About Course

Vision of the Department

To become a nationwide recognised department for research oriented quality technical education inline with emerging trends and evolving demands of society

Mission of the Department

The mission of mechanical engineering department includes:

1. To embrace excellent teaching learning techniques to provide practical quality education that is commensurate with the emerging trends and industry demands.
2. To promote research in interdisciplinary areas by forging collaborations with global industries and establishing state-of-the-art research facilities in order to develop among students innovative and creative capabilities.
3. To mentor and guide young technocrats and inculcate them with the spirit of entrepreneurship alongwith ethics, values and eco-sensitivity.

Dr. Sidharth Jain
Head - Department of Mechanical Engineering
M.I.E.T, Meerut
Welcome to the Department of Mechanical Engineering at, M.I.E.T, Meerut. Over the last two decades, we have grown our expertise and competence in the core Mechanical Engineering curriculum. The primary focus of our curriculum is to impart technical know-how to students, promote their problem-solving skills and innovation of new technologies. The students are encouraged to undertake various research projects.
A We have state of the art research facilities in the constitution with industry to support our academic programs. Our department has a distinguished record in both teaching and research. Faculty members have excellent academic credentials and are highly regarded.

Department of Mechanical Engineering, the foundation of Engineers, strives for increasing the knowledge, critical thinking and effective implementation of “Project Based Learning” for the betterment of the ever changing society through students. We always intend for the best Teaching Learning Practice with Effective Project Based Learning through highly competent faculty.

PROGRAMME EDUCATIONAL OBJECTIVES

After five years from completion of graduation, the student will: 

1. Pursue career as practicing mechanical engineer in core mechanical or allied industries worldwide.
2. Meet the expectations of modern industries for catering the proliferating demand and rising quality standards.
3. Become a responsible engineer capable of conducting sustainable, environment-friendly, innovative research and development in  advanced domains.
4. Serve the society better by practicing professional leadership roles with a commitment to lifelong learning.
5. Become a person with a strong will and attitude to excel through the challenges in all walks of life.

List of Program Outcomes (POs)

Program Specific Outcomes (PSOs)

Course Outcomes (Session: 2020-21)

Second Year

Electronics Engineering (KOE 038)

After completing the course student will be able to:

1. Acquire basic knowledge of working principles & parameters related to electronic devices like Diode, Special Purpose Diodes, BJT, FET, OP-AMP based circuits etc.
2. Understand the purpose and working of power supplies, measuring instruments like DVM, DMM, CRO and DSO and to measure various parameters with the help of them.
3. Apply the working of diode based electronic circuits, Rectifier, Clamper, Clipper, Multiplier, and Amplifier etc. and to test different small electronic circuits.
4. Apply OP-AMP principles to design different applications like adder, sub tractor, integrator, and differentiator etc.

Technical Communication (KAS 301)

The Students will be able to

1. Understand the fundamentals of all modes of technical communication along with their elements, dimensions, and flow.
2. Understand to write pragmatic and impactful reports, research papers, technical proposals and resumes.
3. Understand public speaking strategies, techniques and their different styles.
4. Grasp the essentials of interviews & group discussions and skills required to face them confidently
5. Comprehend the grammatical and oral aspects of the English language as an effective tool of communication

Thermodynamics (KME 301)

1. Understand the basic concepts of thermodynamics, psychometric and refrigeration.
2. Understand the basic laws of thermodynamics and their corollaries.
3. Understand the behaviour of pure substances and various phase diagram 
4. Understand the working of Rankin power and various refrigeration cycles.
5. Apply the basic laws of thermodynamics for the different processes in open and closed systems.
6. Apply the basic laws of thermodynamics to calculate the performance of power and refrigeration cycles.

Fluid Mechanics and Fluid Machines (KME302)

The Students will be able to

1. Understand the concept of fluid, types of fluid flow, boundary layer and minor losses.
2. Understand the concept of mass, momentum and energy equations in fluid flow systems.
3. Apply dimensional analysis to predict physical parameters that influence flow in fluid mechanics.
4. Apply the concept of Impact of jet on Impulse turbine and reaction turbine.
5. Apply the concept centrifugal force on centrifugal pump and reciprocating action on reciprocating pump.

Materials Engineering (KME 303)

The Students will be able to

1. Understand crystallographic structure and mechanism of deformation in materials.
2. Understand the principles of phase evolution and development of binary Iron-Iron Carbide phase diagram.
3. Understand the chemical composition, properties and applications of commercial ferrous
4. Understand heat treatment processes for altering the properties of plain carbon steels.
5. Apply theories of static and dynamic failure with consideration of fracture mechanics and NDT techniques.

Python Programming (KNC 302)

The Students will be able to

1. Understand the concept of python programming
2. Apply the concept of conditions, loops and data structures in python program
3. Apply the concept of functions, modules, recursion through python program
4. Apply the concept of abstract data type, exception handling and file handling through python program
5. Apply the concept of searching, sorting and merging through python program

Applied Thermodynamics (KME 401)

The Students will be able to

1. Understand the various types of fuels, their properties and combustion process
2. Understand construction and working of various components used in power generation system.
3. Understand the working of different power cycles and jet propulsion.
4. Apply the basic laws to calculate performance parameters of different power cycles.
5. Apply the basic laws of thermodynamics to nozzles and turbine.
6. Analyse the various processes and cycles of power generation system.

Engineering Mechanics (KME 402)

The Students will be able to

1. Understanding the force sytem, Moment of the force and couple.
2. Understanding the reaction, shear force, bending moment acting on a beam and truss element.
3. Apply center of gravity, center of Mass,Centroid and monent of inertia of curves, areas and volume.
4. Apply Force, Moment, Couple, Reaction, Shear force and Bending Moment on Beam and Truss element.
5. Apply the kinematics/kinetics of rigid bodies and friction.
6. Apply stress, strain on different element member, Bending of beam and Torsion of circular section or member.

Manufacturing Process (KME 403)

The Students will be able to

1. Understand the basic concepts of metal casting, forming and powder metallurgy.
2. Explain the causes of defects in metal casting and forming processes.
3. Explain the mechanics of chip formation, cutting tool geometry and working of machine tools for different finishing
4. Understand the various conventional welding processes, welding defects and formation & control of Heat Affected Zone.
5. Understand the principles of operation of unconventional metal cutting processes.
6. Apply the concepts of metal cutting to determine relationship among cutting forces, power required and tool life.

Computer System Security (KNCS401)

The Students will be able to

1. Understand the basic Concepts of Computer System Security & Hijacking
2. Understand the basics of security approaches.
3. Understand basics of Architectures Principles and Web Security Issues.
4. Understand various protocols to establish TCP/IP connections.
5. Apply the concepts of Cryptography Techniques and Digital Signature using keys.

Universal Human Values (KVE 401)

The Students will be able to

1. UNDERSTAND about the need of value education and harmony in self, family, society and nature.
2. APPLY the understanding of value education to ensure harmony at all the four levels of living.
3. ANALYZE about self, feelings in relationship, society and relevance of nature.
4. EVALUATE their participation (Thought, Behaviour, Work, and Realization) at all the four levels of living.
5. DEVELOP their emotional, social and professional competence.

Maths IV (KAS 402)

The Students will be able to

1. Apply the concept of partial differential equation and to solve partial differential equations
2. Apply the concept of partial differential equations to solve the wave and heat equations in one and two dimensions.
3. Apply the concept of correlation, moments, skewness and kurtosis and curve fitting
4. Apply the concept of probability to evaluate probability distributions
5. Apply the concept of hypothesis testing and statistical quality control to create control charts

Third Year

Heat and Mass Transfer (KME 501) 

The Students will be able to:

1. Understand the fundamentals of heat and mass transfer
2. Apply the concept of steady and transient heat conduction
3. Apply the concept of thermal behaviour of fins.
4. Apply the concept of forced and free convection.
5. Apply the concept of radiation for black and non?black bodies.
6. Conduct thermal analysis of heat exchangers.

Strength of Material (KME 502)

The Students will be able to:

1. Understand the concept of stress and strain under different conditions of loading
2. Determine the principal stresses and strains in structural members
3. Determine the stresses and strains in the members subjected to axial, bending and torsional loads
4. Apply the concepts of stresses and strain in solving problems related to springs, column and pressure vessels
5. Calculate the slope, deflection and buckling of loaded members
6. Analyse the stresses developed in straight and curved beams of different cross sections

Industrial Engineering (KME 503)

The Students will be able to:

1. Understand the concept of production system, productivity, facility and process planning in various industries
2. Apply the various forecasting and project management techniques
3. Apply the concept of break?even analysis, inventory control and resource utilization using queuing theory
4. Apply principles of work study and ergonomics for design of work systems
5. Formulate mathematical models for optimal solution of industrial problems using linear programming approach

Elective I: Computer Integrated Manufacturing (KME 051)

The Students will be able to:

1. Understand the basic concepts of automation, computer numeric control machining
2. Understand the algorithms of line generation, circle generation, transformation, curve, surface modelling and solid modelling
3. Understand group technology, computer aided process planning, flexible manufacturing, Industry 4.0, robotics
4. Understand information system and material handling in CIM environment, rapid prototyping
5. Apply the algorithms of line & circle generation and geometric transformations
6. Develop CNC program for simple operations

Elective I: Mechatronics Systems (KME 052)

The Students will be able to:

1. Identify key elements of mechatronics and its representation by block diagram
2. Understand the concept of sensor and use of interfacing systems
3. Understand the concept and applications of different actuators
4. Illustrate various applications of mechatronic systems
5. Develop PLC ladder programming and implementation in real life problem

Elective I: Finite Element Methods (KME 053)

The Students will be able to:

1. Understand the basic concepts of FEM and its applications.
2. Apply the procedure involved to solve a problem using Finite Element Methods.
3. Develop the element stiffness matrices using different approach.
4. Analyze 1D and 2D problem using different methods.
5. Analyze the complex geometric problems through FEM software packages.

Elective I: IC Engine Fuel and Lubrication (KME 054)

The Students will be able to:

1. Explain the working principle, performance parameters and testing of IC Engine.
2. Understand the combustion phenomena in SI and CI engines and factors influencing combustion chamber design.
3. Understand the essential systems of IC engine fuel and lubricant and latest trends and developments in IC Engines.
4. Understand the effect of engine emissions on environment and human health and methods of reducing it.
5. Apply the concepts of thermodynamics to air standard cycle in IC Engines
6. Analyze the effect of various operating parameters on IC engine performance.

Elective I: Automobile Engines & Combustion (KAU 051)

The Students will be able to:

1. Understand the basic concepts of automation, computer numeric control machining
2. Understand the algorithms of line generation, circle generation, transformation, curve, surface modelling and solid modelling
3. Understand group technology, computer aided process planning, flexible manufacturing, Industry 4.0, robotics
4. Understand information system and material handling in CIM environment, rapid prototyping
5. Apply the algorithms of line & circle generation and geometric transformations
6. Develop CNC program for simple operations

Elective II: Advance welding (KME 055)

The Students will be able to:

1. Understand the physics of arc welding process and various operating characteristics of welding power sources.
2. Relate various welding processes with their applications.
3. Apply the knowledge of welding for repair & maintenance, along with the weldability of different materials
4. Apply the concept of quality control and testing of weldments in industrial environment.
5. Evaluate heat flow in welding and physical metallurgy of weldments.

Elective II: Programming, Data Structures and Algorithms Using Python (KME 056)

The Students will be able to:

1. Understand the basic of python, in-built function and different data type such as strings, list, set, tuples, and dictionaries
2. Apply conditional statement and loop in python
3. Apply searching and shorting algorithm in python
4. Apply function, raising exception and file handling technique in python
5. Apply techniques of Classes and Object Concept in Python
6. Apply the concept of dynamic and memorization programming in Python

Elective II: Mechanical Vibrations (KME 057)

The Students will be able to:

1. Understand fundamentals of mechanical vibrations along with their classification.
2. Differentiate among single, two and multiple degree of freedom (DOF) systems.
3. Analyze, predict and measure the performance of systems undergoing single, two and multiple DOF
4. Design systems with optimized vibration absorption capabilities.
5. Apply the fundamentals to the real life problems like whirling of shaft
6. Solve complicated mathematical models using Numerical methods and software applications.

Elective II: Fuels and Combustion (KME 058)

The Students will be able to:

1. Understand the properties of different types of fuel with their application.
2. Classify different types of fuels.
3. Understand the concept of combustion.
4. Understand the working of different combustion equipment.
5. Understand the fundamental concept of air pollution and its control
6. Calculate various properties of the fuels and analyze the flue gases.

Elective II: Automotive chassis and suspension (KAU 052)

The Students will be able to

1. Understand different types of automotive chassis and frames used in automobiles.
2. Understand transmission and drive line components used in automobile.
3. Understand the axles and types of steering system in automobile.
4. Understand the constructional features of barking, suspension system, wheels and tyres in automobile application.
5. Understand the recent advancements made in chassis components of automobile.
6. Apply the concepts of braking and steering system to design the same for automobile application.

CONSTITUTION OF INDIA (KNC 501)

The Students will be able to:

1. To understand the basic features and modalities of the Indian constitution
2. To differentiate and relate the functioning of the Indian parliamentary system at the National and State levels.
3. To differentiate different aspects of the Indian Legal System and its related bodies
4. To discuss and apply different laws and regulations related to engineering practices
5. To understand the role of engineers in different organizations and e-governance.

Refrigeration & Air Conditioning (KME 601)

The Students will be able to:

1. Understand the basics concepts of Refrigeration & Air?Conditioning and its future prospects.
2. Explain the construction and working of various components in Refrigeration & Air?Conditioning systems.
3. Understand the different types of RAC systems with their respective applications.
4. Apply the basic laws to the thermodynamic analysis of different processes involved in Refrigeration and Air?Conditioning.
5. Apply the basic concepts to calculate the COP and other performance parameters for different RAC systems
6. Analyze the effects of performance parameters on COP.

Machine Design (KME-602)

The Students will be able to:

1. Recall the basic concepts of Solid Mechanics to understand the subject.
2. Classify various machine elements based on their functions and applications.
3. Apply the principles of solid mechanics to machine elements subjected to static and fluctuating loads.
4. Analyze forces, bending moments, twisting moments and failure causes in various machine elements to be designed.
5. Design the machine elements to meet the required specification.

Theory of Machines KME 603

The Students will be able to:

1. Understand the principles of kinematics and dynamics of machines.
2. Calculate the velocity and acceleration for 4?bar and slider crank mechanism
3. Develop cam profile for followers executing various types of motions
4. Apply the concept of gear, gear train and flywheel for power transmission
5. Apply dynamic force analysis for slider crank mechanism and balance rotating & reciprocating masses in machines.
6. Apply the concepts of gyroscope, governors in fluctuation of load and brake & dynamometer in power transmission.

 Elective – III: Non-destructive Testing KME 061

The Students will be able to:

1. Understand the concept of destructive and Non?destructive testing methods.
2. Explain the working principle and application of die penetrant test and magnetic particle inspection.
3. Understand the working principle of eddy current inspection.
4. Apply radiographic techniques for testing.
5. Apply the principle of Ultrasonic testing and applications in medical and engineering areas.

 Elective – III: Artificial Intelligence KME 062

The Students will be able to:

1. Understand concepts of Artificial Intelligence
2. Solve problem by Search?I & Search?II.
3. Understand Knowledge representation.
4. Apply concepts of Learning methods.
5. Analyse Decision Networks.
6. Build planning graphs.

 Elective – III: Tribology KME 063

The Students will be able to:

1. Identify and explain various friction and wear mechanisms.
2. Select proper lubricants for different applications.
3. Select suitable lubrication methods in different bearings.
4. Study the surfaces coating techniques for reduction of wear.
5. Analyze the impact of friction in various kinematic pairs.

 Elective – III: Automotive Electrical and Electronics KAU 061

The Students will be able to:

1. Understand the basic concepts of electrical systems used in automobile.
2. Understand the constructional features of charge storage devices and methods to test these devices for their healthy operation.
3. Understand the principles and characteristics of charging and starting system of automobile and study the various faults occurring in system.
4. Understand the ignition and auxiliary system? types & constructional features used in automobile.
5. Describe the principles and architecture of electronics systems and its components present in an automobile related to data transfer, instrumentation, control, and security systems.
6. Understand latest trends developed in electrical and electronic systems of automobile and their advantages over conventional technologies.

Fourth Year

Understanding the Human Being Comprehensively – Human Aspirations and its Fulfilment (ROE074)

The Students will be able to:

1. To help the students to understand the basic human aspirations and their fulfillment in the light of resolution
2. To facilitate the competence of the students to understand the harmony of the human being in nature or existence.
3. To help the students to understand the activities and potentialities of the self and reasons for harmony or contradiction in the self itself.
4. To define the process of inner evolution, specifically awakening to activities of the Self: Realization, Understanding and Contemplation in the Self
5. To help the students to understand different aspects of All-encompassing Resolution, leading to harmony at all levels from self to Nature and entire Existence.

Operations Research (RME-075)

The Students will be able to

1. Understand the basic concept of Operation Research and modelling of a real life problem within given constraints.
2. Apply the concept of inventory & Simulation (Monte Carlo) in industry.
3. Apply the concept of queuing models & Network Techniques in project management.
4. Apply the concept of Sequencing and theory of games in real life problems.
5. Evaluate the optimal solution of transportation and assignment problems. 
6. Evaluate the optimal solution of LPP problem by simplex and Big-M method. 

Power Plant Engineering (RME071)

The Students will be able to

1. Understand the different sources of power generation and their impact on environment.
2. Understand the elements of power generation based on fossil fuels.
3. Understand the elements of power generation based on nuclear fuel and renewable energy sources.
4. Understand different electrical systems and pollution control techniques.
5. Apply the basic concepts of thermodynamics to measure the performance of different power plants.
6. Determine the performance and cost estimation of power plants based on load variations.

CAD/CAM (RME701)

The Students will be able to

1. Understand the basic terminologies and concepts of computer graphics, line generation, geometric transformation, curves and surfaces.
2. Understand the basic concepts of graphics standard and data storage and finite element method
3. Understand the various aspects of automated manufacturing systems, robotics, flexible manufacturing system and rapid prototyping.
4. Apply the algorithms to generate line, circle, geometric transformations, simple curves, sufaces and solids.
5. Apply FEM to 1-D problems using spring, bar, truss and beam elements.
6. Apply NC part programming techniques for drilling, turning and milling operations.

Automobile Engineering (RME702)

1. Understand construction and working of undercarriage components of an automobile.
2. Discuss electrical and electronic components of an automobile.
3. Understand fuel supply systems of petrol and diesel vehicles.
4. Understand recent development trends in automobiles.
5. Understand procedure and importance of maintenace in automobile.
6. Apply concepts of automobile engineering for calculating different parameters of forces, gear ratio and steering mechanisms.

Advance Welding (RME081)

The Students will be able to

1. Understand the physics of arc welding process and various operating characteristics of welding power source.
2. Explain the effect of process parameters for control of HAZ and weld distortion.
3. Understand various welding processes and their applications.
4. Apply the concepts of welding technology for repair & maintenance, along with the weldability of different materials.
5. Apply the concepts of welding technology for weld design, inspection and testing of welds.

Total Quality Management (RME085)

The Students will be able to

1. Explain Quality control & its role in design, manufacturing and procurement.
2. Understand quality management and factors affecting the quality.
3. Understand global quality standards and benchmarks.
4. Apply the concept of reliability.
5. Apply various tools for statistical quality control (SQC). 
6. Apply statistical techniques for industrial quality control.

Renewable Energy Resources (ROE086)

1. The Students will be able to
2. Understand the basic of concept of solar cell
3. Express the basic of concept of Solar Thermal Energy
4. Compare the concept of Geothermal Energy , Magneto-hydrodynamics (MHD) and fuel cell
5. Outline the basic of concept of Wind Energy
6. Explain the basic of concept of Ocean Thermal Energy Conversion (OTEC), Wave and Tidal Wave.

Faculty

Dr. Yogendra Mohan Agarwal
Designation	Professor
Graduation	B.Tech.(MECHANICAL ENGINEERING)
Post graduation	M.Tech.(MECHANICAL ENGINEERING)
Doctorate	Ph.D
Teaching experience	28 years
Research experience	05 years
Industrial experience	02 years
Email id	yogendra.agarwal@miet.ac.in
Area of interest	Production, Quality control
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Dr. Suneel Kumar Kalla
Designation	Professor
Graduation	B.E (MECHANICAL ENGG. NIT Srinagar)
Post graduation	M.TECH ( IIT Delhi)
Doctorate	Ph.D (JMI Delhi)
Teaching experience	22 Years
Research Experience	6 Years
Industrial Experience	14 Years
Email id	suneel.kalla@miet.ac.in
Area of interest	Alternative Refrigerants
More Details	12 research papers including 4 Scopus indexed
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Mr.PIYUSH GUPTA
Designation	Associate Professor
Graduation	B.E.(Mech..Engg.)(NAGPUR UNIVERSITY.)
Post graduation	M.TECH (UPTU CAMPUS LUCKNOW)
Doctorate	Pursuing (DCRUST SONIPAT) THERMAL ENGG.
Teaching experience	19 Years
Industrial experience	2 Years
Research experience	5 Years
Email id	PIYUSH.GUPTA@MIET.AC.IN
Area of interest	FLUID ENGINEERING
More Details	5 Papers in International Journals/Conferences of repute
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Dr. Sidharth Jain
Designation	Professor and Head
Graduation	B.E(Mechanical Engineering)
Post graduation	M.E (Production Engineering)
Doctorate	Ph.D(IIT Roorkee)
Teaching experience	13 Years
Research experience	05 years
Industrial experience	05 years
Email id	sidhartha.jain@miet.ac.in
Area of interest	Production, Material Science
More Details	Research Grant : 03 Lakhs CRIP-TEQIP(III)-AI Based controlled environment tubular furnace of Maximum working temperature 1200°C. Scopus :05, SCI:02 Book Chapter-02
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Dr. Durga Prasad
Designation	Associate Professor
Graduation	B.Tech (Mechanical Engineering)
Post graduation	M.Tech(Mechanical-Computer Integrated Manufacturing)
Doctorate	Ph.D. (MMMUT Gorakhpur)
Teaching experience	10.5 years
Research experience	5 years
Email id	durga.prasad @miet.ac.in
Area of interest	Production, Automation
More Details	5 research papers
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Mr. SANTOSH KUMAR RAI
Designation	Assistant Professor
Graduation	B.Tech. Mechanical Engineering
Post graduation	M.Tech. (IIIT Jabalpur) (Mechanical Engineering)
Doctorate	Pursuing (IIIT Jabalpur) (Thermal and Fluid Engineering)
Teaching experience	7.5 year
Research experience	2 Years
Industrial experience	0.5 Months
Email id	santosh.rai@miet.ac.in
Area of interest	Thermal and Fluid Engineering, CFD and Nuclear Reactor
More Details	Python, ML, AI, Neural language processing(NLP), Sentimental analysis, data science,MATLAB, Fortran, Solid work and ANSYS, 06 SCI, 14 Scopus Published Article and 01 Book Chapter
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Mr.RAHUL SHARMA
Designation	Assistant Professor
Graduation	B.TECH. (UPTU LUCKNOW)
Post graduation	M.TECH. (SITE MEERUT UNIVERSITY)
Teaching experience	11 Years
Email id	rahul.sharma@miet.ac.in
Area of interest	SAP, ERPsim, Strength of material, Mechanical Vibration
More Details	Solid Edge ST, ANSYS
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Mr. ANKIT SHARMA
Designation	Assistant Professor
Graduation	B.Tech (UPTU LUCKNOW)
Post graduation	M.Tech (SUBHARTI UNIVERSITY)
Doctorate	Pursuing (Industry 4.0 / SRM University)
Teaching experience	10 Years
Industrial experience	1 Year
Email id	ankit.sharma@miet.ac.in
Area of interest	Production Engineering, Material Science Vibrations, Industry 4.0, Design,Robotics, Smart and Self driven vehicles, Electric vehicles
More Details	Coordinator, Society of Mechanical Engineers, MIET.SPOC (Design & Analysis Centre/ SIEMENS Skill Enhancement Centre) )
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Mr. Rahul Tyagi
Designation	Assistant Professor
Graduation	B.TECH (UPTU LUCKNOW)
Post graduation	M.Tech (MNIT JAIPUR)
Doctorate	Ph.D pursuing
Teaching experience	8 Years
Email id	rahul.tyagi@miet.ac.in
Area of interest	FLUID MECHANICS, PRODUCTION ENGINEERING
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Mr. Shwetanshu Gaurav
Designation	Assistant Professor
Graduation	B.TECH.(UPTU LUCKNOW)
Post graduation	ME Hear(Thermal) power engg
Teaching experience	7 Years
Email id	shwetanshu.gaurav@miet.ac.in
Area of interest	HMT ,RAC, Material Science
More Details	Solid Edge ST 10, ANSYS ,TWO RESEARCH PAPERS

Mr. MADHUR KUMAR DUBEY
Designation	Assistant Professor
Graduation	B.Tech (Mechanical Engineering)
Post graduation	M.Tech (Mechanical Technology)
Doctorate	PhD* (SRM University)
Teaching experience	11.5 years
Email id	madhur.dubey@miet.ac.in
Area of interest	Production Engineering, MATERIAL SCIENCE,Engineering Mechanics, Fluid machinery, Theory of Machines
More Details	Solid Edge ST 10, Autocad ,03 RESEARCH
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Mr. NITESH KUMAR
Designation	Assistant Professor
Graduation	B.Tech. (Mechanical Engineering, UTU)
Post graduation	M.Tech. (Production Engineering, GBPEC)
Teaching experience	7.6 years
Email id	nitesh.kumar@miet.ac.in
Area of interest	Refrigeration and Air-conditioning
More Details	Solid Edge ST 10, ANSYS ,TWO RESEARCH PAPERS ,03 Research Papers
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Mr. NOMENDRA TOMAR
Designation	Assistant Professor
Graduation	B.Tech. (Mechanical Engineering) UPTU Lucknow
Post graduation	M.Tech. (Thermal Engineering.) SVUMP
Doctorate	Pursuing from IIT Delhi Applied Mechanics Department
Teaching experience	09 Years
Research Experience	working on project thermal acoustic refrigeration under Guidance prof. S Kasthurirangan ( chairman, Cryogenic Department, iisc Bangalore ) funded by government of India since 2015
Industrial experience	4 Years
Email id	nomendra.tomar@miet.ac.in
Area of interest	Thermal Engineering
More Details	auto cad & pro-e, Two research paper
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Mr. GAURANG DEEP
Designation	Assistant Professor
Graduation	B.Tech (UPTU, Lucknow)
Post graduation	M.Tech (Punjab University, Chandigarh)
Doctorate	Ph.D. (DTU Delhi, Pursuing)
Teaching experience	10.5 Years
Industrial experience	2 Years
Email id	gaurang.deep@miet.ac.in
Area of interest	Design and Production Engineering
More Details	Solid Edge, 12 RESEARCH PAPERS
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Dr. Kamal Singh Rawat
Designation	Asst. Professor
Graduation	B.TECH.(MECHANICAL ENGINEERING)
Post graduation	M.TECH. (Thermal Engineering)
Doctorate	Ph.D
Teaching experience	3.5 years
Research experience	04 years
Email id	kamal.rawat@miet.ac.in
Area of interest	Refrigeration, Thermal Engineering, CFD
More Details	Journal Paper -10, Conference- 10
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Dr. Naman Jain
Designation	Asst. Professor
Graduation	B.TECH.(MECHANICAL ENGINEERING)
Post graduation	M.TECH. (Design & Production Engg)
Doctorate	Ph.D (Mechanical Engineering)
Teaching experience	2.6 years
Industrial experience
Research experience	3 years
Email id	naman.jain@miet.ac.in
Area of interest	Bio-composites, Material Characterization
More Details	18 research papers (6-SCI, 5-Scopus), 1 Book & 3 Book Chapter, 1-Research Project completed
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Dr. Saumya Shah
Designation	Assistant Professor
Graduation	B.Tech (Mechanical Engineering)
Post graduation	M.Tech (Applied Mechanics)
Doctorate	Ph.D (Machine Design)
Teaching experience	4 years
Research experience	5 years
Email id	saumya.shah@miet.ac.in
Area of interest	Fracture Mechanics,Composites, FEM
More Details	6 Research Papers
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Dr. Swapan Suman
Designation	Assistant Professor
Graduation	B.Tech ( Ranchi University Mechanical Engineering)
Post graduation	M.Tech IIT (ISM) Dhanbad
Doctorate	Ph.D. IIT (ISM) Dhanbad
Teaching experience	2 Year
Research experience	2 Year
Email id	swapan.suman@miet.ac.in
Area of interest	Energy & Combustion, Biomass to Bio-energy Conversion, Thermal Engineering, Fuel Processing Technology and Power Plant Engineering
More Details	03 Patent Published, 07 SCI journal Papers in International Journals, 02 Scopus, 03 Conference Papers ofReputed International conferences and 02 Book chapter
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Mr. DEEPAK MITTAL
Designation	Assistant Professor
Graduation	B.Tech (Mechanical Engineering)
Post graduation	M.Tech (Product Design And Development.)
Doctorate	N/A
Teaching experience	2 year
Research experience	2 Year
Email id	Deepak.mittal@miet.ac.in
Area of interest	Product Design, Automation and control
More Details	1 Patent
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Mr. Anuj Kumar Mishra
Designation	Assistant Professor
Graduation	B.Tech (Mechanical Engineering)
Post graduation	M.Tech (RTU, Kota Rajsthan)
Doctorate	N/A
Teaching experience	8.5 year
Research experience	NIL
Email id	anuj.mishra@miet.ac.in
Area of interest	Thermal Engg.(Ansys, Auto Cad, Catia)
More Details	02 Research Papers
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Mr. Arun Kumar Kushwaha
Designation	Assistant Professor
Graduation	B.Tech
Post graduation	M.Tech (Computer Integrated manufacturing)
Doctorate	N/A
Teaching experience	1 Year
Research experience	NIL
Industry experience	NIL
Email id	arun.kushwaha@miet.ac.in
Area of interest	: Robotics& Manufacturing Sciences

Vijay Kumar
Designation	Assistant Professor
Graduation	B.Tech
Post graduation	M.Tech(Subharti University)
Teaching experience	4 Years
Email id	vijay.kumar.me@miet.ac.in
Area of interest	Manufacturing Science-I ,Manufacturing Science-II

Dr. Rashi Tyagi
Designation	Assistant Professor
Graduation	B.Tech.(AKTU)
Post graduation	M.Tech.(IIT Dhanbad)
Doctorate	Ph.D (IIT Dhanbad)
Teaching experience	1 years
Research experience	No
Industrial experience	No
Email id	rashi.tyagi@miet.ac.in

Mr. Anuj Kumar
Designation	Assistant Professor
Graduation	B.Tech.(AKTU)
Post graduation	M.Tech.(NIT)
Teaching experience	6 years
Research experience	No
Industrial experience	No
Email id	anuj.kumar@miet.ac.in
Area of Interest	Thermal, Automobile, FM

Laboratories

Second Year

Fluid Mechanics Lab (KME 351)

The Students will be able to

1. Determine the coefficient of discharge of the given venturimeter/orifice meter and bend meter.
2. Determine the Reynolds number of pipe flow.
3. Determine Coefficient of Friction factor for a given pipe line.
4. Verification of Bernoulli’s Theorem
5. Verify momentum equation using Impact of Jet on Vanes.
6. Determine Meta-centric height of a given ship model

Material Testing Lab (KME 352)

The Students will be able to

1. Explain NDT (non-destructive testing) methods like magnetic flaw detector, ultrasonic flaw detector and dye penetrant tests.
2. Determine the hardness of different steel samples on Rockwell hardness testing machine.
3. Conduct destructive testing on given mild steel specimen for evaluation of mechanical properties under uniaxial-tensile conditions. (K3)
4. Conduct destructive testing on given mild steel specimen for evaluation of mechanical properties under shear, torsion, impact and fatigue loading conditions. (K3)
5. Analyse the effect of quenching media (air, oil, water) on hardness of given plain carbon steel sample.

Computer Aided Machine Drawing-I Lab (KME 353)

The Students will be able to

1. Interpret views from orthographic projection using concept of first angle projection
2. Apply concept of orthographic projections and isometric projection to make a mechanical component
3. Draw designation of threads, bolted joint, riveted joints and free hand sketch of mechanical components
4. Draw assembly drawing of Knuckle joint and plumber block.
5. Use computer and CAD software to modelling mechanical components.

Mini Project or Internship Assessment (KME 354)

The Students will be able to

1. Conduct literature review from various sources to explore diverse disciplines related to science and Technology
2. Communicate ideas, theoretical concepts and engineering knowledge through a short report.
3. Defend the feasibly / applicability of the proposed idea through a presentation.

Applied Thermodynamics Lab (KME 451)

The Students will be able to

1. Demonstrate the working of Fire tube and Water tube boilers.
2. Demonstrate the working of Petrol & Diesel engines using basics of thermodynamics.
3. Demonstrate the working principle of Steam Engine.
4. Demonstrate the working principle of Impulse and Reaction turbine.

Manufacturing Process Lab (KME 452)

The Students will be able to

1. Generate metric thread on MS work piece using lathe machine
2. Explain the operation and working of Milling , drilling and shaping machine
3. Conduct different operation on milling , drilling and shaping machine
4. Fabricate different types of joint using arc and resistance welding
5. Generate single point cutting tool angles and determine shear plane angle in orthogonal cutting of aluminium tube

Computer Aided Machine Drawing-II Lab (KME 453)

The Students will be able to

1. Apply the common conventional symbols for representation of machine components and materials
2. Apply concept of Limits, fits and tolerances in production drawings
3. Develop 3D drawings of simple machine parts by 3D modelling software Solid Edge
4. Develop 3D drawings of simple machine parts by 3D modelling software Solid Edge

Third Year

Heat Transfer Lab (KME 551)

The Students will be able to:

1. Apply the concept of conductive heat transfer
2. Apply empirical correlations for both forced and free convection to determine the value of convection heat transfer coefficient
3. Apply the concept of radiation heat transfer for black and grey body.
4. Analyze the thermal behaviour of parallel or counter flow heat exchangers
5. Conduct thermal analysis of a heat pipe

Python Lab (KME 552)

The Students will be able to:

1. Apply conditional statement, loops condition and functions in python program
2. Solve mathematical and mechanical problems using python program
3. Plot various type of chart using python program
4. Analyze the mechanical problem using python program 

Internet of Things Lab (KME 553)

The Students will be able to:

1. Understand Internet of Things and its hardware and software components
2. Interface I/O devices, sensors & communication modules
3. Remotely monitor data and control devices
4. Design prototype of IoT based smart system
5. Develop IoT based projects for real life problem.

Mini Project or Internship Assessment (KME 554)

The Students will be able to:

1. Conduct literature review from variour sources to explore diverse disciplines related to mechanical engineering
2. Formulate a technical problem based on literature reviewed.
3. Describe the methodology / work plan for execution of the project.
4. Defend the feasibly / applicability of the proposed solution through a working model / modern tools

Refrigeration & Air Conditioning Lab ( KME 651)

The Students will be able to:

1. Determine the performance of different refrigeration and air?conditioning systems.
2. Apply the concept of psychrometry on different air cooling systems.
3. Interpret the use of different components, control systems and tools used in RAC systems
4. Demonstrate the working of practical applications of RAC systems.

Machine Design Lab ( KME 652)

The Students will be able to:

1. Apply the principles of solid mechanics to design various machine Elements subjected to static and fluctuating loads.
2. Write computer programs and validate it for the design of different machine elements
3. Evaluate designed machine elements to check their safety.

Theory of Machines Lab ( KME 653)

The Students will be able to:

1. Demonstrate various mechanisms, their inversions and brake and clutches in automobiles
2. Apply cam?follower mechanism to get desired motion of follower.
3. Apply the concepts of gears and gear train to get desired velocity ratio for power transmission.
4. Apply the concept of governors to control the fuel supply in engine.
5. Determine the balancing load in static and dynamic balancing problem

Fourth Year

CAD/CAM Lab (RME 751)

The Students will be able to:

1. Apply the process of line & circle generation and geometric transformation.
2. Apply the manual part programme (G-Code) for CNC turning and milling using manual data input (MDI)
3. Analyse the machining of simple profiles on CNC turning and milling trainer.
4. Analyse the NC part program data automatically using standard commercial CAM package for manufacturing of required component

IC Engine & Automobile Lab (RME 752)

The Students will be able to

1. Demonstrate various Automobile components and systems which include Engine components and lighting system.
2. Demonstrate the automobile suspension system & different type of steering system.
3. Describe the principle and working of fuel injection system and Ignition system, cooling and lubrication system.
4. Differentiate between clutch, gear box, rear axle drives and differential gear box in automobile.
5. Describe the various types of braking systems and their components.

INDUSTRIAL TRAINING (RME 753)

The Students will be able to

1. Understand industrial problems, environmental hazards causes and their ethical responsibilities for getting the possible solution of these problems.
2. Understand the application of different softwares or methods related to Mechanical Engineering.
3. Understand the power of team work, innovative ideas and handle different industrial projects and assignments.
4. Apply the concept of acquired knowledge of Engineering, Mathematics and Science to solve practical problems of Mechanical Engineering.

PROJECT-1 (RME 754)

The Students will be able to

1. Independently engage in literature study and assimilate a state of art literature review to formulate an Engineering problem.
2. Identify Mathematical, Scientific, Engineering and Management concepts and tools necessary to solve the formulated problem.
3. Demonstrate team work, leadership and mentorship whilst abiding by established norms of Professional ethics.
4. Effectively communicate the assimilated literature, scope and methodology of proposed work through a written synopsis and oral presentation.

SEMINAR (RME 851)

The Students will be able to

1. Identify and to do the literature review of disciplinary and non-disciplinary Engineering problem.
2. Analyze the ongoing technology and current topics of professional interest
3. Investigate disciplinary and non-disciplinary Engineering problem and proposed methodology or technique to solve it.
4. Demonstrate a report to audience.

PROJECT-II (RME 852)

The Students will be able to

1. Independently engage in study of literature and assimilate a state of art literature review to formulate an Engineering problem.
2. Identify mathematical, Scientific, Engineering and Management concepts and tools necessary to solve the formulated problem.
3. Analyze and interpret the results of experiments conducted on designed solution(s) for the identified engineering problem.
4. Demonstrate a working model, prototype, proof of concept or technical innovation through effective oral communication.
5. Present a written record of the work in the form of a project report, poster, conference or research paper.
6. Demonstrate team work, leadership and mentor-ship whilst abiding by established norms of professional ethics.

1. Dr. HeeChang Lim, Professor, Pusan National University, Busan, South Korea on 08/01/2020   News Gallery

   Dr. HeeChang Lim visited MIET campus on 08/01/2020. He gave a presentation to MIET faculties and also talked to the students of MIET and agreed to take students in his research lab for future study. He planted a tree of friendship in the campus.
   Honourable chairman sir Shri Vishnusaran and honourable vice chairman sir facilitated him with memento and gift. Prof. (Dr.) Mayank Agarwal (Director MIET) also signed a M.O.U. with Research Institute For Future Wind Energy Technology of Busan National University, South Korea.
   Prof. (Dr.) Bhupendra Singh Chauhan and faculty members of MIET were present on the occasion.

2. Dr, Jaydip Mehta, Director of GOP, Namseol University
   Dr. David O'Flaherty, Director, Strategic Planning, he University of Suwan
   Dr. Eugene Yeo, FTA Advisor, Chungbuk Province Export
   Visit MIET on 15th and 16th January 2020

   They addressed the students for opportunities in Korea for higher studies and research. They planted the tree of friendship between MIET and Namseoul University and University of Suwon.. They agreed to open Korean language centre at MIET and also formulate a M.O.U. for joint work in the near future.
   Honourable chairman sir Shri Vishnusaran and honourable vice chairman sir facilitated them with mementos and gifts. Professor (Dr.) Mayank Agarwal (Director MIET) suggested the possible ways of collaboration with MIET for future. Prof. (Dr.) Bhupendra Singh Chauhan and faculty members of MIET were present on the occasion. The visit ended with successful and positive node.

Achievements

Research Fund/ Grants

Consultancy Projects

Patent Details (Filed/Published/Granted)

JOURNALS

First Year

Second Year

Third Year

Fourth Year

Year-wise list of Industrial Visits Organized by the Department

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E-Magazine

• MECHNOVATION (Volume 6) March 2020
• MECHNOVATION (Volume 5) October 2019
• MECHNOVATION (Volume 4) March 2019
• MECHNOVATION (Volume 3) October 2018
• MECHNOVATION (Volume 2) March 2018
• MECHNOVATION (Volume 1) October 2017

Advanced Automation and Industry 4.0 Center

Objective: To provide an industry-oriented platform in the campus, imparting technical education on automation and producing self-reliant, self-sufficient automation engineers, capable of meeting new industrial challenges. Experts from FESTO and other automation/control technology providers like SIEMENS have been imparting hands-on training to the following faculty members of the department, as shown in Table 2.2.4(a). Trained faculty members further employ train-the-trainer methodology for imparting theoretical and hands-on training of the students.

The Advanced Automation and Industry 4.0 center is engaged in the following activities:

• Training (incorporated in regular time-table)

• Winter/ summer training (intensive mode)
• Consultancy projects for local MSMEs (low-cost industrial automation solutions)
• Student projects
• Guest lecturers/hands-on training by industry experts
• Field projects and Industrial visits

Student training modules in Advanced Automation and Industry 4.0

Centre of Excellence BOSCH

Objective: To provide a state-of-art facility in automotive technologies where students learn practical application of automotive technologies, understand aspects related to maintenance and troubleshooting of automotive components and sub-assemblies; undergo hands-on project-oriented learning utilizing systems approach. The major activities of the Center of Excellence BOSCH are summarized as below:

• Intensive workshop-mode training is conducted during summer/winter vacations.
• Joint-certification provided by BOSCH and MIET.
• Students are provided with complete study material, gloves and overall (DANGRI).
• Industrial Visit is proposed on the last day or in between training days in an automobile company.
• The entire practical sessions are conducted on Bosch Machines and test cars (HONDA CITY and Esteem).
• Engine overhauling is performed on Maruti Suzuki Zen and Esteem MPFI.
• Trainers are from MIET followed by expert hands-on sessions at Automobile Training Academy, Greater Noida and BOSCH India Ltd. Regional Training Center, Faridabad.

Faculty Incharge:  Mr. Ankur Verma  SPoC (ME)

Student training modules in Centre of Excellence BOSCH

Centre of Excellence SAP

Objective: With an objective of skill enhancement of students in SAP, so as to increase scope in future career functions and domains related to manufacturing and services sectors as Next Generation SAP Business Suite. Through our University Alliance with SAP, well trained faculty members are there to deliver content and train students on functional and technical modules. 

• Training is run concurrently with regular classes of the semester.
• Introduced in 5^th semester and training is concluded at the end of 6^th semester.
• Expert resource persons conduct specialized sessions on-line and in person.
• ERPSim is a real-time simulation of business functions, students participate in teams.
• Expert lectures on SAP best practices and benchmarks, sustainable businesses and environment, challenges from climate change and other relevant topics are delivered by experts.

Student training modules in Centre of Excellence SAP

Centre for Engineering Design & Analysis

Objective: Computer aided design (CAD) and Computer aided engineering (CAE) using latest tools are essential components of mechanical engineering practice. The Mechanical Engineering Department has established dedicated infrastructure (academic licence/necessary computing hardware) to enable training of students. Capabilities acquired in CAD/CAE, through extensive hands-on practice, help students in their projects, research and career progression. Table 2.2.4(k) outlines the acquisition of software/hardware covering both the domains of CAD/CAE by the department. Faculty of the department has undergone regular and extensive training in these domains by industry experts, invited from nearby design/ancillary/automation/tool-room units. CAD is initiated at the second year level and students of third year start with CAE (structural/thermal/CFD).

CAD/CAE infrastructure at Department of Mechanical Engineering, MIET

Student training modules (CAD) Centre for Engineering Design & Analysis

Student training modules (CAE) Centre for Engineering Design & Analysis

• News Letter (July -Dec,2020)
• News Letter (Jan-July,2020)
• News Letter 2019
• News Letter (July-Dec,2018)
• News Letter (Jan-July,2018)
• News Letter (July-Dec, 2017)

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