooter	Honda motorcycle and Scooter	2018-19	31/1/2019 to 3/2/2019	INDUSTRIAL TOUR
5	Industrial Tour at NPTI	NPTI	2018-19	31/1/2019 to 3/2/2019	INDUSTRIAL TOUR
6	Industrial Visit at AMPRI-CSIR Bhopal	AMPRI-CSIR Bhopal	2018-19	27/9/2018 to 27/9/2018	INDUSTRIAL VISIT
7	Industrial Visit at Sagar Nutriments (SNPL)	Sagar Nutriments (SNPL)	2018-19	24/8/2018 to 24/8/2018	INDUSTRIAL VISIT
8	Industrial Visit at Yogeshwar Alloy Casting Industry	Yogeshwar Alloy Casting Industry	2018-19	24/8/2018 to 24/8/2018	INDUSTRIAL VISIT
9	Industrial Visit at AMPRI-CSIR Bhopal	AMPRI-CSIR Bhopal	2018-19	27/9/2018 to 27/9/2018	INDUSTRIAL VISIT
10	Industrial Visit at SMPL Bhopal	SMPL Bhopal	2018-19	18/9/2018 to 18/9/2018	INDUSTRIAL VISIT
11	Industrial Tour at Mahindra and Mahindra Pithampur Indore	Mahindra and Mahindra Pithampur Indore	2017-18	12/1/2018 to 12/1/2018	INDUSTRIAL TOUR
12	Industrial Visit at Permali Wallace Pvt Ltd Bhopal	Permali Wallace Pvt Ltd Bhopal	2017-18	16/10/2017 to 16/10/2017	INDUSTRIAL VISIT
13	Industrial Tour at Volvo Eicher Pvt Ltd Pithampur Indore.	Volvo Eicher Pvt Ltd Pithampur Indore.	2016-17	6/5/2017 to 6/5/2017	INDUSTRIAL TOUR
14	Industrial Tour at Luigong pvt. Ltd. Pithampur Indore.	Luigong pvt. Ltd. Pithampur Indore.	2016-17	6/5/2017 to 6/5/2017	INDUSTRIAL TOUR
15	Industrial Tour at TATA Motors	TATA Motors	2016-17	22/11/2016 to 22/11/2016	INDUSTRIAL TOUR
16	Industrial Visit at Manjeet Industries	Manjeet Industries	2015-16	18/2/2016 to 18/2/2016	INDUSTRIAL VISIT
17	Sarni Thermal Power Plant.	Sarni Thermal Power Plant.	2015-16	18/4/2016	INDUSTRIAL TOUR
18	Industrial Visit at Surin Automotive	Surin Automotive	2015-16	6/5/2016 to 18/4/2016	INDUSTRIAL VISIT
19	Industrial Visit at SMPL	SMPL Bhopal	2015-16	5/3/2016 to 5/3/2016	INDUSTRIAL VISIT
20	Industrial Visit at CIPET	CIPET Bhopal	2015-16	3/3/2016 to 3/3/2016	INDUSTRIAL VISIT
21	Industrial Visit at CIPET	CIPET Bhopal	2015-16	3/9/2015 to 3/9/2015	INDUSTRIAL VISIT
22	Industrial Visit at CIPET	CIPET Bhopal	2015-16	22/9/2015 to 22/9/2015	INDUSTRIAL VISIT

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