Computer Hardware & Networking (Diploma)

Course Overview

• Course Duration:10-12 Months (Fast-track and weekend options available).
• Hardware enthusiasts.

Advanced Diploma in Computer Hardware & Networking

• Learn Computer Hardware & Networking components, assembly, and troubleshooting techniques.
• Master network setup, configuration, and management using routers and switches.
• Understand IP addressing, subnetting, and network security concepts.
• Work with operating systems including Windows, Linux, and Server Environments.
• Perform installation, repair, and maintenance of desktops and laptops.
• Prepare for CompTIA A+, N+, and ADCHN credential preparation Exams for global recognition.

Overview of Advanced Diploma in Computer Hardware & Networking

The Advanced Diploma in Computer Hardware & Networking is designed for learners who want to build a successful career in IT infrastructure management and technical support. The course provides a complete understanding of computer hardware, networking concepts, and real-world troubleshooting.

Through hands-on lab sessions, learners Computer Hardware & Networking gain hands-on experience assembling PCs, configuring networks, and maintaining system performance. By the end of this program, you'll be ready to earn your ADCHN credential preparation and work confidently as a hardware engineer, network administrator, or IT support specialist.

1. Computer Hardware Fundamentals

• Motherboard architecture and components.
• CPU, RAM, storage devices.
• Power supply units and cooling systems.
• Peripheral devices (printer, scanner).
• Installation & configuration of hardware.
• Troubleshooting techniques.

2. Operating System & Software Installation

• Installing Windows, Linux, macOS.
• Device drivers and software updates.
• System administration tasks.

3. Foundations of Hardware Engineering

• Computer architecture overview.
• Digital logic circuits.
• Advanced processor architecture (RISC/CISC).

4. Advanced Hardware Technologies

• Multi-core processors, cache optimization.
• SSDs, RAID, SAN, NAS.
• GPU architecture and parallel computing.
• Advanced motherboard & chipset design.
• Advanced cooling solutions (liquid cooling, thermal management).

5. Networking Fundamentals

• LAN, WAN, Ethernet, and wireless standards.
• Network topologies, cables, and connectors.
• Network security basics.