Who is Don Norman
Don Norman has worked across engineering, psychology and design, in universities and technology companies. His writing examines how people understand and use products and services. He was founding director of UC San Diego’s Design Lab, retiring at the end of 2020, and is an emeritus cofounder of Nielsen Norman Group.[1]
Education and early research
He graduated in electrical engineering from MIT in 1957, then earned an electrical engineering master’s at Pennsylvania in 1959 and a doctorate in mathematical psychology there in 1962.[3]
After four years at Harvard’s Center for Cognitive Studies, he joined UC San Diego’s psychology department. Consulting on the Three Mile Island nuclear accident helped direct his interest towards the design of systems.[6]
His early books include Memory and Attention, published by Wiley in 1969 and again in 1976. Subtitled an introduction to human information processing, it represents his cognitive research writing before his better-known accounts of everyday products.[7]
With P. H. Lindsay he wrote Human Information Processing, published by Academic Press in 1972 and reissued in 1977.[8] In 1975 he joined David Rumelhart and the LNR Research Group in Explorations in Cognition, another collaborative work preceding his design books.[20]
Universities, Apple and consulting
At UC San Diego he helped establish the cognitive science department in 1987 with Jeff Elman and Jean Mandler. He later returned to cofound the Design Lab in 2014 with Jim Hollan and Scott Klemmer. Both projects brought the study of people into collaboration with other disciplines.[2]
He was an Apple Fellow from 1993 to 1997, a vice president from 1995, and a Hewlett-Packard executive in 1997–1998. He cofounded Nielsen Norman Group in 1998.[3]
Northwestern currently lists him as a professor emeritus in computer science. His profile describes an interest in design strategy and designers’ contributions to incremental and radical innovation within companies. This strand extends his work from cognitive research into product and organisational decisions.[4]
Human-centred design and user experience
In 1986 he coedited User Centered System Design with Stephen W. Draper. The collection addressed cognitive engineering, activities, interface understanding and the social context of computing. Norman contributed a cognitive engineering chapter and, with Edwin Hutchins and James Hollan, a chapter on direct manipulation interfaces. It illustrates the collaborative character of this programme.[9]
With Jakob Nielsen, he defined user experience in 1998 as encompassing the relationship with products, services and a company. Their account distinguishes the overall experience from the interface and its usability. Creating it requires coordination across engineering, marketing and design disciplines, rather than treating each element as an isolated decision.[17]
The Design of Everyday Things
The Design of Everyday Things explains interaction through conceptual models, mappings between controls and actions, constraints and system feedback. The revised 2013 edition introduces new examples and develops implementation of these principles. Its chapters move from understanding an object to designing, testing and introducing it within an organisation.[10]
In his 2008 essay on signifiers, he clarified the distinction between possibilities for action, a concept originating with James J. Gibson, and cues that make them understandable. Cues can be intentional or arise from social behaviour. Design therefore involves communicating what is happening and what someone can do, as well as physically enabling an action.[11]
Emotion and complexity
Emotional Design, published in 2004, examines the feelings objects evoke. It distinguishes visceral, behavioural and reflective levels of design and explores relationships between emotion, use and meaning. The book brings into discussion aspects that a narrow assessment of task completion may overlook, including the personal value attached to a product.[12]
Living with Complexity, published in 2010, distinguishes complexity required by an activity from confusion caused by poor design. Norman argues that managing complex systems requires both understandable products and services and learning by their users. His discussion extends beyond individual devices to services, waiting and social cues.[13]
Cognitive tools and intelligent systems
In Things That Make Us Smart he examines how objects extend memory and thought while also shaping reasoning and values. He argues for adapting technology to human capabilities and studying this reciprocal influence: a tool is more than an external aid because it can change the activity itself.[14]
The Invisible Computer, published in 1998, proposes information appliances suited to particular needs in response to the complexity of general-purpose computers. It connects this change with company organisation: developing products around human needs affects collaboration and decision-making. The proposal critiques both the product and the process through which it is created.[15]
In The Design of Future Things, published in 2007, he addresses intelligent objects, automation and human–machine interaction. Examples such as navigation devices and household appliances explore difficulties arising when devices make decisions. This strand places mutual understanding and control of interaction among the design questions raised by automated technology.[16]
Design for society and sustainability
Design for a Better World, published in 2023, develops his proposal around meaning, sustainability and humanity-centred design. Norman questions economic measures that marginalise quality of life and environmental effects. He advocates considering interdependent systems and collective consequences, extending analysis from an individual user to communities and the planet.[18]
The Don Norman Design Award carries this approach into recognition of projects, education and organisations. Its criteria require evidence of implementation and benefit to communities; project awards address teams early in their experience of this work. The programme distinguishes a promising idea from an intervention able to show how it functions in context.[19]
Academic and professional recognition
The Franklin Institute awarded him its 2006 Benjamin Franklin Medal in Computer and Cognitive Science for his contribution to user-centred design.[6]
Mode errors and control design in safety-critical operations
In his analysis of a 2013 New York ferry collision, Norman explains a mode error: the controls were configured differently from what the captain expected. Drawing on the NTSB report, he identifies the indication of system state and operating procedures as design problems.[5]
In cognitive ergonomics, this case provides a specific question for reviewing a control station: can the operator identify the active mode before performing a manoeuvre? One useful check is to observe a task after an interruption and establish whether the indicators help the operator recover the context. For equipment with several modes, the review should record how each display or control is interpreted and which confusion needs correcting. Assessment therefore focuses on the interaction between equipment, procedure and task.
