Computer Assembly

CODE

ML142

DATE

TBS

VENUE

11:00 - 15:00 Dubai [UTC/GMT +4]

FEES (AED)

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Why Choose this Training Course?

Computer assembly is the process of putting together the various components of a computer system to create a functional unit. This process involves selecting compatible hardware components, physically installing them into a computer case, and connecting them together to form a cohesive system.

This training course will highlight the following:

Hands-On Experience.
Comprehensive Component Knowledge.
Compatibility and Selection.
Step-by-Step Assembly Guide.
Troubleshooting Skills.
Optimization Techniques.
Maintenance Practices.
Interactive Learning.

What are the Goals?

Upon attending this training course, the participants will be able to:

Proficient PC Assembly Skills.
Understanding of Hardware Components.
Troubleshooting Proficiency.
Optimization Techniques.
Maintenance Knowledge.
Customization and Personalization.
Empowerment.

Who is this Training Course for?

This training course is appropriate to the following:

Enthusiasts and Hobbyists: Individuals who have a passion for technology and want to deepen their understanding of computer hardware by learning how to assemble their own PCs.
Gamers: Gaming enthusiasts who want to build a custom gaming rig optimized for performance, graphics, and speed to enhance their gaming experience.
Content Creators: Video editors, graphic designers, and other content creators who require high-performance hardware for rendering, editing, and multitasking.
Students: Computer science students or technology enthusiasts interested in gaining hands-on experience with hardware assembly and learning about the inner workings of computers.
IT Professionals: IT professionals who want to expand their skill set by gaining practical experience in hardware assembly and troubleshooting, enhancing their ability to support and maintain computer systems.
Small Business Owners: Entrepreneurs or small business owners who want to build cost-effective, customized PCs for their business operations, such as office workstations or point-of-sale systems.
Educators: Teachers or instructors who want to incorporate hands-on computer assembly activities into their curriculum to enhance students’ understanding of computer hardware and technology concepts.
Tech Enthusiasts: Individuals with a general interest in technology who want to learn how to build and customize their own PCs for personal use or as a hobby.
Anyone Seeking Cost Savings: Individuals who are looking to save money on purchasing a pre-built computer by assembling their own PC from individual components.

Course Contents

Module 1: Introduction to Computer Hardware

Overview of computer hardware components
Understanding the roles of CPU, motherboard, RAM, storage, graphics cards, power supply, and cooling systems
Introduction to compatibility factors and selection criteria

Module 2: Selecting Compatible Components

Factors to consider when selecting hardware components
Socket types, form factors, and interface standards
Budget considerations and performance requirements

Module 3: Preparing the Workspace and Tools

Setting up a suitable workspace for computer assembly
Introduction to essential tools and equipment
Safety precautions and best practices

Module 4: Assembly Process

Step-by-step guide to assembling a computer system
Installing the CPU, RAM, motherboard, storage drives, graphics card, power supply, and cooling systems
Cable management techniques for a tidy and efficient build

Module 5: BIOS Setup and Configuration

Introduction to BIOS/UEFI and its functions
Basic BIOS settings and configuration options
BIOS update procedures and precautions

Module 6: Installing the Operating System

Choosing an operating system (e.g., Windows, Linux)
Installing the operating system from a bootable media
Basic setup and configuration after installation

Module 7: Troubleshooting Hardware Issues

Common hardware problems encountered during assembly
Diagnosing hardware issues using diagnostic tools and techniques
Troubleshooting steps and solutions for common hardware problems

Module 8: Performance Optimization

Techniques for optimizing system performance
BIOS settings for performance enhancement
Software optimization tips and tools

Module 9: Maintenance and Upgrades

Best practices for maintaining a healthy computer system
Regular cleaning, temperature monitoring, and hardware inspection
Upgrading hardware components to improve performance or add new features

Module 10: Project: Build Your Own PC

Hands-on project where participants apply their knowledge and skills to build a complete computer system
Guidance and support from instructors throughout the assembly process
Opportunities for peer collaboration and feedback.