Diploma in Plastic Mould Technology 3rd Semester Syllabus

                                DIPLOMA IN PLASTIC MOULD TECHNOLOGY (DPMT)


SEMESTER-III


Applied Mechanics & Strength of Materials

(Understand basics of forces, moment of inertia and center of gravity. Knowledge on stress and bending moments )

17.1 Understand Principles of Equilibrium of Forces 
17.2 Knowledge of Lami's theorem 
17.3 Understand the Converse of the law of triangle of forces, 
17.4 Law of polygon of forces and Conditions of equilibrium. 
17.5 Understand Centroid. Methods of center of gravity of simple figures 
17.6 Knowledge of Centre of gravity by geometrical 
17.7 Understand Moment of Inertia 
17.8 Understand Methods for finding out moment of inertia 
17.9 Knowledge of Types of friction and Laws of friction 
17.10 Knowledge of Simple Lifting Machines 
17.11 Understand Simple Stresses and Strains
17.12 Understand Shear Force and Bending Moment and solve simple problems


Engineering Metrology
(Describe the function of different Measuring Instrument & Inspection equipment Metrology)

18.1 State the purpose of metrology, understand errors and their sources 
18.2 Study of limit, fit and tolerances. 
18.3 Understanding geometric dimensioning & tolerances 
18.4 Describe Standards of Measurements 
18.5 Uses of comparators for checking the machined parts. 
18.6 Explain Angular & Taper measurements, Geometrical Measurements. 
18.7 Describe the marking tools 
18.8 Study on different measuring instruments and its applications. 
18.9 Methods of measuring surface finish 
18.10 Knowledge on surface roughness symbols. 
18.11 Inspect the given job using CMM. 
18.12 Use advanced measuring equipment’s like profile projector, toolmakers microscope etc, for the measurement. 
18.14 Explain Gauges (standard gauge: feeler gauge, radius gauge, screw pitch gauge etc.) 
18.15 Explain Taylor’s principle for gauge, gauge material, and its application.


Machine Shop Technology-I 

(Identify and understand the different machining operation involved in manufacturing of metal part and its related functions)

19.1 Overview of metal cutting theory and chip formation. 

19.2 Distinguish between single-point multi-point cutting tools. 

19.3 Describe how tool angles affect cutting processes. 

19.4 Describe the functions and methods of chip control. 

19.5 Describe the occurrence of built-up edge. 

19.6 Describe reasons for using cutting fluids. 

19.7 Identify the major categories of cutting fluids, cutting variables and their significance 

19.8 Explain the parts of lathe 

19.9 Draw the sketch of lathe and write the functions of each part 

19.10 Identify and demonstrate different parts of lathe. 

19.11 Grind the lathe tool by pedestal grinding machine 

19.12 Explain lathe operation perform various operations in lathe like turning, facing, grooving, threading, etc. 

19.13 Describe the cutting variables for the lathe. 

19.14 Understanding different work holding and tool holding Devices. 

19.15 Describe the Shaping, Planning & Slotting Machines and working mechanism and its functions 19.16 Describe types of drilling machines 

19.17 Describe drill holding devices. 

19.18 Describe drill geometry. 

19.19 Describe twist drills. 

19.20 Identify important components of a drill. 

19.21 Understanding different types of boring operation 

19.22 Understanding various Drilling operations and specifications of the machine


Engineering drawing 
(Practicing on the drawing concepts which help them to read different view/sections/projection of solids. Knowledge on assembly and detail drawings of Part.)

20.1 Explanation of the scope and objective of Engineering Drawing 

20.2 Study of drawing standard, size of drawing sheet, layout of drawing sheet. 

20.3 Do the drawing with the help of drawing tools like, drawing Board, mini drafter, pencil etc. 

20.3 Use scale and put dimension with the help of drawing tools. On different mechanical objects using dimensioning methods. 

20.4 Different geometric construction methods 

20.5 Practice on Orthographic and isometric views 

20.6 Projection of Points, Lines and Planes and solids. 

20.7 Different sectional views, development of surfaces 

20.8 Understanding perspective projection 

20.9 Interpretation of fastening devices while drawing 

20.10 Exposure the need of assembly and detailing of machine parts. 

20.11 Different types of couplings used for assembly and its uses. 


Plastics Materials & Testing

(Study on polymers, understands different plastics and its behaviors. Knowledge on Testing of plastics)

21.1 Introduction to polymers 

21.2 Study of fundamental terminology of polymers 

21.3 Classification of polymers, polymer structure and Morphology, etc. 

21.4 Study Commodity plastics, engineering plastics, specialty plastics, 

21.5 Study of thermoset plastics and their behavior.

21.6 Introduction & importance of testing 

21.7 Significance of Identification of plastics 

21.8 National and International standards - BIS, ASTM, ISO & NABL 

21.9 Testing of Mechanical, Thermal, Optical, Electrical, Permeability and Rheological properties. 


Machine Shop Practice- I 

(Safety precaution and operation on using Pedestal Grinding Shaper, Drilling Machine, Lathe Work)

22.1 Pedestal Grinding - Safety precautions, Sharpening of cutting tools- parting and grooving tools, thread cutting Tools. 

22.2 Knowledge of Shapers, their applications, set up and Procedures for use. 

22.3 Be able to operate Shaping machine in a safe and competent manner 

22.4 Knowledge of drills and drill, their applications, Maintenance and procedures for use. 

22.5 Understanding of basic principles of Drilling machines 

22.6 Describe principle, construction and working various kinds of drill machines 

22.7 Study of cutting tools and machining operations carried out on Drilling machine 

22.8 Be able to operate Drilling machines in a safe and Competent manner – perform marking and punching, drilling and tapping and reaming, counter-boring and counter sinking operations 

22.9 Knowledge of conventional lathes, their accessories, attachments and applications. 

22.10 Knowledge of lathe tools and their applications. 

22.11 Knowledge of conventional lathes, maintenance and procedures for use. 

22.12 Knowledge of tapers, their attachments and applications. 

22.13 Knowledge of conventional lathe drilling, boring, reaming, tapping and threading operations. 22.14 Be able to operate Lathe machine in a safe and competent manner


                                                                         practical


Engineering Drawing LAB

(Practical Exposure on Engineering drawing, study of assembly drawings)

 23.1 Projection of points in different quadrants 

23.2 Projection of straight lines parallel to one or both planes, parallel to one plane, perpendicular to other, inclined to one plane and parallel to other line inclined to both planes (in first quadrant) and finding the true length 

23.3 Projection of planes and polygonal surface – parallel to one plane and perpendicular to other plane (in first quadrant). 

23.4 Projection of simple solids for prism, pyramid, cylinder and cone when the axis is parallel to one plane and perpendicular to other plane in first quadrant 

23.5 Sectioning of solids in simple vertical position by cutting planes inclined to one reference plane and perpendicular to the other, obtaining true shape of section 

23.6 Development of lateral surfaces of simple and truncated solids- prisms, pyramids, cylinders & cones 

23.7 Development of lateral surfaces of solids with cylindrical cut-outs, perpendicular to the axis.

23.8 Isometric projections of simple solids, truncated prisms, pyramids, cylinders and cones 

23.9 Study of Assembly Drawing


Plastics Testing Lab

(Understand the standards used and procedure for testing of plastics materials and plastic products)

24.1 Determination of density of plastics. 

24.2 Determination of melt flow index of plastics. 

24.3 Determination of moisture contents. 

24.4 Determination of carbon contents. 

24.5 Determination of filler content. 

24.6 Identification of plastics by simple methods. 

24.7 Determination of water absorption. 

24.8 Determination of Hardness (Rockwell, Shore A&D, Barcol). 

24.9 Specimen preparation methods. 

24.10 Introduction to product testing - Pipe testing. 


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