The Complete Guide to Bash Programming Course Syllabus

Overview (80-120 words) describing structure and time commitment.

Module 1: Introduction

Estimated time: 0.3 hours

• Course goals and learning hurdles
• Survey of existing Bash resources
• Why Bash matters in modern development
• Interactive editor orientation
• Run first Bash commands in-browser

Module 2: Origins of the OS

Estimated time: 0.4 hours

• From electromechanical to commercial computers
• Evolution of operating systems
• Core OS components and design principles
• Quiz on OS history and milestones

Module 3: Operating Systems

Estimated time: 1 hour

• Operating system APIs and abstractions
• Multitasking and process management
• GUI evolution across platforms
• Windows vs. Linux fundamentals
• Simulate process scheduling scenarios

Module 4: Application and Machine Code

Estimated time: 0.6 hours

• Memory hierarchy and access levels
• Basics of machine code execution
• Compilation vs. interpretation workflows
• Hands-on binary and hexadecimal conversion

Module 5: Bash Shell and File System

Estimated time: 1.5 hours

• Shell modes and DevTools integration
• CLI vs. TUI interfaces
• Directory structures and navigation
• Globbing patterns and wildcards
• Using find and grep for pattern matching

Module 6: Bash Scripting Fundamentals

Estimated time: 3 hours

• Managing files and directories with mkdir, rm, cp, mv
• File permissions and execution rights
• I/O redirection and pipelines
• Using xargs and logical operators
• Writing backup scripts with error handling
• Variables, arrays, expansions, and scope rules
• Conditional logic with if, case, and [[ ]] operators
• Arithmetic expressions and bitwise operations

Prerequisites

• Familiarity with basic computer operations
• No prior programming experience required
• Access to a modern web browser

What You'll Be Able to Do After

• Confidently navigate and manage Unix-like file systems
• Write reusable and robust Bash scripts for automation
• Use pipelines, redirection, and logical operators effectively
• Apply OS theory to practical command-line problem solving
• Demonstrate proficiency through a final assessment and real-world scripting tasks