Smart Product Design: A Cognitive Approach to Industrial Engineering

How do we design physical products that feel intuitive and intelligent to the user? Bridging the gap between cognitive science and physical engineering is the key to creating successful smart devices in the modern world. In this text-based course, you will explore how cognitive principles shape usability and discover how to plan, evaluate, and refine smart hardware prototypes that integrate seamlessly into daily life. What you'll learn: - Understand the fundamental principles of cognitive science applied to industrial design. - Analyze how users interact with physical objects and electronic interfaces. - Plan smart product prototypes that combine mechanical structures with simple electronics. - Apply objective evaluation techniques to test usability, hardware response, and physical accessibility. - Explore modern prototyping workflows, including rapid fabrication concepts and connected device design. The course starts with essential cognitive design terminology and foundational definitions before guiding you through user interaction analysis, physical prototyping strategies, and systematic product evaluation. This curriculum is designed for beginners in industrial design, engineering, or product development, with no prior hardware experience required. Start reading today to build intuitive, user-friendly smart products from scratch.