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1.3 The Concept of Thinking

reliable conclusions. Together, they form the foundation of innovation, research, and
technological advancement. For students of computer science and information technol-

ogy, creative and scientific thinking are essential skills. Developing software systems,

designing algorithms, solving complex computational problems, and working with artifi-
cial intelligence all require both creativity and scientific rigor.

1.3 The Concept of Thinking

Thinking can be defined as a mental process that involves manipulating information,

concepts, and knowledge in order to understand, analyze, evaluate, or create. Thinking
is not a single activity; it includes various processes such as reasoning, problem solving,

decision making, and imagination. In computing, thinking is reflected in activities such

as:

ˆ lgorithm design A

ˆ ystem analysis S
ˆ ebugging and optimization D

ˆ odeling and simulation M
ˆ nnovation in software and hardware solutions I

Thinking allows individuals to move beyond routine tasks and deal with novel and com-

plex situations.

1.4 Creative Thinking

Creative thinking refers to the ability to produce new, original, and valuable ideas.
It involves breaking away from traditional patterns of thought and exploring multiple

possibilities. Creativity is not limited to art or design; it plays a crucial role in science,

engineering, and technology. In computer science, creative thinking appears in:

ˆ esigning new algorithms D
ˆ eveloping innovative applications D

ˆ reating user-friendly interfaces C

ˆ olving problems in unconventional ways S
Creative thinking encourages flexibility, curiosity, and openness to new perspectives.

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