Training and certification in DWDM optical networks and infrastructure solutions
DWDM.ME provides training and certification for network engineers, data transmission infrastructure specialists, and solution design professionals working with optical and radio frequency networks.
The programmes cover all levels of training – from basic to advanced, focused on real cases and actual infrastructure tasks.
Special attention is paid to practical application of DWDM technologies, which allows specialists to develop skills necessary for effective work with modern network solutions.
Areas of study
Certificate: Certified DWDM Infrastructure Specialist (CDIS)
An introductory course designed for professionals who are beginning to work with DWDM technologies or seeking to systematize their knowledge. The program covers the fundamental principles of wavelength-division multiplexing, the structure of DWDM networks, the basics of Optical Transport Network (OTN), as well as architectural approaches to designing hybrid DWDM infrastructure that integrates optical and radio-frequency (microwave and millimetre-wave) communication channels with traffic redundancy.
Program
- Fundamentals of DWDM Technology
- Principles of Wavelength Division Multiplexing (CWDM/DWDM)
- Components of DWDM Systems
- Introduction to OTN Architecture
- Basic Topologies and Design Approaches
- Microwave DWDM Channels: Operating Principles and Frequency Ranges
- Hybrid Optical-Radio Channels: Use Cases and Design Principles
- Traffic Redundancy and Switching (1+1, Ring, NMS/SDN)
Certification
Upon course completion, participants take a final assessment. Successful results grant the Certified DWDM Infrastructure Specialist (CDIS) certificate, which confirms foundational qualification in the design of DWDM networks, including both optical and radio-frequency transport segments.
Certificate of Participation
The event programme includes consideration of physical and logical channel types, network topology design methods, redundancy principles and integration with IP networks. Participants will learn the key principles of creating reliable and efficient communication channels, as well as approaches to their implementation in modern IT infrastructures. This is a great opportunity to gain the practical knowledge and skills needed to develop high-performance communication solutions.
Certificate: Certified Critical Radio Infrastructure Specialist (CRIS)
The course covers the principles of VHF and microwave system design, coverage planning and RF network design for critical infrastructures. Methods for optimising and ensuring reliable communications in wireless networks are covered in detail.
Programme
- Fundamentals of RF networks and wireless technologies
- Construction of VHF/microwave systems
- Coverage planning
- Optimisation of radio frequency networks
- Modern radio frequency management techniques
Certification
Upon successful completion of the course and testing, you will be certified as a Certified Critical Radio Infrastructure Specialist (CRIS).
Certificate: Certified DWDM Systems Architect (CDSA)
Designed for professionals working with high-load DWDM systems. The course program covers the design and optimization of network solutions using ROADM, as well as integration with MPLS and IP networks. Special emphasis is placed on building scalable, high-speed network architectures and designing hybrid DWDM infrastructure with microwave coverage, including channel redundancy and dispatching.
Program
- Modern Methods for Designing DWDM Systems
- ROADM Principles and Design
- Integration of DWDM with MPLS and IP Networks
- Performance Management and System Scalability
- Network Traffic Optimization and Fault Tolerance
- Design of Hybrid Optical-Microwave Backbones (MW/μW)
- Channel Redundancy and Dispatching (NMS, SDN, ASON)
Certification
Upon course completion, participants take a final assessment. The CDSA certificate confirms expert-level qualification in DWDM network design, including optical and microwave transport channels with redundancy and dispatching mechanisms.
Certificate of Participation
Key principles of transport network monitoring and management, as well as methods to ensure the security of transport networks. The programme includes practical approaches to fault and performance management and the use of monitoring tools and Network Management Systems (NMS). Participants will learn how to effectively monitor network health, prevent failures and improve network reliability, as well as how to integrate secure practices into transport network management processes.
access to the proceedings is available
This webinar analyses the leading innovations and future trends in DWDM technologies that are shaping the future of optical data networks. Participants will learn about current and predicted changes in spectrum compaction, high-speed optical systems and integration with modern IP/MPLS solutions.