What Is BS Industrial Design?

What is BS Industrial Design?

BS Industrial Design (BID) is a comprehensive field that incorporates multiple disciplines such as engineering, design, materials science and manufacturing processes. It is a field of study that focuses on the creation and development of products and systems for the commercial market. These products must meet the needs of their users while also being aesthetically pleasing, functional, and cost-effective.

The overall goal of BID is to create products that are user-friendly, efficient, and aesthetically pleasing. This requires an in-depth knowledge of product design principles, manufacturing processes, materials science, engineering principles, ergonomics, marketing research and product testing. The end result should be an effective product that meets or exceeds customer expectations.

At its core, BID emphasizes the importance of design principles such as form follows function and aesthetics follow ergonomics. This means that all elements in a design must be carefully considered in order to create an effective product.

For example, when designing a chair for office use it must be comfortable for long periods of sitting as well as having a pleasing aesthetic appeal to attract customers. All elements must work together to create an effective product – from the shape and size of the chair to its material composition.

In addition to focusing on aesthetics and function, BID also considers how a product will be manufactured. This means understanding how different materials interact with each other during production processes such as injection molding or 3D printing. It also requires knowledge about the various machines used during production so that they can produce quality parts with minimal waste and cost.

BS Industrial Design is a comprehensive field that focuses on creating aesthetically pleasing yet functionally efficient products for commercial markets through using multiple disciplines such as engineering design materials science and manufacturing processes while also taking into consideration how it will be manufactured in order to produce quality parts with minimal waste and cost.