Podcast
Questions and Answers
What are the main steps of the Design Thinking model?
What are the main steps of the Design Thinking model?
- Define, Brainstorm, Design, Experiment, Evaluate
- Understand, Identify, Plan, Implement, Review
- Research, Analyze, Create, Validate, Refine
- Empathize, Define, Ideate, Prototype, Test (correct)
According to the lecture objectives, which of the following is not a computational thinking skill?
According to the lecture objectives, which of the following is not a computational thinking skill?
- Logical reasoning (correct)
- Decomposition
- Pattern recognition
- Abstraction
How is computational thinking defined in the lecture?
How is computational thinking defined in the lecture?
- A process for creating problems that cannot be solved by computers
- A problem-solving approach using computer to execute solutions (correct)
- A technique for designing algorithms without computer programming
- A method for solving problems without computer assistance
Who developed the Design Thinking model?
Who developed the Design Thinking model?
What is the ultimate aim of computational thinking?
What is the ultimate aim of computational thinking?
Which of the following is a computational thinking skill?
Which of the following is a computational thinking skill?
Who can apply computational thinking when solving a problem?
Who can apply computational thinking when solving a problem?
What is the main aim of computational thinking?
What is the main aim of computational thinking?
Which institute designed the Design Thinking model?
Which institute designed the Design Thinking model?
What is the first step in the Design Thinking model?
What is the first step in the Design Thinking model?
Flashcards
Design Thinking Steps
Design Thinking Steps
Empathize, Define, Ideate, Prototype, Test
Computational Thinking Skill
Computational Thinking Skill
Logical reasoning, decomposition, pattern recognition, abstraction
Computational Thinking Definition
Computational Thinking Definition
Problem-solving approached suitable for computer execution.
Design Thinking Creator
Design Thinking Creator
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Computational Thinking Goal
Computational Thinking Goal
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Computational Thinking Skill Example
Computational Thinking Skill Example
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Computational Thinker
Computational Thinker
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Computational Thinking Aim
Computational Thinking Aim
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Design Thinking Starting Point
Design Thinking Starting Point
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Non-Computational Thinking Skill
Non-Computational Thinking Skill
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Study Notes
- Computational thinking (CT) is a problem-solving approach using computers to formulate and execute solutions to problems. (Wing, 2014)
- CT skills include: decomposition, abstraction, pattern recognition, and algorithmic thinking. (Lecture 1)
- CT can be used by anyone, such as mathematicians during long division or scientists during experimental procedures.
- The design thinking model, designed by the Hasso-Plattner Institute of Design at Stanford University, has five main steps: Empathize, Define, Ideate, Prototype, and Test.
- Advantages of developing computational thinking skills include: effective problem solving, improved programming abilities, and enhanced critical thinking and creativity. (Implied in text)
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Description
Learn about the basics of computational thinking including problem-solving, decomposition, abstraction, pattern recognition, and algorithmic thinking. Explore the process of formulating and executing solutions using computer-based tools.
