In this module you will learn about the basics of machining and subtractive manufacturing process. Machining is a manufacturing process of making useful product by the removal of the material. Machining processes can be traditional or conventional.

In this module you will learn about tool geometry. It is basically referred to some specific angles or slope of the salient faces and edges of the tools at their cutting point.

In this module you will learn about Orthogonal Cutting. Along with learning about the strains and stresses in orthogonal cutting, experimental study of orthogonal cutting and other models.

In this module you will learn about oblique cutting and measurement of cutting forces. Along with learning about that measurement of chip flow direction are classified into two categories; direct and indirect measurement.

You must score 80% or more to pass this assessment.

In this module we will learn about thermal aspects of machining. Heat is generated when conversion of mechanical energy takes place. In tool wear and tool life, wear can be caused by adhesion, abrasion, erosion etc.

In this module you will learn about the practical machining operations and how turning is used to produce axisymmetric components. Along with learning about that milling operation requires a milling machine, fixture, workpiece and a milling cutter.

In this module you will learn about machining processes. In mechanical processes, there is a physical contact between the workpiece and another material. Along with learning about electrochemical machining is the process governed by the Faraday’s law of electrochemistry.

In this module you will learn about the finishing processes and CNC machine, difference between machining and finishing. Along with learning about numerical control.

You must score 80% or more to pass this assessment.