PLACEMENT BROCHURE (2012-2013)

M-Tech

MAINTENANCE ENGINEERING & MANAGEMENT

(M.E.M)

Inside

Welcome to MANIT

Vision

Mission

Director’s Message

HOD’s Column

Academic Module

M-Tech @ MANIT

High light of program

The Pedagogy

Admission Procedure

Evaluation

Students Activity

The Infrastructure

Why Maintenance Engineering & Management (M.E.M)?

Course Details

Facilities @ MANIT’s M.E.M

Training & Placement Department

MAINTENANCE ENGINEERING & MANAGEMENT (M.E.M)

Where the journey begins

Maulana Azad National Institute of Technology (MANIT) is an institute of national importance. It was

formerly known as Maulana Azad College of Technology (MACT), which was one of India's first eight

Regional Engineering Colleges. The institute has been named after the great scholar, educationist and

the first education Minister of Govt. of India, Dr. Maulana Abul Kalam Azad. The Govt. of India and

Govt. of Madhya Pradesh jointly sponsored the Institute in 1960 to attract bright young students from

across the country. Presently, along with about 300 faculties and 4000 students, the institute is

successfully fulfilling the objective of producing skilled manpower of the highest quality to cope up

with the challenges of ever evolving needs of academics, research and consultancy, power sector and

IT sector industries of the country.

The institute is situated in the heart of Bhopal on a beautiful plateau with a verdant 650-acre campus. It

has 8 hostels which serve excellent food and provide lodging facilities along with 24 hours security.

MANIT's Computer Centre, Canteen, Workshops, Athletics Ground, Energy Centre and the open air

auditorium are the places where students enjoy a healthy and competitive environment. Apart from

attaining maturity, confidence and knowledge, the invigorating MANIT environment prepares students

to face the competitive and challenging world which awaits them outside.

VISION

“MANIT looks forward to becoming a global Centre for technical and professional

knowledge”

MISSION

“To produce technical professional abreast with competence, logical mind set , moral and

ethical values and inner strength synchronous with the futuristic requirement of global

business so as to strengthen the national economy “

Director’s Message

Knowledge and continuous learning is the mainstay amongst the best

organizations of today. In keeping with this requirement, we at MANIT have

designed M-Tech program that equips the future engineers of tomorrow with

learning, competencies and skills to set them apart. The M-Tech program has

been created with the foresight of producing engineers who can rise to

challenges and contribute to the growth of an organization. Comprehensive

and value based education train our students to be competent and creative.

Pursuit of teaching excellence in highly competitive environment is the

benchmark of MANIT. The program places heavy emphasis on practical

experience for which extensive interaction with industry is built into the

curriculum. The institute undertakes projects, in inculcating research capability

through constant guidance thereby leading to a healthy and productive

interaction with the students. It is a matter of immense pride for me to

introduce you to our M-Tech program as well as the students and look forward

to your valuable participation in institute building.

HOD’s Column

Department of mechanical engineering of Maulana Azad National Institute of

Technology, is a platform that serves to mould the engineers of tomorrow true

to the spirit of the mission and vision. Department offers 2 year full time

M -Tech degree programme with fertile academic ground to groom and guide

the students. The institute offers a fertile academic ground to groom and

guide the students. It aims at producing a new generation of self confident,

efficient, disciplined, dynamic, dedicated, enterprising young professionals

especially proficient in multidisciplinary areas of engineering, which would

stand out in the highly competitive world. The pressure of continuously

delivering performance in the world of business gives the students

opportunity to apply and test what they have rigorously learned in their

course. In pursuance of our vision the students have been trained keeping in

mind the acceptability of the industry. With the efficient efforts of students

and colleagues, we have been able to bring out world class engineers who are

potential enough to face the challenges of technical world. It is matter of

immense pride for me to introduce you our M-Tech programme as well as the

students. I look forward to your valuable and active participation in the

institute building.

M-Tech @ M.A.N.I.T

Mechanical Engineering Department’s M-Tech is one of the oldest departments of the institute. It is also one of the biggest

departments of the institute. While managing this increased strength which is an urgent need of the nation, department is

committed to well being and all round development of its students.

Objective of the programmes is to prepare the manpower that is globally best. Most of the students, who postgraduate from the

department, end up taking leading positions in industry, academia and government in both India and abroad.

Department has currently three programmes:

M. Tech. (Maintenance Engineering & Management)

M. Tech. (Industrial Design)

M. Tech. (Thermal Engineering)

Strength of department lies in its research work with more than 25 research scholars (Full time + Part time) pursuing the

programme.

Department is organized in terms of three groups for academic and administration purpose which are

Maintenance Engineering Group

Mechanical Design Group

Thermal Engineering Group

The department has faculty strength of 29 at present against a sanctioned strength of 44. Faculty members of the department are

also involved in administrative responsibilities such as, Dean (Student Affairs), Professor In charge (Faculty Affairs), Training and

Placement Coordinator etc. Department has a technical staff of 30 who are associated with 15 different laboratories. The

department is very well equipped with computational facilities and resources both in terms of hardware and software. Department

has more than 100 computing systems and workstations loaded with wide range of software products covering all areas of

mechanical engineering.

HIGLIGHTS OF THE PROGRAM

In today's global competitive environment, competency based engineering is widely viewed as a major source of

competitive advantage. To succeed in this environment, organization needs people with skills, knowledge and leadership

to manage production effectively and to make corporations competitive.

The institute recognizes core strength in dynamic and volatile business environment. M.Tech program focuses on the

determinants of real value for business, by emphasizing, business leadership and technology. M.Tech program provides

with a valuable combination of engineering concepts and skill development that set it apart from other colleges. The two

year full time degree program includes basic core courses, electives and industry oriented seminars. The aim is reflected

in the compressed time frame, reliance on group work and also focus on creativity. The M.Tech program follows a

semester pattern and imparts in depth knowledge in the crosscuts of all academic areas and pools together resources

from every functional area, thus driving home the importance of seeing the big picture in business. The student

represents a good mix of fresh graduates from various disciplines and experienced professionals.

The program is build up on the functional knowledge of the students, permitting them to explore their interests to a

greater depth of corporate problems. It emphasizes more on application of technical knowledge and techniques with

continuous industrial interactions. The industry oriented course material, seminars by industrial experts, presentations

are the integral part of the curriculum that helps in individual betterment with due emphasis on skill & knowledge

improvement along with team work.

PEDAGOGY

Our pedagogical tools includes- live cases, active discussions, role plays, simulation exercises, mini projects etc, that

provide practical orientation to what is taught in order to acquire the competitive edge for meeting ever changing needs

of industry and society. Our teaching is backed by extensive research and consultancies that have gained wide peer level

recognition. Various eminent professionals from the corporate world deliver lectures and share their experiences via

seminars which help the aspiring engineers to broaden their scope of thinking, relate conceptual learning with practical

application and get in touch with the latest technologies.

ADDMISSION PROCEDURE

Addmission is only through valid GATE Score.

EVALUVATION

Student's evaluation system comprises of both continuous and semester assessments. The components of the evaluation

of each course includes presentations, assignments, group discussions, real life projects, case studies, seminars, midterm

& end term evaluation.

STUDENT ACTIVITY

The institute emphasizes not only on strong academic base but on the overall development of the students giving due

importance to the extracurricular activities. Some of the national level meets of the institute includes:

TECHNOSEARCH- Annual national levels technical meet.

MAFFICK- Annual cultural festival.

CHIMERA- Annual national levels, inter-college quiz competition organized by ISTE.

ROBOTICS- Annual festival for displaying robots made by the students.

RIPPLE- Annual literary festival of the college hosted by the literary society DRISHTANT.

TWIST- Annual quiz contest by institute society IBC.

SPORTSMANIA- Annual sports meet.

SAMADHAN- Annual national level programming test.

NOESIS- Annual intra-institute fest of society 'VISION'.

INFRASTRUCTURE

The institute library with its modern collection of knowledge resources and innovative information services fills an

essential role for students, faculty and the surrounding community in their intellectual pursuits. The library holds

knowledge resources predominantly related to engineering and allied subjects the entire library collections including the

digital and the online data bases are made available through institute’s network. Users can access the online data bases

and also find out the real-time availability of library materials from their access points. The library offers a range of

information services to support the learning process set to the highest professional standards.

Library services

Library books-114694

SC ST & General book bank-26025

CD’s-2044

Videos-3986

Current periodicals-9

News papers-15

Back vol. of journals-12100

Online journals

STUDENTS ACTIVITY CENTRE

The Student Activity Centre (SAC) named Dr. S. Radhakrishnan Auditorium has a capacity to accommodate around 800

people. It’s fully air-conditioned having world class audio visual facilities. It has witnessed many remarkable seminars,

student activities and program since last 50 years.

SPORTS FACILITY

Sports have been an important social and cultural activity through ages. It’s not only necessary for all round

development of a person but also provides a means of recreation and relaxation for body and mind. Institute encourages

students to participate in sports activities like cricket, football, basketball, tennis, badminton etc. They participate not

only inter college competitions but also in various national and state level tournaments that provide opportunities for

social interaction between culturally and ethnically different groups of people thereby fostering qualities of

sportsmanship in them

WI-FI CAMPUS

The department is equipped with internet assessable from all the classrooms, seminar halls, library, teachers’ chamber.

Other infrastructure facilities include seminar hall, GD room, hostels, Faculty houses, language lab, cafeteria, hospital

facility, guest house, transport facility.

Why Maintenance Engineering & Management (M.E.M)?

Maintenance is an indispensable process for industrial Infrastructure as it directly affects the

productivity and hence the profit. A cost effective and efficient maintenance system, properly

interfaced with production and material management, achieves optimum utilization of existing

resources and improves the availability of the critical equipments of the plant.

Tribology is the science and Technology of interacting surfaces in relative motion and all practices

related thereto; is the key to a high functional system. Tribology combines issues of friction, wear and

lubrication into a framework for designing and maintaining the machine world. Until recently, “the

design of the shape and material” was being done on the basis of machine dynamics and strength of

materials but the predominant part of failure i.e. wear remained neglected. The design based on

tribology fills this gap and MANIT’S M.E.M provides expertise in the field. Transmissions are one of

the places where tribology makes a difference in the automotive industry. Similarly, tribology plays a

major role in computer hardware industries which enables makers of hard-disk drives to produce high

performance drives and squeeze more data into less space. “The head that reads and writes information

to and from a hard disk flies about 5 to 20 nanometres above the disk surface and the disk spins

beneath the head at about twenty meters per second”

Lubricants and Lubrication systems are another focus area at MANIT’S M.E.M. Proper lubrication of

machinery is the single most significant contributor to the long, problem free life of machinery

therefore the value of proper lubrication cannot be overstated. Latest advancements in the study of

rheological and Tribological properties of lubricated systems are the spotlights.

“On the principle that every minute you lose on that machine are sales you will never get back again,

every second is critical. Maintenance should be planned and rehearsed to the minute - just like a pit

stop on a Formula One car”

Condition monitoring is an important tool for an effective maintenance system. Cm techniques detect

incipient failures resulting in decreased downtime and increased safety of personnel and costly

equipment.

MANIT’S M.E.M acclimatizes engineers to the facets of Maintenance with focus on Condition

Monitoring, Planning, and Scheduling & Implementation. Its industry oriented curriculum makes it the

preferred centre. It works on the principle of industry academy relationship and prepares students to

take challenging offers from the industry of the curriculum.

COURSE DETAILS

MANIT offers an M.Tech. Programme in “Maintenance Engineering & Management”. In addition to fresh graduate

engineers this programme has attracted engineers sponsored by various industries & organizations. This programme is

supported by qualified faculty members from various disciplines. The centre has emerged as a unique resource of its

kind in the chosen area. Also with an Endeavour to be in constant touch with industry and seek long term problem

solving, students of this programme are encouraged to take up industry oriented projects for their M.Tech Thesis.

I Semester

II Semester

Subjects Credit

Reliability, Availability & Maintainability Engineering 4

Failure Analysis & Prevention 4

Advanced Mathematics 4

TPM, CBM and RCM 4

Elective – II 4

Maintenance Engg. Lab.–II Diagnostic Lab. 3

Seminar II 2

III Semester

Subjects Credit

Computer Aided Maintenance Management 4

Maintenance Economics and Turn Around Management 4

Elective - III 4

Dissertation : Phase I 13

IV Semester

Subjects Credit

Final Dissertation 25

Subjects Credit

Statistics and Probability 4

Maintenance Management – Policies, Strategies & Options 4

Lubrication Management & Practice 4

Theory of Tribo elements 4

Elective - I 4

Maintenance Engg. Lab-I -Tribology Lab. 3

Seminar I 2

Maintenance Management – Policies, Strategies & Options.

Introduction to Maintenance, Need of Maintenance Management, Maintenance Policies, Strategies and options in

Maintenance management. Maintenance forms/actions and their inter relationships, Brief descriptions of various

Maintenance actions. Maintenance Organisations: Prerequisites, factors determining effectiveness of a Maintenance

organization, objectives of organization design, types of organization. Maintenance Planning and Control: Establishing a

Maintenance Plan-Preliminary considerations, Systematic method of Maintenance Plan and schedule planning and

schedule of Plant shut downs, Maintenance practices on production machines- Lathe, Drilling, Milling, Welding, Shaper

Use of computer in maintenance, Machine Reconditioning. Evaluation of Maintenance Management: Need for

evaluation a to z objectives, criterion of evaluation. Spare Parts Management: Capacity utilization, cost reduction

approach to spares, reliability and quality of spares, spare parts procurement and inventory control of spare parts.

Lubrication Management & Practice

Introduction, historical background, lubrication- an important function of maintenance, purpose of lubrication,

classification of lubricants, characteristics of lubricating oils - viscosity, viscosity index, flash point and fire point, pour

point and cloud point, carbon residue, resistance to oxidation. Thermal stability, resistance to foaming & emulsification,

additives-detergents, antifoam, antirust/anticorrosion inhibitors, antioxidants, extreme pressure additives, pour point

depressants, emulsifying agents, emulsion breakers, oiliness additives & viscosity improvers, categories of lubricating

oils - turbine grade oils, hydraulic oils, automotive engine oils, gear oils, machine oils, spindle oils & refrigeration oils,

selection of lubricating oils, lubricating greases, categories of greases-soap base greases-calcium soap greases, sodium

soap greases, lithium soap greases & non-soap base greases, characteristics of greases-penetration or consistency, drop

point, heat stability, oxidation stability, selection of lubricating greases, greasing practices, testing of lubricants, test

standards, lubrication methods, characteristics of lubricating devices and systems, planned lubrication, lubrication

survey, standardization of lubricants, organising planned lubrication, lubricant storage and handling and control of

lubrication costs.

Theory of Tribo elements

Introduction to Tribology: Back ground, engineering surface, laws of friction, sliding & rolling, dry and lubricated

friction, lubricated friction. Wear, its types, abrasive, adhesive, corrosive, erosive, fretting, fatigue & cavitations wear,

practical examples, wear reduction measures, prevention of wear, Lubrication Principle: Principle of lubrication,

lubrication regimes, boundary lubrication, Hydrodynamic and Hydrostatic lubrication, Elasto hydrodynamic lubrication,

types of lubricants, solid, liquid, semi solid and gaseous lubricants, lubricant additives. Tribo Elements - Bearings:

Bearings types, journal bearings, important parameters for better performance, special additives, rolling element

bearings, their types and important parameters in their selection. Tribo Elements -Gears: Gears, gear types, gear drives,

reduction gears, selection of gear drives, gear lubrication and maintenance, gear failures. Chains for power transmission,

types, service factors, maintenance and lubrication of chains. Seals : Metallic and elastomeric seals, non contacting seals

for rotating shafts, radial lip seals, mechanical face seals, selection of seal types for rotating shaft application. Seal

failure, its analysis. Practical consideration in use of seals.

Reliability, Availability & Maintainability Engineering

Availability and Maintainability utilization factors, down time consequences. Reliability engineering fundamentals and

applications, Historical perspectives, Definition of Reliability, Role of Reliability evaluation, Reliability assessment,

relationship between different Reliability functions, typical Hazard functions, Mean time to failure, Cumulative Hazard

function and average failure rate, Application of Probability distribution function in Reliability evaluation combinational

Aspects of Reliability, Markov models optimization of system Reliability, Heuristic Methods applied to optimal system

Reliability. Maintainability: Definition and application of Maintainability Engineering, Factors affecting

Maintainability. Maintainability design criteria, operating and down time categories, Maintainability and its

quantification, Mean time to activity restore equipment, Mean Maintenance man hours, Mean time for corrective and

Preventive Maintenance, Replacement Policies. Availability, types of Availability, approaches to increase equipment

Availability.

Failure Analysis & Prevention

Engineering aspects of failure & failure analysis Defects: Types and characteristics, Effects of defects on service

properties General Procedures for Failure Analysis Basic Failure Mechanisms: Distortion Failures, Overload Failures,

Fatigue Failures, Wear Failures, Corrosion Failures, Elevated Temperature Failures, Fractures. Failure Analysis

Techniques and Preventive Measures on Destructive Testing Techniques and Metallographic Techniques. Component

Failures: Bearings, Chain and Belt Drives, Gears, Lifting Equipments, Mechanical Fasteners, Pressure Vessel, Seals,

Shafts, Springs Failure Modes and Effect Analysis: Failure Modes, Categories of Failure Modes, Failure Effects,

Sources of Information about modes and effects, failure consequences.

TPM, CBM and RCM

Concept of TPM, characteristics of TPM, Benefits of TPM, losses of TPM, implementing TPM. Philosophy of TPM.

Indications of TPM. TPM Development: Preparation phase, TPM introduction education, TPM Promotion organization,

TPM policies and goods, TPM Master Plan TPM initiatives, Implementation phase; consolidation phase. Measuring

TPM effectiveness: Philosophy of setting goals Measuring TPM effectiveness Indicators topes, Plant effectiveness

quelling and Energy saving Maintenance Measuring TPM Benefits. Application of TPM in Process Industries

Administrative & Support departments and other Industrial enterprises Reliability Centred Maintenance (RCM):

Introduction its place in Maintenance policies & Hierarchy aims of RCM, steps in RCM implementation, steps in RCM

analysis, system selection and RCM effectiveness indicators. Maintenance informer and efficiency. RCM tasks

Proactive Maintenance, Preventive and Predictive tasks. Scheduled restoration and scheduled discard. The P-F interval

and P-F curves, linear as non linear PF curves, Default actions, RCM Decision diagrams. Implementation of RCM.

Condition Based Maintenance: Machine signatures, various techniques of signature analysis, temperature noise,

vibration and wear particle analysis, on line and off line techniques.

Computer Aided Maintenance Management

Basic components of CMMS, Uses of Computers in Maintenance CAMSS Justification reasons for lack of CMMS

effectiveness. Basic Hardware Components General Software categories, fundamentals of C, CH, Network Software,

Networking CAMSS Software’s, Flowchart Algorithms & Programming. Approach towards Computerization, selection

of computer system, Master files, Maintenance files, Maintenance Module, classification records, Preventive and repair

planning module, codification for Break down, job sequencing files/records. Developing software’s:- Planning &

Scheduling equipment & facilities control, work central Maintenance of spare parts and inventory centre performance

reporting and other tools and techniques of Industrial engineering used in Maintenance Management.

Maintenance Economics and Turn Around Management

Objective: To introduce the concepts of economic theory and behaviour for preparing the strategic financial models for

maintenance investment decisions. Fundamentals concepts of economics: Scope, definition, characteristics of economic,

relationship to the functional areas of business, theory of firm, its constraints and limitations, nature and function of

profit, basics of demand and supply equilibrium. Demand Analysis: Demand theory, demand estimation, simple multiple

regression analysis and demand forecasting- qualitative forecasts; survey techniques, opinion polls, quantitative

forecasts; time – series analysis, smoothing techniques input-output forecasting. Production and Cost Analysis:

Production theory and estimation, production function, returns to scale, comparative advantage, cost theory and

estimation, short-run and long run costs, plant size and economies of scale, learning curve, cost-volume profit analysis

and operating leverages, cost estimation based on project cost, types of costs, inter-alias, design, installed capital,

commissioning and decommission costs, operating costs maintenance and opportunity costs, life cycle costs, cost output

analysis and maintenance cost history . Product/project Life Cycle: Concepts of product/project life cycle capital assets,

reliability and risk, life cycle costs and its economic consequences for strategic development. Project financing and

capital structure, financial leverages, working capital and capitalization. Turnaround: Characteristics of the maintenance

work load, critical path analysis and its use for the planning of large shutdowns, procedure of managing shut downs;

Initiation, validation of work scope, organizing preparatory work , contractor packages, shutdown plan, manpower plan.

A typical shutdown operation-administrative and resource structures, site logistics plan and its preparation, cost profile,

safety and quality plans, executing and controlling the shutdown, review procedures.

LIST OF ELECTIVES

Elective I

Concurrent Engineering

Maintenance Audit

Maintenance Awareness

Maintenance of Agriculture and Earth Moving Machinery

Risk Analysis and Safety

Elective II

Bulk Solids and Handling

Maintenance of Electrical Machines

Maintenance of Power Plant Machinery

Mechatronics and NDT in Maintenance Engineering

Elective III

Machinery Vibration Monitoring Analysis

Maintenance of Chemical Plant Machinery

Maintenance of CNC Machines

Maintenance of Transport Machinery

Restoration, Repairs and Retrofitting

In addition to the above courses students learn various packages like CATIA V5, SOLID WORKS,

PRO-E, AUTOCAD, ANSYS, other computational tools like MATLAB, TK Solver, during the course

of their work and various management related subjects and foreign languages during different

semesters.

FACILITIES @ MANIT’S M.E.M

Friction and Wear Lab

Brake Inertia Dynamometer.

SRV Optical Tester

Pin-on-Disc Test Rig

Micro-Hardness Tester

Compression Moulding Machine

Linear Abrasive Wear Test Rig

Universal Tribometer

Raman Spectrometer

Taylor Hobson

Thermal Conductivity Analyser

Probe Sonicator

Lubrication and Oil Monitoring Lab

Laser Particle Counter

Particle Size Analyser

Ferro graph

IAE Gear-Lubricant Test Rig

Michell Tilting Pad Apparatus

Air Journal Bearing Apparatus

Oil Journal Bearing Apparatus

Piston Ring Lubrication Rig

EHDL Test Rig

Lubricants Lab

Corrosion Test Apparatus

Rotary Bomb Oxidation Test Apparatus

SETAVIS Kinematic Viscometer

Karl Fischer Titrator

Foaming Tester

Flash Point Apparatus

Machine Dynamics Lab

Sound Intensity Measurement System

Vibration Isolation Table

Modal Testing System

FFT Analyzers

Balancing System

Thermograph Camera

Non Destructive Testing (NDT) Lab

Radiography Facility

Ultrasonic Flaw Detector

Eddy Current Crack Detector

Magnetic Particle Inspection Unit

Project Lab

Pneumatic Conveying Pilot Plant

Air Jet Erosion Test Rig

Laser Particle Analyser

Permeameter

Sand Blaster

Friction and Wear Lab

Brake inertia dynamometer

Thermograph camera

Compression moulding machine

Linear abrasive wear rig (lawr)

Universal tribometer

Tribo test rig

An Indicative List of Projects Undertaken

I. Research Projects:

Real time implementation of TPM in process industry enhances overall productivity.

Enhancement of productivity by scheduling techniques considering machine breakdown.

Reduction of boiler maintenance time by preventive maintenance.

Real time condition monitoring of steam turbine considering lubrication monitoring.

Real time scheduling with considering a machine break down.

Sliding wear behaviour of cast iron and gun metal under lubricated condition.

Role of forecasting in maintenance engineering an analytical approach to enhance the

operational availability- A case study.

Investigation of Tribological behaviour of vegetable oil as an alternative lubricant for

maintenance applications.

Effect of lubrication on mechanical parameters.

The maintenance Software for coal handling plant.

Automation in condition based maintenance by vibration analysis.

Development of Maintenance Strategy to Improve Performance of Induce Draft Wet Cooling

Tower.

Improvement of machine availability reduction in maintenance cost by implementation of total

production maintenance.

Performance of servo pump set lubricating oil as affected by the presence of solid lubricant and

test condition.

Implementation of 6 sigma to indentify the faults in machine tools causing defects in

dimensions.

Real-time condition monitoring of steam turbine considering lubrication monitoring.

Reduction of boiler maintenance time by preventive maintenance.

Availability enhancement of earth moving equipment of mines by optimum location planning of

maintenance.

Maintenance Facility Location Planning and Consolidation evaluation for industry.

Roll of forecasting in maintenance Engg. to evaluation the operation productivity.

Balancing of maintenance task during optimum maintenance.

Application of design out maintenance reduction of maintenance cost of a forging screw press by

FEM Analysis of hollow shaft.

Bearing health monitoring for maintenance of rotating machinery using vibration spectrum

analysis and SPM.

Comprehensive optimization of spillway maintenance stoppage by PEM.

TRAINING & PLACEMENT DEPARTMENT

Training & Placement Department is responsible for providing an effective and meaningful interaction with prospective

employers. It creates an environment in which students are prepared to meet the challenges of growing needs of the

industry through

Up to date technical knowledge

Analytical and practical skills

Management competence

A creative and innovative approach towards Technology

An emphasis on strengthening links with commerce and industry through long lasting relationships which focus on

Curriculum development

Industrial training

Research projects

Consultancy

Students are encouraged to participate in national and international competitions thereby enabling them to showcase

their talent on a bigger stage. Workshops and seminars are conducted by the company executives which provide students

a pre hand exposure to the industry culture. We have consistent and very efficient track record along with superior

quality of students which booms the recruitments every year, to provide excellent job offers to students and

consequently to the perpetual growth and embellishment of institute reputation.

FACILITIES

Following are the facilities provided by the institute to the organization which conduct campus Recruitment Drive

Acts as an interface between the prospective employers and students

Facilities for pre-placement talk

Guest House accommodation in the campus

Pick up and Drop facilities

Dr. Aruna Saxena

Department of Training & Placement & student welfare

MANIT Bhopal 462051 [India]

Website: - www.manit.ac.in

PAST RECRUITERS

Maulana Azad National Institute of Technology, Bhopal

Every faculty, staff and student of Maintenance Engineering & Management (M.E.M), MANIT

Bhopal is passionately committed to the mission of making India a world leader in technology and

science, and nurtures this commitment with honesty, hard work and team spirit.

WE ARE PLEASED TO INVITE YOU FOR PLACEMENTS 2012-2013

Prof. Amit Suhane Course Coordinator

Phone: - 09893291397

Office: - 0755-4051601, 4051619 Maintenance Engineering & Management (M.E.M)

Department of Mechanical Engineering, MANIT BHOPAL

Please Mail your Queries to

Student Coordinators Amit Kumar Jain

amitkumarjain05@gmail.com

Contact: - 09893855836