課程簡介
Huawei HCIA-Datacom(Huawei Certified ICT Associate - Datacom)是目前大型企業與政府機構高度認可的網絡工程師證書。
華為不僅代表了行業標準的專業技術水平,更是步入大型中資企業、政府部門和大型企業不可或缺的「入場券」。在當前雲端運算、5G
與企業數碼轉型蓬勃發展的浪潮下,掌握華為的網絡數據通信基礎架構知識,已成為 IT 人業求職、晉升網絡工程師(Network
Engineer)及邁向雲端架構專家(Cloud Architect)的重要的踏腳石。 >>> 課堂筆記(節錄範例) | 開課及上課日期 | 課程費用 | 相關考試 <<<
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本課程專為 IT 從業員、轉職人士及網絡初學者量身打造,由具備 26
年豐富教學經驗的資深專家親自教授。課程緊貼華為最新的 H12-811 考試大綱,透過「理論 +
實戰」的教學模式,確保學員兼顧考試和實戰操作能力: |
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有志投身 I.T.
界、政府部門的人仕 華為設備管理人員,系統工程師 資訊科技部門主管
/ 經理 具有基礎 Windows
系統操作經驗 擁有互聯網及 TCP/IP 的基本概念 對網絡運作具有濃厚與趣 |
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導師精心編製
HCIA H12-811 課程筆記印刷本及PDF 版本一套
多本
HCIA H12-811 PDF 電子書
課堂時理論和實習同時進行,每組
4-6 人,增強與人合作建構大型網絡的信心
能支援
Huawei AR1000v 和 Huawei S220/ S5735 Layer 3 Switch 的 GNS3 模擬器軟件
最新
9 月模擬試題連
AI 參考答案和解釋 (長達 "12 個月" 免費更新保證,考試更有彈性)
課程資源下載鏈結 (包括 PDF 筆記、電子書、模擬試題、應用軟件、模擬器等),隨時掌握最新學習內容
Jackie
Mok 親自教授

Visual Cert Exam (VCE) 模擬考試軟件,增強考試能力!
WiFi-7 高速網絡,在學習過程中保證為您帶來非凡的超高速體驗。
設備與教學優勢:重磅升級:
我們採用「邊學邊做」的沉浸式教學模式。課堂上理論講解與實體機操作同步進行,徹底打破死記硬背的傳統盲點:
• 即時互動發問:實習過程中遇到任何設定錯誤(Misconfiguration)或盲點,講師與助教隨時在旁,讓您即時發問、當場解決。
• 加深知識吸收:透過現場除錯(Troubleshooting),將枯燥的指令轉化為記憶,讓學習成效達到事半功倍,打造業界最頂尖的學生質素!
課程實習中你將會學到 ....
如何運用
Windows 系統內的 HyperTerminal / PuTTY 程式接駁及設定 Huawei Router
怎樣從電腦中使用 Telnet/SSH 程式遙距連接 Router 作日常管理及操作
了解
Huawei Router 和 Switch 的 VRP 操作系統指令運用
了解 TCP/IP、UDP、ARP、ICMP 各種通訊協定的設定和運用
了解 Router 運作原理、Routing Table 的解讀和使用、以及如何設定各類的 Routing Protocol
了解 IPv4、IPv6 Addressing 架構、了解何謂 Subnet Mask,以及 Subnetting 的計算及運用
如何安裝 TFTP Server 和 Web Server 以及學習有關設定和連線實習
還有 Router 的升級方法和 Configuration File 的備份及還原練習、Secure Shell (SSH) 的設定和連接實習
了解網絡保安原則,防火牆(Firewall) 的原理和運用,如何使用 Router 內的 Access List 控制網絡存取和防止黑客入侵
學習運用 Postman 與 RESTCONF / JSON 進行 Network Automation,體驗一鍵管理現代企業網絡的強大效率
結合 AI 智能助手進行 Log 分析、Topology 架構優化與故障診斷,模擬現代 NOC(網絡營運中心)真實工作流程
課程小組實習:
全班分成多個小組,利用不同設備建立多個網絡,然後使用
Huawei Router, Switch 互相連接,傳遞資料
教授如何設定 Static Route,以及各種 Routing Protocol:
RIPv2, OSPF 及 BGP 的運用
模擬企業內的網絡環境,測試同學間互相配合的能力和發揮群體合作 "Teamwork" 的精神
![]() 導師講解課程內容及試題分析 |
![]() 同學們都專心學習網絡知識 |
![]() 同學們分成小組建構及連接不同的網絡設備 |
![]() 同學們發揮合作精神建構網絡 |
再配合 GNS3 模擬器,在家中電腦模擬 Hauwei
Router 練習。

課堂筆記 (節錄範例)
上課用的 PowerPoint 採用動畫式設計,學習更有趣味,知識更容易吸收。
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授課語言:
10 堂 x 3 小時 ( 理論 + 實戰 ) 及 6 小時 ( 研習時段 ) , 合共 36 小時
( 登記成為 基本會員 或 金會員 或 365 特級會員 即可 免費報讀 本課程 (自選日程) , 詳情按此 )
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HK$ 4,980 ( 正價 )
HK$ 4,480 ( 優惠價 )
HK$ 4,280 ( 2 人同行 優惠價 )
請即致電 2380 9888 (來電請設有 來電顯示) / WhatsApp 確認優惠 . * 每學員優惠使用次數不限 . 優惠不可重疊使用 . 優惠詳情請參閱課程內頁相關說明 . |
成功通過考試後獲得的國際認可證書及資格:
Module 1: Data
Communication and Network Basics1.1 Data Communication Network Basics
- Basic Concepts of Data Communication
- Data Transfer Process
- Network Devices and Basic Functions
- Network Type and Topology Type
- Network Engineering
- Network Engineers
1.2 Network Reference Model
- What is Data and Data Transfer
- Common Standard Protocols
- Layered Model Concept
- Application Layer and Related Protocols
- Transport Layer and Related Protocols
- Network Layer and Related Protocols
- Data link Layer and Related Protocols
- Physical Layer and Related Protocols
- Data Transfer, Encapsulation and Decapsulation
1.3 Huawei VRP Basics
- Common Network Devices
- VRP Basics
- CLI Command Views
- Basic Commands and Function Keys of the CLI
Module 2: Constructing an Interconnected IP Network2.1 Network Layer Protocol and IP Addressing
- Network Layer Protocol
- Concept, Classification, and Special IP Addresses of IPv4
- IP Network and IP Subnet Calculation
- IP Network Address Planning
2.2 IP Routing Basics
- Basic Working Principles of Routers
- Routing Table Concepts
- Routing and Forwarding Features
- Static Route Configuration
2.3 OSPF Basics
- Basic Features of OSPF
- OSPF Application Scenarios
- Working Principle of OSPF
- Basic OSPF configurations
Module 3: Constructing an Ethernet Switching Network3.1 Ethernet Switching Basics
- Basic Concepts of Ethernet
- Concept of MAC Address
- Working Process and Principles of Layer 2 Switches
- Composition and Formation of a MAC Address Table
3.2 VLAN Principles and Configuration
- Background of VLAN
- Basic Concepts and Principles of VLAN
- VLAN Data Communication Process on a Layer 2 Network
- Basic VLAN Configuration
3.3 Spanning Tree Protocol
- Basic Concepts and Working
- Principles of STP
- Basic Concepts of RSTP and Improvements Compared with STP
- Basic STP Configuration
- Other Layer 2 Loop Elimination Technologies
3.4 Ethernet Link Aggregation and Switch Stacking
- Basic Concepts of Link Aggregation
- Working Principles of Manual Link Aggregation
- Working Principles and Features of Link Aggregation in LACP Mode
- Basic Concepts of iStack and CSS
3.5 Implements Communication Between VLANs.
- Working Principles of Sub-interfaces
- Working Mechanism of Layer 3 Switches
- Sub-interface Configuration VLANIF Configuration
Module 4: Network Security and Network Access Basics4.1 ACL Principles and Configuration
- Basic Principles and Functions of ACLs
- Basic Structure and Matching Order of ACL Rules
- Usage of Wildcard mask
- Basic ACL Configuration
4.2 AAA Principles and Configuration
- Basic Principles and Application Scenarios of AAA
- Basic Configuration of the Local AAA
4.3 NAT Basics
- Background of NAT
- NAT Classification and Technical Principles
- NAT Configuration in Different Scenarios
Module 5: Network Services and Applications5.1 Network Services and Applications
- Principles of TFTP, FTP, DHCP, and HTTP
- Configuration of FTP and DHCP
Module 6: WLAN Basics6.1 WLAN Overview Basic Concepts of WLAN and History of 802.11 Protocol suite
- WLAN devices
- WLAN Networking Mode
- WLAN Working Process
- Basic WLAN Configuration
Module 7: WAN Basics7.1 WAN Technology Basics
- Basic WAN Concepts
- Common WAN Technologies
- Working Principles of PPP and PPPoE
- Configuring PPP and PPPoE
- Basic Concepts of MPLS/SR
Module 8: Network Management and O&M8.1 Network Management and O&M
- Basic Concepts of the NMS and O&M
- Common NMS and O&M Methods and Tools
- Working Principle of SNMP
- SDN-based NMS and O&M Solution
Module 9: IPv6 Basics9.1 IPv6 Basics Comparison Between IPv6 and IPv4
- Basic Concepts of IPv6
- Format and Principle of the IPv6 Packet Header
- IPv6 Address Format and Address Type
- IPv6 Address Configuration Method and Procedure
- Static and Dynamic IPv6 Address Configuration
- IPv6 Static Route Configuration
Module 10: SDN and Automation Basics10.1 SDN and NFV Basics
- Basic SDN Concepts
- Huawei SDN Products and Solutions
- Basic NFV Concepts
- Huawei NFV Products and Solutions
10.2 Network Programming and Automation
- Traditional Network O&M Status Analysis
- Implementation of Network Automation
- Programming Language
- Python Coding Specifications
- Implement Basic Automatic O&M Using Python telnetlib.
Module 11: Typical Campus Network Architectures and Practices11.1 Typical Networking Architecture and Cases
- Campus Network Architecture
- Campus Network Lifecycle
- Campus Network Construction Cases
- Campus Network Construction Practice




















