Name: Modern Communication Technology
SKU: N/A

Modern Communication Technology

Course Overview

This course focuses on two core domains of communication technology—optical communication and mobile communication. Grounded in the professional teaching standards for modern communication technology and aligned with the latest industry technology trends, the program cultivates learners' core skills in optical communication network deployment and maintenance as well as mobile communication network construction and optimization. The curriculum integrates theory with practice, leveraging real-world project cases and virtual simulation training to develop highly qualified skilled professionals who meet the demands of high-quality development in the communication industry.

Why This Course?

1.Curriculum

Focused on optical communication and mobile communication—two core domains—covering the full workflow from foundational theory to practical application.

2.Standards

Aligned with international communication technology skill standards, cultivating internationally oriented technical professionals.

3.Faculty

Enterprise engineers and academic experts co-deliver instruction.

4.Platform

A virtualized training platform based on real communication scenarios, enabling a "theory learning → virtual simulation → hands-on verification" workflow.

5.Outcomes

The skills developed can support work in telecommunications, broadcasting, data centers, and related industries.

What You'll Be Able to Do?

1. Optical Communication Network Deployment and Maintenance

Optical network planning and design — Plan and design optical communication networks based on user requirements, producing complete planning proposals
Optical equipment installation and testing — Install and commission OLT equipment in optical access networks and ONU terminal devices
Optical network service provisioning — Configure and provision services on optical communication networks, including SDH, OTN, and PTN technologies
Optical network troubleshooting — Use professional testing instruments to identify and resolve common optical communication network faults
Optical network O&M management — Perform routine maintenance, performance monitoring, and optimization of optical communication networks

2. Mobile Communication Network Construction and Optimization

Mobile communication network design — Select mobile communication network equipment and design solutions, covering core networks, transport networks, and radio access networks
Mobile communication equipment deployment — Install, configure, and integrate mobile communication network equipment
Mobile communication service provisioning — Complete data configuration and service provisioning for mobile communication networks
Mobile communication network testing — Apply mobile communication network testing methods; use testing tools for data collection and analysis
Mobile communication network optimization — Analyze and optimize mobile communication network issues related to coverage, interference, and handover

What You Will Learn?

Training Skills	Description
1. Optical Communication Fundamentals	Study the basic theory of optical communication, including optical transmission principles, fiber characteristics, and optical component operating principles Understand optical communication network topologies and transmission multiplexing schemes.
2. Optical Access Network Technology and Applications	Study PON technology principles. Master optical access network planning and design, OLT equipment configuration, and ONU terminal commissioning. Develop capabilities in optical access network service provisioning and maintenance.
3. Optical Transport Network Technology and Applications	Study SDH, OTN, and PTN optical transport network technologies. Master optical transport network equipment configuration, service scheduling, and protection mechanisms. Develop capabilities in optical transport network construction and maintenance.
4. Optical Communication Engineering Construction and Supervision	Study optical communication engineering construction standards and procedures. Master optical cable laying, splicing, and testing skills. Develop capabilities in optical communication project supervision and quality control.
5. Mobile Communication Fundamentals	Study mobile communication principles, including modulation and demodulation, multiple access technologies, and radio propagation characteristics. Understand mobile communication network architecture and evolution.
6. Mobile Communication Network Construction and Deployment	Study mobile communication network equipment selection and solution design. Master installation and configuration of core network, transport network, and radio access network equipment. Develop capabilities in mobile communication network construction and deployment.
7. Mobile Communication Network Testing and Optimization	Study mobile communication network testing methods. Master network testing tools and data analysis skills. Develop capabilities in mobile communication coverage optimization, interference troubleshooting, and handover parameter tuning.
8. 5G Mobile Communication Technology and Applications	Study key 5G mobile communication technologies, including massive MIMO, millimeter-wave (mmWave) communication, and network slicing. Understand 5G deployment and optimization in industry application scenarios.

Learning Environment

Optical Communication Network Training Lab

Equipped with optical access network equipment (Huawei MA5800 OLT, HG8347 ONU), optical transport equipment (Huawei OSN 1800V OTN), fiber fusion splicers, optical power meters, OTDR, and other professional instruments. The lab supports simulation of deployment and maintenance for typical optical communication scenarios such as FTTH (Fiber to the Home) and backbone transport networks.

Mobile Communication Network Training Lab

Equipped with 5G base station simulators (Huawei AAU/BBU), core network simulation platforms, drive test equipment (Dingli Pioneer), spectrum analyzers, and more. The lab supports full-process hands-on training in 5G NR network deployment, service provisioning, performance testing, and optimization.

Learning Environment

Company Strength

ECR Academy brings deep expertise in Modern Communication Technology training through proven global reach and real-world application. Our product curriculum covers optical and mobile communications—from foundational theory to hands-on validation—preparing learners for telecom operations, broadcasting, and data center roles.

Since 2010, we've trained nearly 500,000 participants across 28 countries, with over 300,000 earning recognized certifications
16 years of specialized experience in vocational training and international educational cooperation
Successfully organized 150+ skills competitions, empowering 30,000+ learners through practical challenges
Built a comprehensive ecosystem with 3,300+ industry experts, 500+ enterprise partners, and 60,000+ educational resources including skill standards and assessment systems
Deliver scenario-based virtual training platforms integrating theory, simulation, and practical validation
Co-develop curriculum with enterprise engineers and college experts to align with real market demands

Company Strength

FAQ

Q: Can I take this course with no prior background?

A: Yes. The course is designed with a systematic learning path for beginners. Starting from communication fundamentals and progressing step by step, combined with rich virtual simulation training and hands-on exercises, even learners with no prior experience can gradually build practical skills in optical communication and mobile communication technology skills.

Q: What career paths are available after completing the program?

A: Learners can prepare for roles such as:

Optical Communication Engineer — responsible for optical communication network planning, design, deployment, and maintenance
Mobile Communication Engineer — engaged in mobile communication network construction, optimization, and O&M
5G Technology Engineer — responsible for 5G network deployment and industry application scenario design and implementation
Communication Network O&M Engineer — engaged in routine communication network maintenance, troubleshooting, and performance optimization

Q: Does the course provide certification?

A: Learners who complete the course and pass the assessment will receive a course completion certificate in optical communication and mobile communication technology.

Contact Us

Ready to elevate your team's capabilities in Modern Communication Technology? Reach out to ECR Academy at ecr2008@enteredu.com to explore partnership opportunities.