A detailed form, precision manufacturing, and mechanical properties are determined largely by the selected manufacturing process. In the course you will study the most common cutting, shaping and manufacturing processes used in the engineering industry. Examples include turning, milling, drilling, casting, and plastic forming.
Other areas covered in the course are basic engineering technical measurement techniques to verify the functionality and quality.
Teaching is integrated in the form of lectures, tutorials and laboratory. To help you get to practice the skills you acquire in your course includes hands-on laboratory work in mechanical engineering.
On successful completion of this course you will be able to:
Describing the activities of a product development process and how they depend on each other
carry out have a technical product development projects in the group, from being formulated product requirements that have defined manufacturing
switch between levels of abstraction, as a function, solution in principle and detailed solution for product development
explain the frequent cutting and forming processes used in the engineering industry, and apply these processes to produce simple components
select the manufacturing process from a series of component size, shape, and mechanical properties precicion
prepare simple metallic components for the manufacture of manual / numerically controlled machine tools (lathe, mill), incl. choice of tools
using basic engineering technical measurements, to verify the function and quality
describe product development process (raw material - construction - manufacturing - product)
perform a simple dimensioned manufacturing drawings
The course information is a detailed description (give specific learning objectives for each lesson) of what a course participant should be able to after the course
