Students enrolled to the course are taught advanced
lessons in the design and installation of integrated systems for men and
materials, and equipment and processes, for increasing the productivity of
goods, and detailing optimum standards of quality which are economically
viable. These engineers are concerned with planning, measuring, and controlling
all activities within the organization, besides designing the production
process for a product.
M.Tech. in Industrial
Engineering is related to the management of industrial processes, and to
concepts, development, and implementation of systems involving human being
and other resources about engineering. Students are taught methods to manage
and optimally utilize resources available by applying mathematical
and engineering tools.
Industrial Engineering is also known as Manufacturing Engineering,
Operations Management, and Production Engineering. It aims to develop means to
save energy, time, money, materials, and other useful resources. This stream is
related to management of industrial processes.
Why Study
M.Tech in Industrial Engineering?
here could be varied number of reasons for pursuing
a certain degree in a particular field/course, however, the common reasons
which makes students opt for MTech Industrial Engineering & Management
could be:
Scope of the
Course:
Such engineers are hired in industries such as manufacturing, planning,
consultancy, software, logistics, supply chain management, and the like,
operations research, inventory management, and intellectual properties
rights.
Most of the job roles in this field are supervisory or managerial where
critical decision-making skills are tested time and again for the smooth
operation in the industry. Professionals of this field may also go for teaching
jobs in universities and colleges.
Major
areas of employment in the field include:
M.Tech. in Industrial Engineering: Syllabus
A semester-wise breakup of the course’s syllabus is tabulated here.
Semester I |
Semester II |
Probability
and Statistics |
Operations
Planning and Control |
Operations
Research |
Program
Elective – 2 |
Industrial
Engineering Systems |
Program
Elective – 3 |
Program
Elective - 1(from PLM Stream) |
Program
Elective – 4 |
- |
Professional
Project Activity in Summer Vacation |
Semester III |
Semester IV |
Major
Project Part-I |
Major
Project Part-II |
Supply
Chain Management |
Analytics
and Optimization |
Logistics |
Manufacturing
Informatics |
Entrepreneurship |
Optimization |
Project
Management |
Stochastic
Modelling and Simulation |
Special
Topics in IE |
Advanced
Operations Research |
Maintenance
management |
Product
Life Cycle Management |
Operations
Management |
Value
Engineering and Life Cycle Costing |
Service
System Design |
Reliability
Engineering |
- |
Quality
Systems |
Eligibility:
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