What Is Known as Industrial Design?

Industrial design is a term used to refer to the art, science and technology of designing and developing products for the mass production market. The purpose of industrial design is to create products that are aesthetically appealing, functional, ergonomic and efficient in use. Industrial designers use a variety of tools and techniques to create products that are both visually appealing and practical in their application.

Industrial design is often used by engineers, architects and product designers to create products that meet specific needs or requirements. For example, medical equipment, automotive products and furniture all require specialized industrial designs. Industrial design also includes the development of prototypes, models and drawings so that manufacturers can create a product that meets the end user’s expectations.

The process of industrial design typically follows certain steps. First, the designer will analyze the needs of the customer or user in order to determine what characteristics would be desirable for a particular product.

Next, they will develop a prototype or model so that it can be tested for its functionality. Finally, they will refine the design until it meets all requirements.

The Process Of Industrial Design

  • Analyze customer/user needs
  • Develop prototype/model
  • Test prototype/model
  • Refine design

Industrial designers must also consider economic factors when developing a product. This means taking into account cost factors such as labor costs, raw materials costs, manufacturing processes costs and marketing expenses in order to determine how much profit can be made from producing a particular item.

In addition to these considerations, industrial designers must also consider safety regulations when designing a product. This means making sure that any potential hazards are eliminated or minimized before a product is released for sale.


What Is Known as Industrial Design?

Industrial design is an art form focused on creating aesthetically pleasing products for mass production markets with an emphasis on ergonomics and efficiency in use. The process typically involves analyzing customer/user needs, developing prototypes/models testing them for functionality before refining them until they meet all requirements.