Good bad design
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Introduction to human computer interaction, how is good design, how is bad design, why design is important, art, design, science
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Bad design
This document discusses bad design and provides examples. It defines bad design as products whose design is not adapted to users, tasks, or environments. Examples given include a symmetric knife with indistinguishable blade sides, USB ports with no sense of proper orientation, and doors that open in both directions posing collision risks. The document outlines consequences of bad design like increased costs and user security problems and concludes that bad design can be reduced by following human factors and user-centered design principles.
User centered Design
The document discusses user-centered design (UCD), including its definition, principles, process, and advantages/disadvantages. UCD is defined as a process that involves users throughout a product's lifecycle from planning through post-release assessment. The key principles of UCD outlined are to understand users, design for the total user experience, evaluate designs with users, and continually observe users. The UCD process is iterative and includes requirements gathering, design, evaluation, and assessing competitiveness. Advantages of UCD include products that are easier to use and requiring less redesign, while disadvantages include increased costs and time required.
HCI Good designs and Bad designs.
This is the demo slide we prepared for the "human computer interaction" course fulfillment in order to distinguish some of the good and bad designs that are around us. We hope this might help to the person who is new to this course.
Group member:
Suman Dhakal, Dipesh Khadka, Manish Raj Silwal.
Human computer interaction -Input output channel with Scenario
This document discusses input and output channels in human-computer interaction. It describes the five human senses - sight, hearing, touch, taste and smell - and how they provide input. It then discusses the major effectors like limbs, fingers and vocal systems that provide human output. The document focuses on how vision, hearing and touch are used as input channels in interacting with computers, primarily through the eyes, fingers and voice. It provides details on the physiological mechanisms and processing involved in each sense.
Intro Design Principles
This document introduces design principles based on Don Norman's book "The Design of Everyday Things". It discusses Norman's work in user-centered design and establishing principles like visibility, feedback, affordance, mapping, constraints, and consistency as a framework for analyzing interaction problems. Each principle is defined and examples are provided to illustrate both proper and poor implementations. The document concludes that design principles are validated by usability methods that evaluate learnability, efficiency, memorability, errors, and satisfaction.
HCI - Chapter 3
The document discusses models of interaction between users and computer systems. It describes Norman's seven-stage model of interaction which focuses on the user's perspective when interacting with an interface. It also discusses Abowd and Beale's framework which identifies the major components involved in interaction, including user input and system output. Different styles of interaction are examined, such as command line interfaces, menus, and WIMP interfaces.
The Psychology of Human-Computer Interaction
Lecture 4 from University of Derby's 'Cyberpsychology' module. The Psychology of Human-Computer Interaction. By Dr Simon Bignell
HCI - Chapter 2
The document discusses various input and output devices used in computer systems. It describes keyboards, mice, touchscreens, displays, printers and scanners. It explains how these devices work and how they allow interaction with computers. Different interaction techniques are suitable depending on the devices used, such as direct interaction with touchscreens versus indirect interaction with mice.
Recommandé
Bad design
This document discusses bad design and provides examples. It defines bad design as products whose design is not adapted to users, tasks, or environments. Examples given include a symmetric knife with indistinguishable blade sides, USB ports with no sense of proper orientation, and doors that open in both directions posing collision risks. The document outlines consequences of bad design like increased costs and user security problems and concludes that bad design can be reduced by following human factors and user-centered design principles.
User centered Design
The document discusses user-centered design (UCD), including its definition, principles, process, and advantages/disadvantages. UCD is defined as a process that involves users throughout a product's lifecycle from planning through post-release assessment. The key principles of UCD outlined are to understand users, design for the total user experience, evaluate designs with users, and continually observe users. The UCD process is iterative and includes requirements gathering, design, evaluation, and assessing competitiveness. Advantages of UCD include products that are easier to use and requiring less redesign, while disadvantages include increased costs and time required.
HCI Good designs and Bad designs.
This is the demo slide we prepared for the "human computer interaction" course fulfillment in order to distinguish some of the good and bad designs that are around us. We hope this might help to the person who is new to this course.
Group member:
Suman Dhakal, Dipesh Khadka, Manish Raj Silwal.
Human computer interaction -Input output channel with Scenario
This document discusses input and output channels in human-computer interaction. It describes the five human senses - sight, hearing, touch, taste and smell - and how they provide input. It then discusses the major effectors like limbs, fingers and vocal systems that provide human output. The document focuses on how vision, hearing and touch are used as input channels in interacting with computers, primarily through the eyes, fingers and voice. It provides details on the physiological mechanisms and processing involved in each sense.
Intro Design Principles
This document introduces design principles based on Don Norman's book "The Design of Everyday Things". It discusses Norman's work in user-centered design and establishing principles like visibility, feedback, affordance, mapping, constraints, and consistency as a framework for analyzing interaction problems. Each principle is defined and examples are provided to illustrate both proper and poor implementations. The document concludes that design principles are validated by usability methods that evaluate learnability, efficiency, memorability, errors, and satisfaction.
HCI - Chapter 3
The document discusses models of interaction between users and computer systems. It describes Norman's seven-stage model of interaction which focuses on the user's perspective when interacting with an interface. It also discusses Abowd and Beale's framework which identifies the major components involved in interaction, including user input and system output. Different styles of interaction are examined, such as command line interfaces, menus, and WIMP interfaces.
The Psychology of Human-Computer Interaction
Lecture 4 from University of Derby's 'Cyberpsychology' module. The Psychology of Human-Computer Interaction. By Dr Simon Bignell
HCI - Chapter 2
The document discusses various input and output devices used in computer systems. It describes keyboards, mice, touchscreens, displays, printers and scanners. It explains how these devices work and how they allow interaction with computers. Different interaction techniques are suitable depending on the devices used, such as direct interaction with touchscreens versus indirect interaction with mice.
Human computer interaction
This document provides an overview of human-computer interaction (HCI). It begins with early computing in 1945, which involved large specialized machines. As computers developed, they became smaller, cheaper, and more widely used. HCI emerged as a field to study the interaction between humans and computers. Key aspects of HCI include understanding human abilities and limitations as well as the computer system components that enable interaction such as input devices, output displays, and memory. The document explores various interaction paradigms that have developed over time including command lines, menus, natural language interfaces, and graphical user interfaces. It provides examples of how interaction involves both the human and computer systems working together.
Human Computer Interaction (HCI)
Human-computer interaction (HCI) is a multidisciplinary field of study focusing on the design of computer technology and, in particular, the interaction between humans (the users) and computers. While initially concerned with computers, HCI has since expanded to cover almost all forms of information technology design
Hci in software process
The document discusses key aspects of the software engineering design process including requirements specification, architectural design, detailed design, coding and testing. It emphasizes that usability engineering should occur throughout the design lifecycle. The document also discusses iterative design and prototyping techniques which help address limitations of incomplete requirements specifications. Design rationale is presented as an important part of the process to explain and communicate the reasons behind design decisions.
HCI
This document provides an overview of the subject of Human-Computer Interaction (HCI). It discusses the historical evolution of HCI from early computers to modern interfaces. It also covers key concepts like interactive system design, usability engineering, and the relationship between HCI and software engineering. The document outlines several topics that are important to HCI like GUI design, prototyping techniques, and research areas in HCI including ubiquitous computing and embedded systems.
Human computer interaction
The document discusses key aspects of human-computer interaction (HCI), including its importance, elements, interaction styles, input and output devices, and eye tracking techniques. HCI aims to design human-centered systems by understanding users' visual, intellectual, motor, and memory capabilities. Serious HCI research promises to fundamentally change computing by creating excellent user interfaces. Understanding users and conducting evaluations are important for practitioners. Common interaction styles include command lines, menus, and WIMP interfaces. Input devices include keyboards while outputs include displays, and humans interact visually, auditorily, and through touch. Various eye tracking methods aim to measure gaze, such as electrooculography and video-based techniques. HCI is an interdisciplinary
interaction norman model in Human Computer Interaction(HCI)
interaction norman model in Human Computer Interaction(HCI)Daroko blog(www.professionalbloggertricks.com)
This Document by Daroko blog,this describe the human computer interface in use today,to read More about Notes on human computer intrface,kindly go to daroko blog,this is ust a section of those notes,go to daroko blog and read all the Notes,check on the tutorials part on that blog and then choose human computer interafec HCI 3e - Ch 5: Interaction design basics
The document discusses various topics related to interaction design basics including goals and constraints of design, understanding users through personas and scenarios, prototyping and iteration, navigation design, screen design principles, and more. It emphasizes the importance of an user-centered design approach and provides examples and guidelines to help design intuitive interactions.
HCI 3e - Ch 14: Communication and collaboration models
Chapter 14: Communication and collaboration models
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
Chapter1(hci)
This document outlines the syllabus for a course on Human Computer Interaction taught by Dr. Latesh Malik. The course objectives are to introduce students to concepts of HCI and how to design and evaluate interactive technologies. The syllabus covers topics like principles of interface design, the design process, screen design, interface components, and tools. The course aims to help students understand considerations for interface design and methods in HCI to design effective user interfaces.
Human computer interaction-Memory, Reasoning and Problem solving
you will learn about Long term & short term Memory, Reasoning and problem solving, problem space theory ,Anderson's act model ,Error and Mental model
HCI 3e - Ch 1: The human
Chapter 1: The human
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
HCI 3e - Ch 7: Design rules
Chapter 7: Design rules
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
Human computer interaction
Human-Computer Interaction is a discipline concerned with the design, evaluation and implementation of interactive computing systems for human use and with the study of major phenomena surrounding them” -ACM/IEEE
Human computer interaction -Input output channel
This slides explains the concepts of Human computer Interaction ,Input output channel and Human Memory
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This Presentation contains all the topics in design concept of software engineering. This is much more helpful in designing new product. You have to consider some of the design concepts that are given in the ppt
Introducing Human Computer Interaction
This document provides an overview of human-computer interaction (HCI) as an academic discipline and design field. It discusses what students will learn, including understanding systems and humans through analysis, and applying that understanding to design solutions with a focus on real users. It outlines topic areas like design processes, underlying theories of human cognition, and specific domains. It also explores the roots of HCI in fields like psychology and computing. Finally, it discusses changes in the field with increasing device multiplicity, ubiquitous and wearable technologies, and a shift from computer dialogue to dialogue with the world.
Psychology Human Computer Interaction
This document provides an overview of the psychology of human-computer interaction. It begins by outlining the learning outcomes, which are to understand why psychologists should be involved in design, consider elements of HCI in relation to psychology, and how new technologies impact people. It then provides definitions of human-computer interaction and discusses relevant disciplines like computer science, psychology, and ergonomics. Examples of incidents involving poor interface design leading to issues like information overload are provided. The document also discusses goals of HCI like usability, effectiveness and different roles in the field like interaction designers.
Unit2 hci
The document discusses human-computer interaction design. It notes that good design requires understanding users, their needs and expectations. Common pitfalls include lack of early user analysis, usability testing and team communication. Ambiguous interfaces, limited input and complex navigation cause usability problems. The design process involves understanding business functions, human characteristics like memory and speed, and ensuring the interface matches users' mental models through techniques like task analysis and conceptual modeling.
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This document summarizes a project report for a quiz application submitted to Rajiv Gandhi Proudyogiki Vishwavidyalaya, Bhopal. The report describes a web-based quiz application developed by students Bhumika Kanojia, Durgesh Mishra, and Harsh Verma to fulfill their Bachelor of Engineering degree requirements. The application allows users to play various quizzes on technical, general knowledge, and other topics. Users can view answers, ask questions, and submit their own questions and answers after admin approval. The report covers requirements analysis, design, implementation, and testing of the quiz application.
Design Principles
The document discusses design principles from Don Norman's book "The Design of Everyday Things" and another book on interaction design. It outlines several important principles: visibility (can the user see what to do?), feedback (does the user know the effect of their actions?), affordance (how do controls suggest their use?), mapping (is the relationship between controls and effects clear?), constraints (are invalid actions prevented?), and consistency (is use of the design logical and predictable?). Examples of both good and poor implementations of these principles in everyday designs are provided.
How to do 3D printing in Architecture.pdf
Since the age of the Pharaohs, architectural models have served as physical representations during structures’ development to help sell a project, support fundraising efforts, and solve construction challenges.
Traditionally, model-making is a manual craft that involves working with materials such as wood, ceramic, cardboard, or clay, which can be extremely time-consuming and repetitive. Architecture studios and practices today have access to a wider range of tools, including CNC milling machines, laser cutters, and 3D printers that can reduce labor needs and speed up the workflow.
Despite a move from the drawing board to digital screens, physical architectural models still play a significant role in helping architects visualize blueprints.
3D printing technologies help bridge the gap between digital and physical worlds and empower architects and model makers to create high-precision architectural models quickly and cost-effectively directly from digital drawings.
Modern 3D printing processes provide architects and model makers with the means to revolutionize how models are made. They do this by: Speeding up the architectural model making process. Translating CAD drawing directly into physical 3D models with a high level of precision.
This book gives a brief breakdown of how to design 3D printing designs in Architecture, accompanied by links to get more detailed description of what 3D printing in the Architecture industry is all about. It is designed to help those looking to go into a different kind of design and printing particularly in the Architecture department to have a clear and better understanding of the types of printing softwares and how to use them as well as knowing the how beneficial they are in the Architectural industry.
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Innovation in the Internet of Things (IoT) provides various opportunities for large, medium, and small-sized companies; however, its realization is still challenging for these companies. Therefore, an engineering design methodology for IoT innovation is required, especially for non- information and communication technology experts. In this paper, we call the engineering design method for IoT innovation “IoT innovation design method,” and discuss its requirements and perspectives with reference to previous studies. Then, this paper proposes a concrete IoT innovation design method with an example. This paper contributes to existing studies not only by proposing a new specific method but also by clarifying the general requirements and perspective (viewpoints) of IoT innovation design methods.
Contenu connexe
Tendances
Human computer interaction
This document provides an overview of human-computer interaction (HCI). It begins with early computing in 1945, which involved large specialized machines. As computers developed, they became smaller, cheaper, and more widely used. HCI emerged as a field to study the interaction between humans and computers. Key aspects of HCI include understanding human abilities and limitations as well as the computer system components that enable interaction such as input devices, output displays, and memory. The document explores various interaction paradigms that have developed over time including command lines, menus, natural language interfaces, and graphical user interfaces. It provides examples of how interaction involves both the human and computer systems working together.
Human Computer Interaction (HCI)
Human-computer interaction (HCI) is a multidisciplinary field of study focusing on the design of computer technology and, in particular, the interaction between humans (the users) and computers. While initially concerned with computers, HCI has since expanded to cover almost all forms of information technology design
Hci in software process
The document discusses key aspects of the software engineering design process including requirements specification, architectural design, detailed design, coding and testing. It emphasizes that usability engineering should occur throughout the design lifecycle. The document also discusses iterative design and prototyping techniques which help address limitations of incomplete requirements specifications. Design rationale is presented as an important part of the process to explain and communicate the reasons behind design decisions.
HCI
This document provides an overview of the subject of Human-Computer Interaction (HCI). It discusses the historical evolution of HCI from early computers to modern interfaces. It also covers key concepts like interactive system design, usability engineering, and the relationship between HCI and software engineering. The document outlines several topics that are important to HCI like GUI design, prototyping techniques, and research areas in HCI including ubiquitous computing and embedded systems.
Human computer interaction
The document discusses key aspects of human-computer interaction (HCI), including its importance, elements, interaction styles, input and output devices, and eye tracking techniques. HCI aims to design human-centered systems by understanding users' visual, intellectual, motor, and memory capabilities. Serious HCI research promises to fundamentally change computing by creating excellent user interfaces. Understanding users and conducting evaluations are important for practitioners. Common interaction styles include command lines, menus, and WIMP interfaces. Input devices include keyboards while outputs include displays, and humans interact visually, auditorily, and through touch. Various eye tracking methods aim to measure gaze, such as electrooculography and video-based techniques. HCI is an interdisciplinary
interaction norman model in Human Computer Interaction(HCI)
interaction norman model in Human Computer Interaction(HCI)Daroko blog(www.professionalbloggertricks.com)
This Document by Daroko blog,this describe the human computer interface in use today,to read More about Notes on human computer intrface,kindly go to daroko blog,this is ust a section of those notes,go to daroko blog and read all the Notes,check on the tutorials part on that blog and then choose human computer interafec HCI 3e - Ch 5: Interaction design basics
The document discusses various topics related to interaction design basics including goals and constraints of design, understanding users through personas and scenarios, prototyping and iteration, navigation design, screen design principles, and more. It emphasizes the importance of an user-centered design approach and provides examples and guidelines to help design intuitive interactions.
HCI 3e - Ch 14: Communication and collaboration models
Chapter 14: Communication and collaboration models
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
Chapter1(hci)
This document outlines the syllabus for a course on Human Computer Interaction taught by Dr. Latesh Malik. The course objectives are to introduce students to concepts of HCI and how to design and evaluate interactive technologies. The syllabus covers topics like principles of interface design, the design process, screen design, interface components, and tools. The course aims to help students understand considerations for interface design and methods in HCI to design effective user interfaces.
Human computer interaction-Memory, Reasoning and Problem solving
you will learn about Long term & short term Memory, Reasoning and problem solving, problem space theory ,Anderson's act model ,Error and Mental model
HCI 3e - Ch 1: The human
Chapter 1: The human
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
HCI 3e - Ch 7: Design rules
Chapter 7: Design rules
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
Human computer interaction
Human-Computer Interaction is a discipline concerned with the design, evaluation and implementation of interactive computing systems for human use and with the study of major phenomena surrounding them” -ACM/IEEE
Human computer interaction -Input output channel
This slides explains the concepts of Human computer Interaction ,Input output channel and Human Memory
Design Concept software engineering
This Presentation contains all the topics in design concept of software engineering. This is much more helpful in designing new product. You have to consider some of the design concepts that are given in the ppt
Introducing Human Computer Interaction
This document provides an overview of human-computer interaction (HCI) as an academic discipline and design field. It discusses what students will learn, including understanding systems and humans through analysis, and applying that understanding to design solutions with a focus on real users. It outlines topic areas like design processes, underlying theories of human cognition, and specific domains. It also explores the roots of HCI in fields like psychology and computing. Finally, it discusses changes in the field with increasing device multiplicity, ubiquitous and wearable technologies, and a shift from computer dialogue to dialogue with the world.
Psychology Human Computer Interaction
This document provides an overview of the psychology of human-computer interaction. It begins by outlining the learning outcomes, which are to understand why psychologists should be involved in design, consider elements of HCI in relation to psychology, and how new technologies impact people. It then provides definitions of human-computer interaction and discusses relevant disciplines like computer science, psychology, and ergonomics. Examples of incidents involving poor interface design leading to issues like information overload are provided. The document also discusses goals of HCI like usability, effectiveness and different roles in the field like interaction designers.
Unit2 hci
The document discusses human-computer interaction design. It notes that good design requires understanding users, their needs and expectations. Common pitfalls include lack of early user analysis, usability testing and team communication. Ambiguous interfaces, limited input and complex navigation cause usability problems. The design process involves understanding business functions, human characteristics like memory and speed, and ensuring the interface matches users' mental models through techniques like task analysis and conceptual modeling.
Minor project Report for "Quiz Application"
This document summarizes a project report for a quiz application submitted to Rajiv Gandhi Proudyogiki Vishwavidyalaya, Bhopal. The report describes a web-based quiz application developed by students Bhumika Kanojia, Durgesh Mishra, and Harsh Verma to fulfill their Bachelor of Engineering degree requirements. The application allows users to play various quizzes on technical, general knowledge, and other topics. Users can view answers, ask questions, and submit their own questions and answers after admin approval. The report covers requirements analysis, design, implementation, and testing of the quiz application.
Design Principles
The document discusses design principles from Don Norman's book "The Design of Everyday Things" and another book on interaction design. It outlines several important principles: visibility (can the user see what to do?), feedback (does the user know the effect of their actions?), affordance (how do controls suggest their use?), mapping (is the relationship between controls and effects clear?), constraints (are invalid actions prevented?), and consistency (is use of the design logical and predictable?). Examples of both good and poor implementations of these principles in everyday designs are provided.
Tendances (20)
interaction norman model in Human Computer Interaction(HCI)
interaction norman model in Human Computer Interaction(HCI)
HCI 3e - Ch 14: Communication and collaboration models
HCI 3e - Ch 14: Communication and collaboration models
Human computer interaction-Memory, Reasoning and Problem solving
Human computer interaction-Memory, Reasoning and Problem solving
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Since the age of the Pharaohs, architectural models have served as physical representations during structures’ development to help sell a project, support fundraising efforts, and solve construction challenges.
Traditionally, model-making is a manual craft that involves working with materials such as wood, ceramic, cardboard, or clay, which can be extremely time-consuming and repetitive. Architecture studios and practices today have access to a wider range of tools, including CNC milling machines, laser cutters, and 3D printers that can reduce labor needs and speed up the workflow.
Despite a move from the drawing board to digital screens, physical architectural models still play a significant role in helping architects visualize blueprints.
3D printing technologies help bridge the gap between digital and physical worlds and empower architects and model makers to create high-precision architectural models quickly and cost-effectively directly from digital drawings.
Modern 3D printing processes provide architects and model makers with the means to revolutionize how models are made. They do this by: Speeding up the architectural model making process. Translating CAD drawing directly into physical 3D models with a high level of precision.
This book gives a brief breakdown of how to design 3D printing designs in Architecture, accompanied by links to get more detailed description of what 3D printing in the Architecture industry is all about. It is designed to help those looking to go into a different kind of design and printing particularly in the Architecture department to have a clear and better understanding of the types of printing softwares and how to use them as well as knowing the how beneficial they are in the Architectural industry.
IoT Innovation Design Method (Picmet2019 Presentation)
Innovation in the Internet of Things (IoT) provides various opportunities for large, medium, and small-sized companies; however, its realization is still challenging for these companies. Therefore, an engineering design methodology for IoT innovation is required, especially for non- information and communication technology experts. In this paper, we call the engineering design method for IoT innovation “IoT innovation design method,” and discuss its requirements and perspectives with reference to previous studies. Then, this paper proposes a concrete IoT innovation design method with an example. This paper contributes to existing studies not only by proposing a new specific method but also by clarifying the general requirements and perspective (viewpoints) of IoT innovation design methods.
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Good bad design
- 1. GOOD BAD DESIGN HUMAN COMPUTER INTERACTION 322131 HCI/2015 CS KKU 1
- 2. INDEX • Introduction to HCI • Why design? • How is bad • How is good • Discussion • Assignment 322131 HCI/2015 CS KKU 2
- 3. HUMAN COMPUTER INTERACTION Psychology Ergonomics and human factors Computer Science Language Sociology Ethnography Design Engineering 322131 HCI/2015 CS KKU 3
- 4. HUMAN COMPUTER INTERACTION 322131 HCI/2015 CS KKU 4
- 5. WHY is important?322131 HCI/2015 CS KKU 5
- 6. ART| DESIGN |SCIENCE Illustration Visual design Fine Art Imagery Typography Grid system Research Interviewing Interaction design User Experience Information Architecture 322131 HCI/2015 CS KKU 6
- 7. How much does DESIGN matter to you? 322131 HCI/2015 CS KKU 7
- 8. GOOD/BAD DESIGN 322131 HCI/2015 CS KKU 8
- 9. BAD DESIGN HOW IS BAD?PEOPLE FEEL MISTAKE FOR USING, DIFFICULT, CONFUSING, HOW TO USE? Who needs privacy, am I right?322131 HCI/2015 CS KKU 9
- 10. BAD FONT CHOICE 322131 HCI/2015 CS KKU 10
- 11. CONFUSING SIGNS Oh yeah, you’ll need some luck if you don’t want to get lost. 322131 HCI/2015 CS KKU 11
- 12. REMOTE CONTROL 322131 HCI/2015 CS KKU 12
- 13. EVOLUTION 322131 HCI/2015 CS KKU 13
- 14. HOW IS GOOD DESIGN? 322131 HCI/2015 CS KKU 14
- 15. 322131 HCI/2015 CS KKU 15
- 16. 322131 HCI/2015 CS KKU 16 Universal Design
- 17. 322131 HCI/2015 CS KKU 17 Fairness
- 18. 322131 HCI/2015 CS KKU 18 Flexibility
- 19. 322131 HCI/2015 CS KKU 19 Simplicity
- 20. 322131 HCI/2015 CS KKU 20 Understanding
- 21. 322131 HCI/2015 CS KKU 21 Safety
- 22. 322131 HCI/2015 CS KKU 22 Energy conservation