Industrial design education options include vocational programs, high school courses, and college-level degrees. Courses in computer-aided design, engineering, and mathematics are often included, with internships providing real-world experience. Apprenticeships and vocational programs can also prepare for a career in the field.
Product design is often a technical field and there are several options when it comes to the proper education. Industrial design programs are often available at the higher, higher or higher education levels, while vocational and apprenticeship programs can also prepare one for a career in the field, depending on the job. There are also high school courses and programs that can also help prepare. Most often, a college-level education is required for entry-level work, in which students learn to design and market products.
While most industrial design programs take place beyond high school, computer, math, and technology classes can help prepare one for future work. Art and technical drawing courses are also often beneficial so that students learn to view things from a design perspective. Vocational programs are also often available. Sometimes offered at community colleges and other technical education institutions, they can help students start a career in applied design or producing packaging design solutions, for example.
Vocational programs typically also provide the education and technical skills, such as using systems and materials for the packaging industry, needed in an industrial design career. Students can learn about designing ceramics, furniture, and metal crafts, as well as how to make technical drawings; Knowledge of packaging systems, laws and regulations and process analysis are also often acquired. Generally, the most beneficial industrial design programs are college or university degrees. This often includes courses in computer-aided design, engineering, manufacturing, and mathematics.
The typical degree program includes an internship in a manufacturing environment. This experience often helps him or her decide on a career in manufacturing or another form of industrial design, or whether he or she wants to focus on business administration. A component of many degree programs is often training in how to use software to develop three-dimensional models. Applied science and marketing skills often match computer design capabilities.
Some industrial design programs focus on commercial design, while others train students for a career in architecture. One can also work as an apprentice if an industrial design company provides this program. Often incorporating classwork in mathematics, industrial design, machinery, and safety, these industrial design programs often allow participants to learn the industry as they work. Skills gained may include sketching and layout, producing graphics, and integrating details into a design or production process.
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