Engineering Design
About Engineering Design
Engineers frequently follow a set of phases known as the engineering design process when developing useful goods and procedures. Although the part(s) of the process that is iterated and the number of such cycles in any given project may vary, the process is highly iterative in that sections of the process frequently need to be repeated several times before another can be entered.
The basic sciences, mathematics, and engineering sciences are used in a decision-making process (typically iterative) to transform resources in the best way possible to achieve a specified goal. The definition of objectives and criteria, synthesis, analysis, construction, testing, and assessment are some of the core components of the design process.
Why is Engineering Design important?
The definition of objectives and criteria, as well as synthesis, analysis, building, testing, and assessment, are key components of the design process. Therefore, the main goal of engineering design is to use scientific knowledge to address technological issues.
Every item you buy, every device you use, and every system you utilize every day all depend on engineering. Engineers create and develop everything from vehicles to bridges to phones to computers to airplanes. Because you don't observe anything when it works, most people are unaware of what engineers perform.
Who should take the Engineering Design Exam?
- Students who wants to gain the insights of Engineering Drawing/Graphics
- Graduates
- Professional engineers who wish to revise the significant aspects of Engineering Design
- Aerospace Engineers
- Mechanical Engineers
- Civil Engineers
Engineering Design Certification Course Outline
- Engineering Drawing and its types
- Orthographic Projections
- First Angle and Third Angle of Projections
- Symbol of Projection
- Basic Dimensions in Engineering Drawing
- Tangencies and Intersections
- Types of Lines used in Engineering Drawing
- Basic Information in Engineering Drawing
- Drawing Layout
- Types of Drawing
- Introduction to CAD (Computer Aided Designing)
- Engineering Design Process
- Features of CAD
- Types of Modelling
- Sample CAD modeling Exercises