Master of Technology [M.Tech] (Manufacturing Engineering)

Course Structure

M.tech Manufacturing Engineering is a two year course, generally divided in 4 semesters. Apart from the main papers, electives, core courses, lab courses, viva, seminar and dissertation are also counted.

The course delivery methods in the program include classroom lectures, discussions, presentations and industry visits.  

Scheme of Assessment

In M.tech Manufacturing engineering students are assessed by a combination of theory, practical, lab practicals, viva-voice, seminar, and dissertations.

In addition, students are also assessed on certain parameters such as attendance, presentation, assignment and class participation and are given points.

An overview for the syllabus is given below:

Semester 1

Name of the paper

Topics

Description

Metal cutting- theory and practice

Geometry of the cutting process

Single point cutting tool geometry

Nomenclature of multi point tools

Mechanics of chip formation

Merchant’s analysis

Friction in metal cutting

Chip control

Controlled contact cutting

Thermal aspects in machining

Cutting fluids

Cutting tool materials

Machinability

Tool wear and tool life

Machining economics

Mechanics of milling and grinding

Mechanics of oblique cutting

The paper aims at teaching about the art of cutting process and it’s geometrical techniques.

Design and Analysis of Machine tools

Transmission of motion in machine tools

Design of speed and feed boxes

Design of machine tool structure

Design for strength and rigidity

Constructional features of machine tool structures

Static and dynamic stiffness

Design of slide ways

Antrifiction bearings and sliding bearings

Machine tool dynamics

Stability analysis and chatter of machine tools

The paper explains the method of production of surfaces by working and auxillary motions in machine tools.

CNC Technology and Programming

Introduction to NC, CNC, DNC machine tools

Constructional features of NC machine tools

CNC tooling and fixturing

CNC programming

CNC controller

Adaptive control system

Machining centre

Turning centre

Communication networks and virtual NC systems

The paper introduces the students to the technology of CNC machine tools and it’s programming.

Advanced CAD

-Elective- I

-Elective- II

Hardware and software for CAD

Geometric modeling

Transformations

Curve representation

Surface modeling

Solid modeling techniques

CAD/CAM exchange formats

Design applications

Advanced modeling concepts

Assembling modeling

Behavioral modeling

Conceptual design

Top down design

Collaborative design

The paper focuses on the geometric modeling of the product using techniques.

Manufacturing engineering

Laboratory

Measurement of chip thickness ratio

Shear angles

Cutting forces

Cutting temperature

Effect of cutting parameters on surface roughness

Study of EDM and ECM processes

The paper focuses on the main elements of manufacturing engineering.

CAD Laboratory

Exercises using autoCAD commands

Script files

Auto LISP

Customization of auto CAD

Exercises on modeling

Assembly and manufacturing using ProE

Exercises on computer graphics using open GL

The students are made to practice through computer applications.

Semester 2

Advanced Manufacturing processes

Stir casting

Organic processes

Fluid sand processes

Graphite Moulding Process

Magnetic Moulding

Metal Injection Moulding

Centrifugal Casting

Friction Stir Welding

Hybrid welding process

Preparation of composites

Analysis of composites

Hydro forming

High velocity forming

Explosive forming

Electro magneticforming

Design considerations for forging, casting, welding

The paper introduces to the advances of casting in manufacturing processes.

Metrology and Computer aided Inspection

Standards for length measurement

Method of coincidence

Angular measurements

Computer aided Inspection: laser metrology

Coordinate measuring  machine

Image processing

The paper introduces to the metrology concepts and gives the immense knowledge on computer aided inspection.

Mechatronics and Robotics

Elective- III

Elective- IV

Elective- V

Sensors and actuators

Analysis and control of various physicalsystems

Digital design principles and applications

Microprocessors and Microcontrollers

Robotics : Evolution and Classification

Drives for robots

Robot sensors

Programming methods

The paper teaches the mechatronics system design and evolution and classification of robotics.

Mechatronics Laboratory

Experiments on Instrumentation tutor kit

Servo fundamentals trainer

PLC

Mechatronics training system

Pnuematic trainer and programming on micro-controller based autonomous robot

The paper gives an opportunity to the students to experiment and be trained on mechatronics.

CNC Laboratory

CNC programming for turned and milled components using Denford

Sinutrain and master CAM

Training on CNC machines

The paper gives an opportunity to the students to practice CNC programming Denford and gets training on CNC machines.

Seminar

Semester 3

Comprehensive viva-voice

Dissertaion  Part-A

Semester 4

Dissertation  Part-B

Electives for semester 1 are:

  • Rapid manufacturing processes
  • Micro and Nano manufacturing
  • Tribology
  • Soft Computing Techniques
  • Manufacturing Management
  • Mechanical Vibrations

Electives for semester 2 are:

  • Precision Engineering
  • Product Design for Manufacturing and Assembly
  • Tool design
  • Fluid Power systems
  • High speed machining
  • Supply chain management
  • Design and analysis of experiments
  • Flexible manufacturing systems
  • Finite Element Analysis

Master of Technology [M.Tech] (Manufacturing Engineering) : 3 answered questions

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Ques. How are NIT-Jalandhar M.Tech placements? Specially for manufacturing technology.

● Top Answer By Avinash Sachdeva on 05 Jan 23

Ans. M.Tech from NIT Jalandhar is not particularly useful for placement in manufacturing technology. The reality is that M.Tech from NIT Jalandhar is like any other college, and NIT Jalandhar only focuses on placement for their Undergraduate students, though they may arrange a placement drive for M.Tech students if necessary. So, if a student is exceptionally bright and possesses exceptional practical knowledge, he will be chosen for campus placement. Another issue is that there aren't enough companies in the region with manufacturing technology backgrounds.Read more
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Ques. M.tech renewable Energy in JNTUK kakinada worth studying?

● Top Answer By Anamika Roy on 06 Oct 21

Ans. In JNTUK, there are no campus placements available for master’s degree holders. TCS sometimes visits for the interview of post-graduate students and only hires a few students depending on their performance in interviews.  The course is not recognized by AICTE so you won't get many opportunities after completing your course and won't even get any stipend through your GATE qualification.  It is better to prepare for IITs or IISC if you want a career in this field, as these institutes will help you a lot to achieve your goal. Also, a post-graduation from an IIT or IISC will add a boost to your career. It will also be very easy for you to opt for research internships or a Ph.D. if you are planning to do in the future.  It will be better to avoid this college and rather prepare for some better colleges such as IIT or IISC because there are no campus placements available here and neither you will get any kind of opportunities or exposure studying in JNTUK. Read more
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Ques. How was the interview process in Amrita University, Coimbatore for an admission in M.Tech in manufacturing engineering?

● Top Answer By Trisha Sinha on 02 Aug 22

Ans. If you have a valid GATE score, you can get direct admission to Amrita University Coimbatore. Students without GATE score needs to go through an examination and interview. The interview panel usually includes 5-7 interviewers. Most questions in the interview will be about your bachelor's degree major.  The interviwers may ask you to choose an area of interest, and they will ask questions about those subjects. The interview questions aren’t too difficult.Read more
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