What Is Taught in Industrial Design?

Industrial design is a professional practice that combines art, science, and technology to create products or services that enhance the quality of people’s lives. It encompasses many different disciplines, from product design to architecture and engineering. Industrial designers apply creative and problem-solving skills to design objects, systems, and services for mass production.

Industrial designers use research and analysis to understand the needs of their clients. They take into account not only the aesthetics of an object but also its function, ergonomics, safety, sustainability and cost efficiency. They must be able to visualize a product before it is made by using advanced technologies such as 3D printing or computer-aided design (CAD).

The industrial design process typically begins with research into the Target audience for a product or service.

The industrial designer then develops concepts for designs that meet the needs of their client. This is followed by prototyping and testing to ensure that the final product meets all requirements.

Industrial designers are educated in various aspects of design such as color theory, materials science, ergonomics, manufacturing processes and marketing principles. They gain knowledge in areas such as mechanical engineering, manufacturing processes, graphic design and user experience (UX) through formal education or through on-the-job experience.

Industrial designers often work closely with other professionals in related fields such as marketing or engineering in order to create successful products or services. They must be able to think creatively while also understanding how their designs can be implemented in a practical way.


Industrial design is an interdisciplinary field that combines art, science and technology to create products or services that improve people’s lives. Industrial designers must have strong problem solving skills in order to develop concepts for designs that meet customer needs while also taking cost efficiency into account. They are educated in areas such as color theory, materials science, ergonomics and manufacturing processes which they then apply both creatively and practically when developing new products or services.