[Cloud Computing Technology Application] 3.Computer Networking Technology
#ICT# #IOT#

Lesson Code: TCEN2026I028

Clicks:
Academic Hours
4.90hours
Publish Date
Sep 2026

Lecturer

1. Lecturer HE ShixuanYulin Vocational And Technical College

2. Lecturer DING XuYulin Vocational And Technical College

3. Lecturer GAO XingYulin Vocational And Technical College

4. Lecturer LIU HuiYulin Vocational And Technical College

General Introduction
This course focuses on cultivating skilled professionals with competencies in network planning, device configuration, and troubleshooting. It aligns with Huawei HCIA/HCIP certification standards and uses the eNSP simulation
platform to integrate theoretical learning with practical training, emphasizing “learning by doing and assessment through practice,” thereby laying a solid foundation for students to work as network engineers.

This Course is for
1. Helping trainees master core theories of computer network architecture, IP address planning, routing and switching, VLANs, and network reliability, and understand the operating principles of dynamic routing protocols such as RIP and OSPF.
2. Equipping trainees with proficiency in Huawei VRP command-line operations and the eNSP simulation platform, enabling them to independently configure and troubleshoot switches and routers, diagnose network faults, and develop practical skills for HCIA/HCIP certification preparation.
3. Enabling trainees to develop rigorous and standardized professional habits and craftsmanship, strengthen awareness of network security and independent innovation, and enhance teamwork and comprehensive problem-solving abilities in practical engineering scenarios.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Bank

Recognized By

Benefits of Learning

1. Being able to proficiently use the Huawei VRP command-line interface and eNSP simulation platform and independently configure and debug network devices such as switches and routers.
2. Possessing core engineering skills in network topology design, IP address planning, VLAN configuration, and dynamic routing deployment, and being able to accurately troubleshoot network faults using common diagnostic tools.
3. Developing rigorous and meticulous work habits, following standardized operating procedures such as T568B when making twisted-pair cables and performing fiber-optic splicing, and pursuing craftsmanship and continuous improvement.
4. Developing a strong sense of responsibility for network security, complying with industry standards and professional ethics, and ensuring the stable operation of network systems in accordance with relevant laws and regulations such as the Cybersecurity Law.
5. Being able to work effectively in teams, communicate clearly, and participate in the planning, implementation, operation, and maintenance of small and medium-sized enterprise networks.
6. Maintaining an awareness of continuous learning, keeping up with developments in network technologies, and laying a solid foundation for obtaining professional certifications such as Huawei HCIA/HCIP and for future career development.

Courses Videos
1.1 Get to know Computer Networks.mp4play1.2 Overview of Computer Networks.mp4play1.3 Classification of Computer Networks.mp4play2.1 Get to know Network Devices.mp4play2.2 Get to know Common Transmission Media.mp4play2.3 Connecting Transmission Media.mp4play2.4 Network Engineers and Huawei Certification.mp4play3.1 Computer Network Architecture.mp4play3.2 Data Communication Process.mp4play3.3 Overview of Huawei VRP System.mp4play4.1 Concept of Number Systems.mp4play4.2 Introduction to IP Addresses.mp4play4.3 Configuration of IP Addresses on Network Devices.mp4play4.4 IP Packet Format.mp4play4.5 Subnetting.mp4play5.1 Routing Overview 1.mp4play5.2 Routing Overview 2.mp4play5.3 Static Routes and Default Routes.mp4play5.4 Configure Static Routes and Default Route.mp4play5.5 Ethernet Basics..mp4play5.6 Working Principle of Switches.mp4play5.7 Working Principle of Switches 2.mp4play6.1 Basics of VLAN Technology.mp4play6.2 Related Concepts of VLAN.mp4play6.3.1 VLAN Configuration1.mp4play6.3.2 VLAN Configuration2.mp4play7.1 Distance-Vector Routing Protocols.mp4play7.2 Characteristics of RIP Routing Protocol.mp4play7.3 Configuration and Debugging Commands for RIP.mp4play7.4 Build a Small Local Area Network Using RIP.mp4play8.1 Get to know OSPF.mp4play8.2 Common OSPF Tables.mp4play9.1 Network Reliability Requirements.mp4play9.2 Overview of Ethernet Link Aggregation.mp4play9.3 Link Aggregation - LACP Mode.mp4play9.4 Overview of VRRP and Packet Format.mp4play9.5 Working Process of VRRP Protocol.mp4play

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