engineering design and manufacturing

1. ENGINEERI
NG DESIGN

2. Engineering design is a systematic,
iterative, and creative process
aimed at developing solutions to
challenges. It involves the creation,
testing, and refinement of models
or prototypes to address specific
problems effectively.
In Engineering design there are
various methodologies to develop
solutions:
• 3d modeling
• drafting
• Engg. simulation
ENGINEERI
NG DESIGN

3. 3D MODELING, DRAFTING, ENGG. SIMULATION
SOFTWARE
Computer-Aided Styling Computer-Aided Design Computer-Aided Engineering Computer-Aided Manufacturin
CAS CAD CAE CAM

4. It is where you sit with a designer and
make a quick, simple, model from
his/her sketches. You use very low
degree curves and surfaces. This enable
the designer to request changes, as you
go, which are easy and quick to do,
because the model has direct active
memory.
Computer-Aided Styling
CAS

8. CAD stands for Computer-Aided Design. It's a process that uses
computers to create, modify, analyze, or optimize designs. CAD
can be used to create 2D drawings or 3D models of products
before they are manufactured.
CAD software can be classified into the following types:
• 2D CAD
• 3D CAD
CAD software is used by architects, engineers, drafters, and artists.
It can help designers:
• Increase productivity
• Improve the quality of their designs
• Improve communication through documentation
• Create a database for manufacturing
• Protect products and inventions when used in patent
applications
Computer-Aided Design
CAD

12. Computer-aided engineering (CAE) is the use of
computer software to simulate performance in order to
improve product designs or assist in the resolution of
engineering problems for a wide range of industries.
This includes simulation, validation and optimization of
products, processes, and manufacturing tools.
In the preprocessing phase, engineers model the
geometry (or a system representation) and the physical
properties of the design, as well as the environment in
the form of applied loads or constraints. Next, the
model is solved using an appropriate mathematical
formulation of the underlying physics.
Computer-Aided Engineering
Stress and dynamics
analysis
optimization
computational fluid dynamics
CAE

15. CAM stands for computer-aided
manufacturing. CAM software is used to
convert computer-aided design (CAD) models
into information that can be used by
machines. CAM software is used to develop
programs for a variety of CNC machines,
such as milling and turning machines, or
machines for cutting edge machining or
additive manufacturing
Computer-Aided Manufacturing
CAM

17. • Machining accuracy: Human error is all but eliminated with CAM, and
computer-generated toolpaths are inherently more precise.
• Faster job completion: Not only does CAM software save hours of hand-
programming time, it also helps to reduce cycle times by offering
optimized toolpaths.
• Material and tool savings: The best CAM systems reduce accidental
gouges, continuously analyze stock material for warping or other
issues, and use tools as efficiently as possible to extend their life.
• Digital review: In-software simulation checks for possible programming
errors as well as presents a visual model of the machining process.
ADVANTAGES
CAM

22. CNC
Milling Machine

23. CNC Lathe Machine

24. CNC Laser
Cutting
Machine

25. CNC Waterjet
Cutting Machine

26. CNC Plasma
Cutting Machine

27. CNC Router
Machine

28. CNC Wire Cut EDM

29. 3D Printer

30. THANK
YOU