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A+

195.000 IQD
Lecture : 8

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1

Lecture 1 – Introduction & Computer Hardware Overview

  • 1.1 Course objectives & expectations.
  • 1.2 Types of computers (desktop, laptop, servers, IoT).
  • 1.3 Inside the case: CPU, RAM, motherboard, storage, PSU, GPU.
  • 1.4 Peripherals: monitor, keyboard, mouse, printers.
  • 1.5 Hardware specs and how they impact performance.
  • Outcome: Students can name and describe each main component and its role.
2

Lecture 2 – PC Assembly & Safety Practices

  • 2.1 Safety: grounding, ESD protection, handling components.
  • 2.2 Step-by-step assembling: motherboard, CPU, RAM, storage, PSU, GPU.
  • 2.3 Connecting cables & front panel connectors.
  • 2.4 BIOS/UEFI overview.
  • Outcome: Students can assemble a basic PC.
3

Lecture 3 – Installing an Operating System

  • 3.1 Choosing an OS: Windows vs. Linux (Ubuntu).
  • 3.2 Partitioning, formatting, and BIOS/UEFI boot settings.
  • 3.3 Installation process (hands-on).
  • 3.4 Drivers & updates.
  • Outcome: Students can install an OS from scratch.
4

Lecture 4 – Installing & Configuring Key Applications

  • 4.1 Productivity tools (Office, PDF readers, browsers).
  • 4.2 Security basics (antivirus, firewall, updates).
  • 4.3 Development tools (text editors, VS Code, compilers).
  • 4.4 Remote access tools (RDP, SSH, TeamViewer).
  • Outcome: Students can set up a workstation ready for study/work.
5

Lecture 5 – Virtualization Concepts & Practice

  • 5.1 What is virtualization and why it matters.
  • 5.2 Host vs. Guest OS.
  • 5.3 VirtualBox/VMware basics.
  • 5.4 Creating a VM and installing Linux on Windows.
  • Outcome: Students can create and run a virtual machine for safe experiments.
6

Lecture 6 – Networking Basics & Connectivity Issues

  • 6.1 Network hardware: router, switch, NIC, cables.
  • 6.2 Configuring IP, DNS, and Wi-Fi.
  • 6.3 Troubleshooting common network issues.
  • 6.4 Ping, ipconfig/ifconfig, tracert basics.
  • Outcome: Students can diagnose and solve basic connectivity issues.
7

Lecture 7 – Troubleshooting Hardware Issues

  • 7.1 Hardware issues: POST beeps, RAM/HDD/PSU failures, overheating.
  • 7.2 Software issues: safe mode, startup repair, registry/driver problems, app errors.
  • 7.3 Tools and methods for diagnosis.
  • Outcome: Students can identify and fix common hardware and software issues.
8

Lecture 8 – Real-World Practices & Mini Project

  • 8.1 Market expectations: IT support, system admin, junior developer environment.
  • 8.2 Case studies: setting up a lab PC, fixing a failed boot, reinstalling software.
  • 8.3 Mini-project: assemble, install, configure, and troubleshoot a PC scenario.
  • 8.4 Wrap-up & career path discussion.
  • Outcome: Students gain confidence applying knowledge in real scenarios.