This introductory course is designed to provide an introduction to metallurgy and the theory and practice in layout and bench work, operation of the lathe, shaper, drill press. power saw and grinder.
This introductory course is designed to provide an introduction to metallurgy and the theory and practice in layout and bench work, operation of the lathe, shaper, drill press. power saw and grinder.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
The course provides the student with the basic theoretical skills in safety, measuring and marking out hand tools, material and heat treatment and the lathe and drill at an introductory level.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is a continuation of Mechanical Engineering Theory 1. and provides a more in depth study of lathe operations, introduction to the shaping processes, fastening and joining as well as the theory of cutting tools.
This course is designed to introduce students to mechanics as an experimental science, whose laws are based on experimental and deductive evidence. The principles taught are applied to real-world situations. Topics covered include: resolution of forces; concurrent forces in equilibrium; friction; velocity-time and displacement-time graphs; kinematics of motion in a straight line; Newton's laws of motion; linear momentum; connected particles; work done by a constant force; potential and kinetic energy; relationship between power, force and velocity; Hooke's law; motion of a projectile; motion in a horizontal circle with constant speed.