Industrial & Production Engineering (IPE)
- A Seminar on Sustainable Supply Chain St... 11-Jul-2024
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- নিটারে 'ইন্ডাস্ট্রিয়াল ম্যানেজমেন্টে' ক্... 03-Oct-2023
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- Improving Quality, Productivity, and Cost Aspects of a Sewing Line of Apparel Industry Using TQM Approach
- Supply chain network design: an MILP and Monte Carlo simulation approach
- Investigation of the effect of different mordant substances and nonionic surfactant on cotton fabrics dyed with eucalyptus leaf extract by using IR dyeing machine
- Comparison of in situ and padding method to incorporate Green synthesized AgNPs by using Calendula arvensis into nonwoven fabrics
- Excellency of Calendula arvensis in AgNPs Synthesis for Cotton Fabrics in Terms of Shape Diversity and Antibacterial Wash Fastness
Graphic Language is a major course for all
engineering departments. It is the communication medium used by engineers and
technologist to communicate with the professionals involved in the design and
manufacture of machines, building, bridges etc. In this lab, students can learn
how to draw various machines elements, 3D object which is very useful in their
job life. NITER has a well-furnished Engineering Graphics laboratory with
drafting instruments such as, Drawing board, T-Square, Triangles, Compasses, and
Pencils etc.
Engineering Materials Lab demonstrates the
relationship between microstructure and mechanical properties of metals and
their alloys used in engineering design and presents guidelines to assist the
designer in selecting the right materials for a given job. To identify any
defects in metal surface, we use Trinocular metallurgical microscope in our
laboratory and introduce our students with different hardness testing method
used for metal hardness testing like Rockwell hardness and Brinell hardness
testing. By using Digital Muffle Furnace (DMF) instead of Open Furnace,
students can safely practice without any accident while doing heat treatment in
the laboratory.
Fluid mechanics is the branch of engineering which
deals with the mechanics of fluid particles of both the liquids and gases
whether the fluid particles remain at rest or in motion. At present condition
of industrial revolution, the knowledge of fluids applied in the industrial and
production sector is a mandatory thing for the development of the sector. For
the engineers, the practical knowledge is the foremost requirement. Fluid
Mechanics Lab provides the best facilities of gaining knowledge with an ease.
The Manufacturing Process Laboratory equipped with
Hexagonal Turret Lathe, Horizontal Milling Machine, Surface Grinding Machine
and Radial Drilling Machine. This lab is effective to familiarize students with
metal working process for repetitive production of duplicate parts with the
help of Turret Lathe which is evolved from earlier Engine Lathe. Students also
get to know the removal process of machining parameters from the machinery.
This laboratory is equipped with various welding
setup such as Electric Arc Welding, Tungsten Inert Gas (TIG) Welding, Metal
Inert Gas (MIG) Welding. This lab provides facilities to the students to get
introduced with the casting processes to prepare the mold to create desired
final shape by using pattern. Consequently, melting the metal, pouring it into
a mold, and giving time to cool and solidify are also introduced. Students have
the great opportunity to know the instruments and considerations used in
foundry practice.
The Solid Mechanics Laboratory is used to conduct
tests to identify materials, study their mechanical properties, analyse product
and process failures through mechanical testing. It is well equipped with
Universal Testing Machine (UTM), Impact Testing Machine, Analogue Force
Displayer, Bending Moment Calculator, Rockwell and Brinell Hardness Tester,
Twist and Bending Machine, Fatigue Testing Machine, and Column Testing Machine.
Thermodynamics and heat transfer is one of the
vital branches of engineering, where heat and temperature of any system or
process is focused. Optimum production efficiency of a machine or process is
highly depended on the smooth running condition. Heat and temperature are
playing the key role for smooth running condition of machine. Industrial and
Production Engineering department try to give essential and practical knowledge
about thermodynamics and heat transfer for machine, production process and
system with proper measurement of safety for the students.
NITER has a
well-established Ergonomics and Product Design Lab where student can gain an
understanding of ergonomically design techniques and introduce with measuring
instruments. This is an embellished laboratory with various basic and applied
research facilities for both physical and cognitive ergonomics. Student
develops different engineering products utilizing their knowledge of Ergonomics
and show their innovation and modification.
IPE automation lab is designed to introduce
students with the automation and numerical control facets of engineering
science. In modern science and technology, both automation and logic control
system are considered as the most lucrative facilities. With the endeavor to provide
familiarity on automation and control to the students, Instrumentation and
Control Laboratory is equipped with a Programmable Logic Controller (PLC) and a
Computer Numerical Control (CNC) Lathe Machine.
Mechanical Engineering lab is equipped with
lathe machine, universal strength tester, shaping machine, cutting machine,
drill machine, welding machine, circular saw and various types of tools for
carpenters.