Crack Your Next Sdet Coding Interview

[mitsumi]

Crack Your Next Sdet Coding Interview
Published 11/2025
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.83 GB | Duration: 7h 15m


SDETs suffer from lack of coding knowledge. You'll learn pattern recognition techniques which help with quick solutions.
What you'll learn
Systematic approach to breaking down complex problems
Pattern Recognition: Quickly identify problem types and apply appropriate techniques
Multiple Approaches: Learn to optimize solutions from brute force to optimal
Interview Confidence: Practice with most-asked interview questions
Visual Understanding: Deep comprehension through diagrams and animations
Practical Knowledge: Real code examples, not just theory
Language Flexibility: Concepts applicable to any programming language
Requirements
Basic Programming Knowledge can be a great advantage but not necessary
Description
Course OverviewThis comprehensive coding interview preparation course is designed to take you from fundamental concepts to advanced problem-solving techniques through a structured, level-based learning approach. Whether you're a Manual Tester, QA Engineer, or Automation Tester looking to strengthen your coding skills, this course provides a clear roadmap with pattern recognition techniques and multiple solution approaches that most courses overlook.Who Should Take This Course?-> Manual Testers looking to transition into development or automation-> QA Engineers wanting to strengthen coding fundamentals-> Automation Testers preparing for technical interviews-> Career Switchers entering software development-> Computer Science Students preparing for placements-> Self-Taught Programmers seeking structured learning-> Anyone preparing for coding interviewsWhat You'll Gain-> Problem-Solving Skills: Systematic approach to breaking down complex problems-> Pattern Recognition: Quickly identify problem types and apply appropriate techniques-> Multiple Approaches: Learn to optimize solutions from brute force to optimal-> Interview Confidence: Practice with most-asked interview questions-> Visual Understanding: Deep comprehension through diagrams and animations-> Practical Knowledge: Real code examples, not just theory-> Language Flexibility: Concepts applicable to any programming languageCurriculumModule 1: Foundation & RoadmapRoadMap for Useful Topics to be LearnedStrategic learning sequence for coding interview preparationPriority topics based on interview frequencyCommon pitfalls and how to avoid themResource recommendations and learning strategiesModule 2: Core FundamentalsMost Asked Coding Problems (Basics)Input/Output handlingBasic data structures usageConditional statements and decision makingLoop constructs and iteration patternsModule 3: Mathematical FoundationsMathematics Required for Solving Coding ProblemsModular arithmeticMathematical sequences and seriesDigit manipulation techniquesModule 4: Loop MasteryPattern Printing Problems for Understanding LOOPSNested loop conceptsRow-column relationship understandingStar patterns (Triangle, Pyramid, Diamond)Character patternsBuilding logic for complex patternsModule 5: Array Problem SolvingArray Most Asked Coding Problems with Different ApproachesApproach Progression:Brute Force ApproachBetter ApproachOptimal ApproachTopics Covered:Array traversal techniquesSearching algorithms (Linear, Binary)Sorting algorithms and their applicationsSubarray problems (Maximum sum, Kadane's algorithm)Two-pointer technique fundamentalsSliding window patternArray rotation and reversalFrequency counting problemsMerge operationsIn-place array manipulationNEW: Two Pointers - 3 Advanced Techniques (September 2025)Opposite Direction Pointers (Start-End approach)Same Direction Pointers (Fast-Slow approach)Collision/Meeting Point techniqueReal-world problem applicationsModule 6: Visual Learning EnhancementPseudo Code with Visual Representations and GIFsAlgorithm visualization techniquesStep-by-step execution flowsMemory state diagramsPointer movement animationsData structure transformationsBefore-after comparisonsInteractive GIF demonstrations for complex logicModule 7: Algorithm DevelopmentEnd to End Code Examples with Algorithm BuildingBreaking down complex problemsPseudo code to actual code conversionTesting strategies and edge casesDebugging techniquesCode optimization methodsModule 8: Problem Pattern RecognitionPattern Recognition TechniquesIdentifying problem categories quicklyCommon coding patterns and templatesSimilar problem identificationKey Patterns Covered:Sliding WindowTwo PointersFast & Slow PointersMerge IntervalsCyclic SortIn-place ReversalFrequency CounterPrefix SumHash Map UsageModule 9: String Manipulation (Updated August 2025)String Most Asked Coding ProblemsBasic Level:String traversal and character manipulationString reversal techniquesPalindrome checkingAnagram detectionCharacter frequency countingMedium Level (NEW):Substring problemsPattern matching algorithmsString compression and decompressionLongest common substring/subsequenceString transformation problemsRegex-like pattern implementationMultiple string operationsString building optimizationTechniques Covered:Two-pointer technique in stringsSliding window for string problemsString hashingCharacter arrays vs String objectsStringBuilder optimizationModule 10: Collections Framework (Updated September 2025)Collections - Maps, Sets, Lists: When and How to Use for Optimal SolutionsLists:ArrayList vs LinkedList: When to use eachList manipulation techniquesCustom sorting with ComparatorsList traversal patternsSets:HashSet for O(1) lookupsTreeSet for sorted operationsDuplicate removal techniquesSet operations (Union, Intersection, Difference)Maps:HashMap for frequency countingTreeMap for sorted key operationsKey-value pair problem patternsTwo-sum and variant problemsGrouping and aggregation techniquesModule 11: Recursion MasteryRecursion - Meaning and When/How to Use ItFoundational Concepts:Understanding recursive thinkingBase case and recursive case identificationCall stack visualizationRecursion vs iteration tradeoffsTopics Covered:Simple recursive problems (Factorial, Fibonacci)Recursion with arraysString recursion problemsBacktracking introductionTree traversal preparationRecursion optimization techniques
SDET,Test Automation Engineer,Manual QA Engineers,Manual Test Engineers,Testers,QA,Developers

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