Design is the process of transforming the requirements of a customer or
marketplace into a product that meets requirements.
The various dimensions of electronics product designing:
(a) Scientific design
(b) Industrial design
(c) Engineering design
(a) Scientific design
Scientific design requires several steps. Existing knowledge is a key
element and forms the basis of the design process. Existing knowledge is
transformed into a hypothesis that realizes the evolution of new products. The
next step is logic analysis. The experiment is performed in the analysis. The
final step in design is called proof.
(b) Industrial design
The American Society of Industrial Designers (IDSA) defines industrial
design as "a professional service that creates and develops concepts and
specifications that optimize the functionality, value and appearance of
products and systems for the benefit of both users and manufacturers."
Industrial design begins at the conceptualization stage. It evolves from
concept to structure and composition. The next step involves optimization
analysis. The conceptual level of design can be explained in detail in the
design. Detailed anatomy of the structure is prepared. Design is verified based
on thermal and EMC requirements. Industrial design development drawings,
workbooks and product details are required.
(c) Engineering design
In the early stages of a product, engineering design is more important
than industrial design. The product priority factor includes measurements of
the intrinsic relationships between people and products. Engineering design
relates to the number of factors such as circuit design, software development,
safety design, assembly design, cost design, material selection, and so on.
Engineering design methodologies are most important in the early stages of
electronics design services. During the engineering design phase, integration of
functional parts and experiments is required. The required packaging and interconnections
are based on requirements.
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