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SS1 (Grade 10)

Digital Technologies

Apply digital skills to solve basic problems and create simple, useful digital solutions.

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Computer architecture, number systems, and basic logic gates.

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Week 1: Computer Architecture Fundamentals: Functional Hardware Taxonomy Deconstruct the fundamental functional units of computer architecture based on the Von Neumann model.
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Week 2: Number Systems: Binary and Decimal Conversions Explain positional notation across Base 10 (Decimal) and Base 2 (Binary).
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Week 3: Number Systems: Hexadecimal and Octal Representation Explain why computer scientists use Hexadecimal (Base 16) and Octal (Base 8) as compact shorthand representations of long binary strings.
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Week 4: Binary Arithmetic & Two's Complement Signed Representation Perform binary addition following the four fundamental addition rules, managing carry bits.
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Week 5: The Von Neumann Architecture: Registers and System Buses Deconstruct the specialized high-speed internal registers inside the CPU: PC, MAR, MDR, CIR, and ACC.
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Week 6: Mid-Term System Architecture & Base Conversion Lab Synthesize system architecture, bus communication, and CPU register operation.
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Week 7: The Fetch-Decode-Execute Cycle: Instruction Execution and Pipelining Deconstruct the complete machine instruction cycle: Fetch, Decode, Execute, and Store.
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Week 8: Structured Programming in Python: Syntax, Logic, and Flow Write valid Python programs applying PEP 8 indentation standards and syntax rules.
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