Computational Thinking

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NUR IMANINA IDZNI BINTI BAHARUDDIN (197726) (BSDP STAT)

Similar Mind Maps

Outline

Computational Thinking

Facets

Decomposition

Abstraction

Generalisation

Algorithm

Iteration

Debugging

Evaluation

Skills

Algorithmic Thinking

Critical Thinking

Problem Solving

Cooperativity

Creativity

Practices

Incremental & Iterative

Testing & Debugging

Reusing & Remixing

Abstracting & Modularizing

Heuristics

“serving to find out or discover” (Todd and Gigerenzer, 2000, p. 738).

Benefits in Problem Solving

can help produce results that are comparable to problem-solving strategies that take into account all available information and employ complex computational processes

enhance efficiency regardless of whether the problem is well structured or ill structured

Limitation in Problem Solving

do not guarantee correct solutions to problems

logic and probability theory would have been more effective

Benefits

Moves students beyond technology literacy

Creates problem solvers instead of software users

Emphasizes creating knowledge and designing processes that can be automated

Encourages creativity and problem solving

Enhances many of the problem-solving techniques you already know and teach

Perspectives

Expressing

Connecting

Questioning

Concept & Capabilities

Data Collection

Data Analysis

Data Representation

Problem decomposition

Abstraction

Algorithms & Procedures

Automation

Parallelization

Simulation

Scratch Project

Concepts

Sequences

Loops

Parallelism

Events

Conditionals

Operators

Data