Computer Science, The study of computers, computing systems, algorithms, and the processes used to solve problems through technology., Computing, The use of computers and computational processes to manage, process, and analyze information., Problem Solving, It is the process of identifying an issue and developing effective solutions to address it., Decomposition, Breaking a large or complex problem into smaller, manageable parts that are easier to understand and solve., Pattern Recognition, Identifying similarities, trends, repeated structures, or recurring characteristics within problems or data., Abstraction, Focusing on the most important information while ignoring unnecessary details to simplify a problem., Algorithm, A precise sequence of step-by-step instructions designed to solve a problem or accomplish a task., Logical Thinking, The ability to reason systematically and make decisions based on facts, evidence, and rules., Data, Raw facts, figures, observations, or measurements that can be processed into useful information., Information, Processed and organized data that has meaning and value., Programming, The process of creating instructions that tell a computer how to perform specific tasks., Flowchart, A graphical representation of an algorithm or process using symbols connected by arrows., Automation, The use of technology to perform tasks with minimal human intervention., Computer Application, A software program designed to help users perform specific tasks or solve problems., Model, A simplified representation of a system, process, or idea used for analysis and understanding., Pattern, A repeated characteristic, structure, behavior, or sequence that helps predict outcomes or develop solutions., Generalization, The process of applying a discovered pattern or solution to similar situations or problems., Decision-Making, Choosing the most appropriate action or solution based on analysis and reasoning., Robotics, The field of technology that deals with the design, construction, programming, and operation of robots., Intelligent Systems, Computer-based systems that can analyze information, learn, make decisions, and perform tasks intelligently., Efficiency, The ability to solve a problem or complete a task using the least amount of time, effort, or resources., Optimization, Improving a solution or process to achieve better performance and effectiveness., Computational Model, A representation of a real-world problem or system that can be analyzed and solved using computational methods., Real-World Problem, An authentic issue or challenge encountered in everyday life that requires practical solutions., System, A collection of interconnected components that work together to achieve a specific purpose., Sequence, The specific order in which instructions or actions are carried out., Debugging, The process of finding, analyzing, and correcting errors in a solution, algorithm, or computer program., Innovation, The creation of new ideas, methods, products, or solutions that improve existing practices or address problems., Machine-Based, Technologies that use machines, automation, algorithms, and computational processes to perform functions efficiently., Computational Think, A systematic problem-solving approach that analyzes problems and creates solutions that humans or computers can carry out.

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