Product design is a process that involves generating ideas for new products, prototyping, testing, and finalizing the design. The goals of product design are to meet customer needs, reduce costs, ensure product quality and functionality, and generate profits. Effective product design considers factors like appearance, reliability, manufacturability, and other specifications.

2.  It is a process of creating new product
to be sold by business .
 It is concerned with efficient and
effective generation and development
of ideas through process that leads to
new products

3.  “Product design is concerned
with the determination of what
product would like, how it will
be made ,what function the
product will perform and how it
will perform”

4.  Functions or performance
 Appearance
 Reliability
 Maintainability
 Availability
 Standardization
 Safety and specification

6. Assessing the
problem
Research
Ideas
Prototype
Testing
Final design
Manufacturing

7.  To achieve the desired product quality
 To reduce the cost of the product
 To ensure the validity of the product according to
the needs of customer
 To generate profit in the long run
 To implement the idea of a
new product

9.  innovative
 useful
 aesthetic
 understandable
 unobtrusive
 honest
 long lasting
 accuracy
 environmental friendly

10.  1.

11. Different correlated teams are formed,
which performed different activities of
designing a product
In Practice Different Concepts Are
Combined And Applied Together

12.  it is a process of carefully
dismantling a product,
understanding its design and
developing A product which
is better than existing one

14.  Robust design is a design technique by
considering environmental variation,
manufacturing variation, and company
deterioration.
 This type of design focusing on
fundamental functions of product
 Facilitate flexible design

15.  It is a design approach that subdivides
a system into smaller part called
modules, that can be independently
created and then assembled or used in
different system.

16.  The main purpose of standardization is to
establish mandatory or obligation norms
for the design and production of
machines so as to reduce variations in
their types and grades and achieve
quality characteristics in raw material,
semi finished goods and finished
products

17.  This allows manufacturing to have input
into design and make suggestion on how
best design a product that minimizes
production cost
OBJECTIVES
› Estimate manufacturing cost
› Reduce the cost of components
› Reduce cost of supporting production
› Consider DFM decision

18.  DFA addresses product structure
simplification since the total number of
parts in a product is a key indicator of
design.
 How to design for ease of assembly and
reduce assemble time and cost
 It is a part of DFM and together it is called
DFMA

19. DFA
 Concerned Only With Reducing Product Assembly Cost
 Minimize The Number Of Assembly Operation
DFM
 Concerned With Reducing Overall Part Production Cost
 Minimizing Complexity Of Manufacturing Operation

20.  It is a aspect of designing products
for ease of transporting from
manufacturing to the
Customer.
 The designing and packaging
should be minimize the
space of transporting

21.  DFQ recognizes that quality starts in
the product design.
 DFQ focused on developing the
product, improving the system
to bring forth and sustain.
 Avoid Deffects,errors,Etc.….
 Quality –it’s not just happen,
 And it’s not sole responsibility
of manufacturing, but it’s main
responsibility of manufacturing

22.  Service design is an activity of organizing and
planning people ,communication
,infrastructure and material components in
order to improve service quality.it is the
interaction between the services provider
and customer and customers experiences.
 It is created and delivered simultaneously

23. aspect
Creation &
delivery
inventory
• Tangible aspect
• Intangible aspect
• At Different time
• simultaneously
• can be Maintained
• Not possible to
maintain

24.  What’s old -> new again
 Digitization
 Smart product
 Mass customization
 Workers involvement
 Environmental concerns
 Flexibility
 Computer aided design

25.  Minimal material cost
 Minimize in labor cost
 Shipment and logistic
 Procurement
 Maintenance friendly design
 Side product consideration
 Cost effective quantities
 Finance and taxes

26.  Create the Manufacturing Bill of
Material[MBOM]
 “design” the cost before design the product
 Make a Pareto graph of cost
 Don't miss the hidden cost
 Time is money

29. PEOPLE DON’T USE THE
PRODUCT BECAUSE OF THE
GREAT DESIGN.
GREAT DESIGN HELPS MAKE
THEM USE THE PRODUCT “