Overview

Introduction to ProgrammingCourse Overview:This course is designed for beginners who have little to no prior programming experience. The objective is to introduce the fundamental concepts of programming, familiarize students with basic syntax and constructs, and build a solid foundation for further learning in computer science.Course Duration:10 weeks (2 hours per session, twice a week)Week 1: Introduction to Programming ConceptsSession 1:What is Programming?Definition and historyReal-world applicationsOverview of Programming LanguagesHigh-level vs. low-level languagesCompiled vs. interpreted languagesSetting Up the Development EnvironmentIntroduction to IDEs (Integrated Development Environments)Installing Python (chosen for its simplicity for beginners)Writing Your First Program: "Hello, World!"Basic syntaxRunning a programSession 2:Basic Data Types and VariablesIntegers, floats, strings, booleansDeclaring and using variablesBasic Input and OutputPrinting to the consoleReading input from the userPractice ExercisesWeek 2: Control StructuresSession 3:Conditional StatementsIf, else if, and elseNested conditionalsComparison OperatorsEqual to, not equal to, greater than, less than, etc.Session 4:LoopsFor loopsWhile loopsBreak and continue statementsPractice ExercisesWeek 3: FunctionsSession 5:Introduction to FunctionsDefinition and purposeFunction syntaxCalling functionsParameters and Return ValuesSession 6:Scope and Lifetime of VariablesLocal vs. global variablesRecursionPractice ExercisesWeek 4: Data StructuresSession 7:ListsCreating and accessing listsList methods (append, remove, etc.)Session 8:Tuples and SetsCharacteristics and usageBasic operationsWeek 5: Data Structures (Continued)Session 9:DictionariesKey-value pairsAccessing, adding, and removing itemsSession 10:Practice Problems involving Lists, Tuples, Sets, and DictionariesMid-Course Project AssignmentWeek 6: Object-Oriented Programming (OOP)Session 11:Introduction to OOP ConceptsClasses and objectsAttributes and methodsSession 12:Inheritance and PolymorphismEncapsulation and AbstractionPractice ExercisesWeek 7: Error Handling and DebuggingSession 13:Common Types of ErrorsSyntax errors, runtime errors, logical errorsDebugging TechniquesUsing print statementsIntroduction to debugging toolsSession 14:Exception HandlingTry, except, finallyRaising exceptionsPractice ExercisesWeek 8: Working with FilesSession 15:Reading from and Writing to FilesFile handling modes (read, write, append)Reading lines and entire filesSession 16:File Handling Best PracticesPractice ExercisesWeek 9: Basic Algorithms and Problem-SolvingSession 17:Introduction to AlgorithmsDefinition and examplesImportance of algorithms in programmingBasic Sorting AlgorithmsBubble sort, selection sortSession 18:Basic Search AlgorithmsLinear search, binary searchPractice ExercisesWeek 10: Final Project and ReviewSession 19:Review of Key ConceptsFinal Project Work SessionSession 20:Final Project PresentationsCourse Recap and Next StepsResources for further learningIntroduction to advanced topics (data structures, algorithms, web development, etc.)

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