Programming & LogicClasses 8–8155 min

Text Coding & Problem Solving (Class 8)

Master Problem Formulation, Pseudocode, Flowcharts, Branching Logic, Loops, Debugging Thinking, Problem Decomposition, and Algorithm Efficiency in Class 8!

Course Chapters & Learning Modules

Total 10 interactive modules with guided checkpoint challenges.

1

Module 1 — Problem to Algorithm

Learn to define computational problems, establish inputs, outputs, rules, and constraints, and convert real-world challenges into clear algorithms.

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2

Module 2 — Pseudocode

Write structured, language-independent pseudocode using sequence, selection, iteration, and dry-run trace tables.

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3

Module 3 — Flowcharts

Map algorithmic workflows visually with standard symbols: terminators, process boxes, decision diamonds, input/output parallelograms, and connectors.

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4

Module 4 — Conditions and Branching

Master Boolean expressions, comparison and logical operators (AND, OR, NOT), nested if-else structures, and boundary condition testing.

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5

Module 5 — Loops in Practice

Explore count-controlled (for) and condition-controlled (while) loops, accumulators, counters, sentinels, and preventing infinite loops.

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6

Module 6 — Debugging Thinking

Develop detective-like debugging skills: categorize syntax, runtime, and logic errors, trace variable states, form testable hypotheses, and prevent regressions.

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7

Module 7 — Breaking Problems into Parts

Learn computational decomposition: split large challenges into focused subproblems, design modular functions, define interfaces, and test integrations.

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8

Module 8 — Algorithm Efficiency Idea

Understand algorithmic efficiency: time and space costs, input size scaling, linear vs quadratic growth, and the power of binary search.

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9

Module 9 — Mini Algorithm Challenge

Synthesize problem solving: analyze a weather dataset challenge, initialize min/max safely, calculate totals and limits in a single-pass loop, and test edge cases.

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10

Module 10 — Combined Revision & Test

Synthesize problem definition, pseudocode, flowcharts, branching, loops, debugging, decomposition, and efficiency, and complete the 10-question Checkpoint Quiz.

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