This course will introduce students to drawing objects and three-dimensional space. Students will use the basics of perspective sketching, developing grids and mechanical perspective and orthogonal views. Students learn to depict various materials such as glass, metals, plastics, fabrics, wood, and other natural materials consistent with professional standards.

This course will focus on experimentation and discovery through the exploration of creative problem solving techniques. Students will explore the dynamics between objects and the user’s senses, emotions, and expressed needs. Using drawing, sketch-modeling and basic shop skills, students will discover the wide choice of materials industrial designers use to further develop their projects. Concepts of recycling and reuse are introduced along with philosophical design approaches, and historical examples. Emphasis will be placed on the improvement of craft in the development of projects and on clarity and professionalism in practice.

In this course, design projects are conceived as the result of close contact between students and real-world projects commonly found in the manufacturing sector. Students research a specific manufacturing entity in order to understand its capabilities. Research will be conducted in the field and shared with the class to enhance the understanding of the realities associated with production. Students will be challenged to improve their ability to define problems, generate and promote concepts, evaluate their work and offer refinements of solutions. They will learn to derive inspiration from the material world and marketplace while simultaneously bringing inspiration to them.

This course will emphasize the cognitive and technical skills necessary to manipulate material for the accurate three-dimensional communication of design intent. Projects focus on understanding the relationship of materials, manufacturing processes, products and the user. Special emphasis is placed on using non-toxic materials.

This course will develop more advanced analog and digital visualization techniques, while expanding on graphic and three-dimensional components needed to create presentations and the workflows to achieve them. Students will learn various types of digital techniques using vector and raster-based software applications, and a variety of input and output devices for the creation of professional-level output.

This course will highlight the application of design methods and processes through projects that focus on deepening the students’ problem-solving skills, studio skills (two- and three-dimensional sketching, drawing, CAD), shop skills (modelmaking) and presentation skills. Emphasis will be placed on collaborating with multidisciplinary partners outside the industrial design program, and/or, when circumstances allow, with external resources such as clients or project sponsors.

Industrial Design Independent Study provides students the means to study in a specialized area with an individual faculty member. With the assistance of their faculty advisers, students will propose a course of study. Students must obtain permission of an instructor and complete the Independent Study Permission Form to enroll. A 3.0 or higher GPA required.