Course Overview
Computer Architecture explains how computing machines represent data, execute instructions, move information, and coordinate hardware resources. Learners study binary representation, digital logic, processor architecture, memory hierarchy, instruction execution, buses, input/output systems, and performance design principles.
Computer Architecture Topics
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Binary and Data Representation
Focused study of binary and data representation as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.
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Digital Logic Basics
Focused study of digital logic basics as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.
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CPU Architecture
Focused study of cpu architecture as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.
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Memory Hierarchy
Focused study of memory hierarchy as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.
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Instruction Execution
Focused study of instruction execution as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.
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Buses and I/O
Focused study of buses and i/o as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.
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Performance Architecture
Focused study of performance architecture as a core topic within computer architecture, emphasizing conceptual understanding, technical vocabulary, reasoning patterns, and links to practical computing systems.