Intro to Networking Cables & Hardware — Certification Brochure

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London Academy of Professional Training
Certificate
Intro to Networking Cables & Hardware
Workshop Level
REF: IT-NIC-W  •  IT Centres  •  Network Infrastructure & Cloud Computing
6Subjects 18Chapters 72Classes 440Total Marks 60%Pass Mark LifetimeValidity
At a Glance
ReferenceIT-NIC-W
AwardCertificate
Assessment440 marks — 264 to pass (60%)
PrerequisitesNone
ValidityLifetime
Awarding BodyLAPT — London Academy of Professional Training
Curriculum
1 Basic Network Setup 3 chapters · 12 classes  90 marks
1 Understanding Network Cable Types and Their Functions — 4 classes
1.1 Explore Different Network Cable Types and Uses
1.2 Compare Ethernet Cable Categories and Their Performance
1.3 Identify Key Components of Fiber Optic Cables
1.4 Understand Cable Selection for Various Networking Scenarios
2 Configuring Basic Network Hardware — 4 classes
2.1 Identifying Key Components of Network Hardware
2.2 Understanding Network Cables and Their Functions
2.3 Connecting and Configuring Routers and Switches
2.4 Setting Up Basic Network Security Protocols
3 Designing and Implementing a Basic Network Setup — 4 classes
3.1 Understanding Network Topologies
3.2 Selecting Appropriate Networking Cables
3.3 Configuring Network Devices: Routers and Switches
3.4 Implementing a Small Office Network Setup
2 Cable Types and Uses 3 chapters · 12 classes  65 marks
1 Understanding Basic Cable Types — 4 classes
1.1 Exploring Cable Types: An Introduction to Networking Cables
1.2 Identifying Twisted Pair Cables: Characteristics and Applications
1.3 Understanding Coaxial Cables: Their Role and Benefits in Networking
1.4 Analyzing Fiber Optic Cables: Features and Networking Advantages
2 Exploring Cable Specifications and Performance — 4 classes
2.1 Understanding Cable Specifications: A Comprehensive Overview
2.2 Identifying Cable Types: Characteristics and Uses
2.3 Evaluating Cable Performance: Assessing Key Metrics
2.4 Selecting the Right Cable: Application-Based Choices
3 Advanced Applications and Future Trends in Networking Cables — 4 classes
3.1 Exploring High-Speed Cable Technologies
3.2 Understanding Fiber Optic Advances and Integration
3.3 Investigating Innovative Shielding Techniques
3.4 Predicting Future Trends in Networking Cables
3 Introduction to Networking 3 chapters · 12 classes  65 marks
1 Networking Cables: Types and Characteristics — 4 classes
1.1 Exploring Networking Cable Varieties
1.2 Identifying Characteristics of Ethernet Cables
1.3 Understanding Fiber Optic Cable Features
1.4 Comparing Performance in Networking Cables
2 Network Hardware Essentials: Devices and Functions — 4 classes
2.1 Exploring Network Devices: An Overview of Switches and Routers
2.2 Understanding the Role of Network Servers and Clients
2.3 Configuring Basic Network Hardware: Practical Setup of a Home Network
2.4 Troubleshooting Hardware Issues: Identifying and Solving Common Problems
3 Physical Network Setup and Troubleshooting — 4 classes
3.1 Understanding Network Cable Types and Uses
3.2 Identifying Networking Hardware Components
3.3 Assembling a Basic Physical Network Setup
3.4 Diagnosing and Resolving Network Cable Issues
4 Networking Hardware Overview 3 chapters · 12 classes  90 marks
1 Understanding Networking Hardware Components — 4 classes
1.1 Identifying Key Networking Components
1.2 Exploring the Functions of Network Devices
1.3 Comparing Different Types of Networking Cables
1.4 Understanding Cabling Standards and Practices
2 Cable Types and Their Applications — 4 classes
2.1 Understanding Ethernet Cables: Categories and Speeds
2.2 Exploring Coaxial Cables: Structure and Use Cases
2.3 Examining Fiber Optic Cables: Types and Benefits
2.4 Matching Cable Types to Networking Needs: Practical Applications
3 Integrating Hardware for Optimized Network Performance — 4 classes
3.1 Understanding Networking Hardware Components
3.2 Identifying Key Cable Types and Their Functions
3.3 Connecting Devices for Optimal Network Performance
3.4 Troubleshooting Common Hardware Integration Issues
5 Network Safety and Best Practices 3 chapters · 12 classes  65 marks
1 Understanding Network Safety Protocols — 4 classes
1.1 Identifying the Importance of Network Safety Protocols
1.2 Understanding Common Network Threats and Vulnerabilities
1.3 Implementing Basic Network Security Measures
1.4 Evaluating Network Safety Protocols for Continuous Improvement
2 Implementing Hardware Security — 4 classes
2.1 Understanding Network Hardware Risks
2.2 Identifying Vulnerabilities in Network Devices
2.3 Implementing Physical Security Measures
2.4 Applying Best Practices for Hardware Protection
3 Advanced Techniques for Ensuring Network Integrity — 4 classes
3.1 Understanding Threats to Network Integrity
3.2 Implementing Robust Security Protocols
3.3 Monitoring Network Activity for Anomalies
3.4 Applying Best Practices to Maintain Integrity
6 Troubleshooting Network Issues 3 chapters · 12 classes  65 marks
1 Chapter 1: Understanding Basic Network Troubleshooting Tools and Techniques — 4 classes
1.1 Identifying Common Networking Tools
1.2 Understanding How to Use a Cable Tester
1.3 Diagnosing Network Connectivity Issues
1.4 Applying Basic Troubleshooting Techniques in Practice
2 Chapter 2: Diagnosing Network Hardware Failures and Performance Issues — 4 classes
2.1 Identifying Common Network Hardware Failures
2.2 Analyzing Symptoms of Network Performance Issues
2.3 Utilizing Diagnostic Tools for Hardware Troubleshooting
2.4 Implementing Solutions for Network Hardware Problems
3 Chapter 3: Resolving Complex Network Configuration and Connectivity Problems — 4 classes
3.1 Diagnosing Network Configuration Errors
3.2 Identifying Connectivity Issues in Complex Networks
3.3 Implementing Solutions for Common Network Failures
3.4 Validating Network Problem Resolution Effectiveness
LAPT — 85 Great Portland Street, W1W 7LT, London, United Kingdom
info@lapt.org  •  +44 7513 283044  •  lapt.org
UKPRN 10067351  •  Company 4984798
Curriculum current at the date of issue.