Design Thinking Methodologies

User Experience > RESEARCH

Test your knowledge of design thinking methodologies with our collection of multiple-choice questions. Our MCQs cover various aspects of design thinking and can help you prepare for exams and assessments. ➲ Design Thinking Methodologies - Quiz


  • A Procedures, techniques, aids or tools for designing
  • B Principles, practices and procedures of designing
  • C Approaches to problem solving developed in the mid-20th Century
  • D A broader study of method in design
  • A Early 20th century
  • B Mid-20th century
  • C Late 20th century
  • D Early 21st century
  • A A broader study of method in design
  • B Procedures, techniques, aids or tools for designing
  • C Approaches to problem solving developed in the mid-20th Century
  • D Principles, practices and procedures of designing
  • A A conference on systematic and intuitive methods in engineering, industrial design, architecture, and communications held in London in 1962
  • B A conference on creative design methods held in New York in 1965
  • C The publication of Herbert A. Simon's The Sciences of the Artificial in 1969
  • D The founding of the Design Research Society in 1965
  • A Tom
  • B Herbert A. Simon and J. Christopher Jones
  • C Christopher Alexander and J. Christopher Jones
  • D J. Christopher Jones and L. Bruce Archer
  • A Science and mathematics
  • B Cybernetics, systems theory, and semiotics
  • C Art and music
  • D Philosophy and literature
  • A Christopher Alexander
  • B Horst Rittel
  • C Tom
  • D Herbert A. Simon
  • A A school focused on the study of design history
  • B A school focused on the development of new design tools and techniques
  • C A school that integrated design with science and introduced new fields of study into design education
  • D A school focused on the impact of design on society
  • A A leading figure in the design methods movement in the UK
  • B A teacher at the Ulm School of Design
  • C A member of the Design Methods Group at the University of California, Berkeley
  • D A critic of rational design methods who raised fundamental issues about the nature of design problems
  • A A shift towards participatory and user-centered design processes
  • B A focus on the development of new design tools and techniques
  • C A focus on the study of design history
  • D A focus on the impact of design on society
  • A The principles, practices and procedures of designing
  • B The development of new design tools and techniques
  • C The study of design history
  • D The study of the impact of design on society
  • A A society focused on developing and promoting new design methods especially in architecture and planning
  • B A society focused on the study of design history
  • C A society focused on the impact of design on society
  • D A society focused on the development of new design tools and techniques
  • A The principles of participatory design
  • B The role of design thinking in problem solving
  • C The rationality of design methods
  • D The influence of the Ulm School of Design
  • A Tame problems
  • B Wicked problems
  • C Rational problems
  • D Creative problems
  • A A shift towards argumentative, participatory processes
  • B A return to traditional design methods
  • C The rise of user-centered design
  • D The development of artificial intelligence in design
  • A A society focused on developing and promoting new design methods
  • B A design school in Germany
  • C A publishing house that specializes in design books
  • D A government agency responsible for regulating design standards
  • A L. Bruce Archer
  • B Tom
  • C J. Christopher Jones
  • D Herbert A. Simon
  • A Tom
  • B J. Christopher Jones
  • C L. Bruce Archer
  • D Herbert A. Simon
  • A Horst Rittel
  • B J. Christopher Jones
  • C L. Bruce Archer
  • D Herbert A. Simon
  • A Drawing
  • B Brainstorming
  • C Industrialization
  • D Prototyping
  • A 1920s
  • B 1950s
  • C 1960s
  • D 1980s
  • A University of Manchester
  • B Royal College of Art
  • C Ulm School of Design
  • D University of California, Berkeley
  • A J. Christopher Jones
  • B Tom
  • C Horst Rittel
  • D Herbert A. Simon
  • A To make designing more private
  • B To externalize the design process
  • C To restrict the designer's creativity
  • D To make designing more subjective
  • A Clarification of the task, Conceptual design, Embodiment design, and Detail design
  • B Discover, Define, Develop, and Deliver
  • C Analytical phase, Creative phase, and Executive phase
  • D Stating Objectives, Investigating User Behaviour, Interviewing Users, and Checklists
  • A Systematic Method for Designers
  • B Design Methods
  • C Design Science
  • D Design Science Methodology
  • A Brainstorming
  • B Functional Innovation
  • C Interaction Matrix
  • D Synectics
  • A Checklists
  • B Morphological Charts
  • C Ranking and Weighting
  • D Synectics
  • A L. Bruce Archer
  • B J. C. Jones
  • C Pahl and Beitz
  • D Nigel Cross
  • A Verein Deutscher Ingenieure
  • B American Society of Mechanical Engineers
  • C Japanese Society for the Science of Design
  • D The Design Society
  • A Japan
  • B Germany
  • C USA
  • D UK
  • A Design Methods
  • B Systematic Method for Designers
  • C Design Science
  • D Design Science Methodology
  • A One
  • B Two
  • C Three
  • D Four
  • A The Design Society
  • B American Society of Mechanical Engineers
  • C Verein Deutscher Ingenieure
  • D Design Council
  • A Conceptual, Embodiment, Detail, and Analysis
  • B Discover, Define, Develop, and Deliver
  • C Programming, Synthesis, Communication, and Analysis
  • D Clarification, Conceptual, Detail, and Evaluation
  • A "Systematic Method for Designers" by L. Bruce Archer
  • B "Design Methods" by J. C. Jones
  • C "Engineering Design: A Systematic Approach" by Pahl and Beitz
  • D "Designing Design" by Kenya Hara
  • A To identify opportunities
  • B To explore design situations
  • C To explore problem structure
  • D To evaluate alternatives
  • A To identify opportunities
  • B To establish functions
  • C To determine characteristics
  • D To evaluate alternatives
  • A Objectives Tree
  • B User Scenarios
  • C Performance Specification
  • D Quality Function Deployment
  • A Engineering design
  • B Architectural design
  • C Industrial design
  • D Product design
  • A The introduction of more qualitative techniques, such as ethnographic methods
  • B The focus on prescriptive, linear models
  • C The use of outdated methods from the 1960s and 70s
  • D The reliance on quantitative data only
  • A Max Wertheimer
  • B L. Bruce Archer
  • C John E. Arnold
  • D Robert McKim
  • A Novel functionality, higher performance levels, lower production costs, and increased salability
  • B Creativity, innovation, entrepreneurship, and leadership
  • C Ideation, prototyping, testing, and implementation
  • D Research, analysis, strategy, and execution
  • A Max Wertheimer
  • B L. Bruce Archer
  • C John E. Arnold
  • D Robert McKim
  • A Design in architecture
  • B Innovation management
  • C Ergonomics
  • D Marketing and management science
  • A Max Wertheimer
  • B L. Bruce Archer
  • C John E. Arnold
  • D David M. Kelley
  • A Ergonomics
  • B Cybernetics
  • C Methods and approaches used by architects and urban planners
  • D Innovation management
  • A The intrinsic qualities and abilities of design thinking
  • B The importance of marketing and management science in design thinking
  • C The need to broaden the scope of conventional design
  • D The relationship between design decision making and management decision making techniques
  • A He founded the design consultancy IDEO
  • B He established the intrinsic qualities and abilities of design thinking
  • C He described methods and approaches used by architects and urban planners
  • D He expressed a broader view of design thinking as addressing intractable human concerns through design