Course Overview
All Communication Service Providers earn their revenue as long as their networks are running flawlessly and with minimal disruption to any customer services. Even though some component or subsystem at switch room or server, router facilities centre does not work, the networks are usually designed with a reliable back up provisioning and redundancies or replications were feasible. Certain similarities exist amongst smart city command control centre AND telecommunications network operations centers.
This Zoe training course will empower you with the consciousness of knowing the importance of ELEMENT MANAGEMENT SYSTEM, NETWORK MANAGEMENT SYSTEM and associated Graphical User & Command Line interfaces, as well as how to go about planning and carrying out the maintenance activities efficiently. Typically a nation-wide telecom network such as GLO1, AFRICAONE would have a massive building with earthquake-resistant walls and the intent is maximum sustainability of that room as it is the nerve centre of the entire network and it should be the last building that could be destroyed if ever.
Why This Course Is Required?
Network Operations Centers (NOCs) and wireless network operations have become essential for telecommunications providers, managing complex infrastructures including 2G, 3G, and 4G RAN (Radio Access Network), CORE elements, and digital radio systems that handle massive data volumes and ensure 99.999% uptime. With global mobile data traffic projected to reach 220 exabytes per month by 2026, specialized training is crucial for professionals to master NOC functions like real-time monitoring, fault management, and performance optimization, while understanding RAN-CORE integration and digital microwave operations.
The complexity of modern telecommunications networks requires specialized knowledge in network management systems (NMS), element management systems (EMS), and wireless technologies spanning multiple generations from 2G to 4G LTE-Advanced. Without comprehensive understanding of NOC operations, wireless network management, and digital radio systems, organizations struggle to maintain service availability while missing opportunities to prevent service disruptions that cost operators an estimated $15 billion annually in downtime through proactive monitoring and automated fault resolution.
Research demonstrates that global mobile data traffic is projected to reach 220 exabytes per month by 2026, making specialized training crucial for professionals to master NOC functions like real-time monitoring, fault management, and performance optimization. Network Operations Centers serve as the central nervous system for telecommunications infrastructure, requiring expertise in RAN-CORE integration and digital microwave operations to prevent service disruptions that cost operators an estimated $15 billion annually in downtime.
Course Objectives
Upon completing this course successfully, participants will be able to LEARN ABOUT:
- Network Operation Center (NOC components, Live NOC operation procedures etc)
- Wireless Network Operation: LTE, LTE-Advanced, 2G, 3G-RAN Operations
- MW/TX operation and TELECOM NETWORK Core Operation
Master telecommunications network excellence and drive NOC operational efficiency—enroll today to become an expert in Network Operations Center (NOC) & Wireless 2G, 3G, 4G RAN, CORE & Digital Radio Operations!
Training Methodology
This is an interactive training program and will consist of the following training approaches:
- Lectures delivered by experienced telecommunications and NOC operations professionals
- Seminars & Presentations featuring real-world case studies and industry examples
- Group Discussions fostering collaborative learning and knowledge sharing
- Assignments that reinforce key concepts and practical applications
- Case Studies & Functional Exercises based on actual NOC operations and wireless network scenarios
This immersive approach fosters collaborative learning through peer interaction, group problem-solving, and knowledge sharing among participants from diverse telecommunications backgrounds. The methodology emphasizes practical skill development over theoretical memorization, ensuring participants leave with immediately applicable tools and strategies.
Just like all our courses, this program also follows the ‘Do-Review-Learn-Apply’ model, creating a structured learning journey that transforms NOC and wireless operations knowledge into operational excellence through systematic practice and implementation.
Who Should Attend?
This course is ideal for those who want to study the significant characteristics of Communications service providers infrastructure. The program will especially be useful to:
- Engineers, supervisors and other technical individuals who require a thorough understanding of TELECOM EQUIPMENTS and allied market appliances design, setup, inspection, testing, maintenance and overhaul
- Members of various industries including Information Communication Technologies, Energy and utility, Ministry of Power, etc.
- Professionals across geographic locations who want to take advantage of this extremely beneficial and valuable course
- Any professional who interacts with NOC, NMS, EMS, in any manner
Organizational Benefits
Companies who send in their employees to participate in this course can benefit in the following ways:
- Retain workforce: sustain employees who may be considering leaving their jobs for a full-time qualification
- Less downtime from work: flexible training methods requiring less (or no) time away from work
- Increase competence: develop your technical employees’ skills and knowledge
- Lower training costs: the training will be conducted at our own site
- Broader insight and subject-matter experts: participants will have access to professional instructors and peers to discuss work-related problems
Studies show that organizations implementing comprehensive NOC and wireless operations expertise experience significant improvements in network reliability and efficiency, as advanced monitoring tools enable proactive issue resolution that reduces downtime by up to 75% while optimizing resource allocation across RAN, CORE, and digital radio components. Training enables organizations to benefit from enhanced service quality through automated fault detection and performance analytics, leading to 20-30% cost savings in maintenance while ensuring compliance with regulatory standards like those from ITU-T for telecommunications management networks.
Empower your organization with NOC and wireless operations expertise—enroll your team today and see the transformation in network reliability and operational efficiency!
Personal Benefits
Professionals who participate in this course can benefit in the following ways:
- In-depth course material: deep dive into the technical details of NOC and related infra and master the areas covered in the course
- Case studies: gain practical knowledge that will give you an edge in your workplace
- Professional development: completing this course successfully will give you more confidence in the maintenance of END TO END TELECOM NETWORK ELEMENTS, and thereby, you will invariably have a competitive advantage over your peers
- Cost-effective: you can obtain a professional qualification at a competitive cost if you sign up for this course with Zoe
- Interactive lessons: interactive sessions let you connect with your instructor and peers to learn from real-world examples that will build your skillset and can be applied in your respective role as well
Course Outline
MODULE 1: INTRODUCTION TO NOC
- Fundamentals of NOC
- Current TMN Philosophy of eTOM, NGOSS: OSS, BSS CONCEPTS
- International and National Call flow supportive network operational setup, essentials
MODULE 2: APPLICATION OF NOC
- EMS makes, scope, role-based access to control work allocation
- NMS and middleware to deal with multi-vendor ems’s and telecom gear with mandatory interoperable setup
- 9999 reliability for voice-grade of service and QoS, QoE
- Gsm MSC OMC
- 3G noc for ran and core NE’s
- Fcaps of mobile IP CDMA PDSN, PSF
- Decision support logs, alarms, traces, troubleshooting of wireless network
- Element management, network management systems
- OAM&P of network through standard products such as SAM5620
MODULE 3: LTE
- E-NODE’B
- CORE NE’S – MME, S-GW, P-GW
- Design thinking SAE GW
- TDM[E1,T1],IP Connectivity between all network elements
- Fast ethernet and gigabit ethernet for transport
- Backhaul, Front haul Fiber Optics
- Hspa spectrum reforming for long term evolution
- IN for Pre-paid & Standard Infrastructure of Billing, OSS, BSS
- GUTI, TRACKING AREA Clustering for mobility
- OFDM, MIMO, FRAME STRUCTURE, QPSK,16QAM,64QAM
- LTE products and technologies, interoperability
- Overview of advanced features –CoMP, ICIC & MULTI CARRIER
MODULE 4: 4G OR LTE-A
- TDD, FDD Spectrum worldwide for 4G
- BUILDING BLOCKS OF BEYOND 4X4 MIMO at ENB
- Concept of CQI, CSI
- OEM, ODM, CSP, ISP roles and their technology providers
- Experimental 4.5 evolutions, CPRI, M CORD
- Functional similarities between 4G and WLAN
- Small cells, FEMTO base stations
- Non access stratum, CALL FLOWS & VOLTE
- Managing issues of OTT, Operational circuit switch fall back essentials
MODULE 5: TELECOM CORE CONCEPTS
- Diameter protocol
- Quality of service parameters
- Ip multimedia subsystem
- Points of interconnects with PSTN, other PLMN
- Tispan, FMC and business models of wireless market
- 5G -4.5G EVOLUTIONS-5GC, NETWORK SLICING
MODULE 6: DIGITAL RADIOS –RF MICROWAVE TX/RX OPERATIONS
- PTP, PTMP links between towers and switch rooms
- VSAT, different types of microwave radios
- Carrier-grade digital radios of multi-spectrum radios
- Different kinds of microwave radios –Nira, Ericsson, Alcatel-lucent make radios
MODULE 7: 2G GSM, CDMA; 3G-UMTS/W-CDMA PRINCIPLES OF RAN AND CORE
- GSM, W-CDMA Common infrastructure design approaches
- GSM, UMTS-3G Frequency harmonization in a tech neutral policy framework
- 2G-BASE STATIONS, 3G-NODE B’S
- LOCAL CRAFT TERMINALS
- Packet switching and circuit switching cores [NGN, SOFT SWITCHES]
MODULE 8: NOC THEORY
- ABC’s of Wireless network 99.9999 grade of service, Erlang B model
- Basics of Regional, National network operations centers
- CRITICAL, MAJOR ALARMS and their impact on Customer Satisfaction, SLAs
- Decisions that impact return on investment of CAPEX, OPEX, TOC
- EMS, NMS –GUI, CLI aspects –Operating Systems, Customer Document Libraries
- FCAPS and workflow of trouble tickets and concept of TAC –SON-PRINCIPLES
- Customer Technical Advocacy and relationship management, CRP, DATABASES, BACK UP, RESTORATION & AUTOMATION TRENDS.
MODULE 9: NOC EQUIPMENT PROTECTION
- 1:1, 1:N Protection techniques,
- Fiber optic networking in DWDM, GPON, SDH
- DDF, FDP, FIBER PATCH PANEL, PIG TAILS, PREMISES CABLES
- Deployment Scenarios and Network planning and capacity engineering
- Trending analysis over six months and growth engineering
- Relationship between mobile SIM card sales and network operations, features
MODULE 10: NOC 24/7 Roster Maintenance and global support
- A typical global presence of tech support in telecom
- Models of matured vendor managed services for small telco’s
- Role model telco’s approach to services and maintenance-AT&T, VwZ USER STORIES
- Escalation matrix
- Dash board’s, summary statements for CEO’s, CIO’s
- FCAPS – tacit knowledge of specific system design and local knowledge transfer, best practices
MODULE 11: NOC
- Role-based access controls, access control lists, different levels of logins
- Applicable project, program management skills in telecom, TL-9000 & TM forum
- Next-generation OSS, BSS
- E-tom
- Bulk provisioning, retail
- Order fulfilment tools for back-office workers
- Telecom product management life cycle
Real World Examples
The impact of Network Operations Center (NOC) & Wireless Operations training is evident in leading implementations:
- Vodafone Global NOC Transformation (Global)
Implementation: Vodafone partnered with IBM to implement AI-driven NOC operations across their global network, incorporating automated monitoring for 2G/3G/4G RAN and CORE elements with advanced analytics and machine learning capabilities for proactive network management.
Results: The system reduced alarm volumes by 60% and improved incident resolution time by 40%, while integrating digital radio operations monitoring resulted in a 25% decrease in operational costs while maintaining 99.99% network availability across multiple countries. - China Telecom Intelligent Operations (China)
Implementation: China Telecom deployed an AI-based platform for wireless network operations, analyzing RAN and CORE performance across 2G/3G/4G networks with real-time trend prediction and automated troubleshooting capabilities.
Results: The system improved network quality by 15% and reduced maintenance costs by 20%, while digital radio link monitoring enabled predictive maintenance that decreased outages by 30% in high-traffic urban areas. - Nordic Telecom Operator AI Integration (Nordic Region)
Implementation: A Nordic operator implemented IBM’s AI analytics for NOC operations, processing terabytes of data from RAN, CORE, and digital radio systems to achieve automated incident detection and resolution across their wireless infrastructure.
Results: The deployment across 4G networks achieved 50% faster incident resolution and 25% reduction in operational expenses, while improving customer satisfaction scores by 15% through proactive maintenance and automated troubleshooting.
Be inspired by industry-leading telecommunications achievements—register now to build the skills your organization needs for NOC and wireless operations excellence!
