Explore our comprehensive Huawei training programs designed to elevate your skills.
The HCIA-5G-RNP&RNO (Radio Network Planning & Radio Network Optimization) course is a 5-day professional program designed for engineers focused on the full lifecycle of the 5G air interface. This curriculum moves beyond basic operations to cover technical network dimensioning, including link budgets for both TDD and FDD, capacity estimation, and advanced site survey methodologies. Participants will master the use of Huawei's GENEX tool suite for field drive tests and post-analysis, learning to troubleshoot coverage gaps and optimize key performance indicators (KPIs) like accessibility, mobility, and retainability in both NSA and SA environments.
The HCIA-Access course is a 5-day technical program focused on the 'last mile' of telecommunications. It covers the transition from traditional copper-based technologies (xDSL, G.fast) to modern high-speed Fiber-to-the-x (FTTx) solutions using GPON and 10G GPON. Participants will master the architecture of Optical Access Networks, including Optical Line Terminals (OLT) and Optical Network Units (ONU), while gaining practical skills in service provisioning, VLAN management, and ODN (Optical Distribution Network) maintenance. This course is the starting point for engineers aiming to deploy and maintain high-bandwidth broadband services for residential and enterprise customers.
The HCIA-5G-Security Solution course is a 5-day professional program designed to address the unique vulnerabilities of the 5G era. As networks transition to cloud-native architectures and Service-Based Architecture (SBA), traditional perimeter security is no longer sufficient. This course provides an in-depth look at 3GPP security standards (R15–R17), the NESAS/SCAS certification frameworks, and the specialized security mechanisms required for network slicing and Multi-access Edge Computing (MEC). Participants will learn to build a multi-layered defense strategy—covering infrastructure, network functions, and user data—to protect against sophisticated cyber threats in a virtualized telecom environment.
The HCIA-5G-RAN V3.0 is a 5-day professional course focused on the deployment, operation, and optimization of the 5G Radio Access Network. Unlike general 5G courses, this curriculum is deeply technical, covering the physical layer, base station hardware (Huawei 5900 series), and field-testing methodologies. Participants will gain hands-on experience in commissioning gNodeBs (5G base stations) and conducting Drive Tests (DT) using the GENEX tool suite. This course is essential for engineers responsible for the physical rollout and radio performance verification of 5G networks, ensuring they can achieve high-speed coverage and low-latency reliability in real-world environments.
The HCIA-Intelligent Vision course is a 5-day specialized program that transitions students from traditional CCTV concepts to the era of AI-powered video security. It focuses on Huawei’s 'Software-Defined Camera' (SDC) philosophy, where cameras are no longer just recording devices but intelligent edge sensors capable of real-time analysis. Participants will explore the HoloSens SDC product line, master the network architectures required for high-bandwidth video backhaul, and learn to deploy the Intelligent Vision Platform for advanced features like facial recognition, behavior analysis, and traffic monitoring.
The HCIA-CT (Communication Technology) V1.0 is a 5-day comprehensive course designed for professionals seeking a high-level mastery of converged communication infrastructures. It uniquely bridges three major domains: Data Communication (Datacom), Optical Networking, and Enterprise Wireless. Participants will learn how fiber optics serve as the backbone for high-capacity transmission, how switches and routers handle data flow, and how 4G/5G/Microwave technologies provide ubiquitous wireless connectivity. This course is ideal for architects and pre-sales engineers who need to design end-to-end ICT solutions that are secure, reliable, and future-ready.
The HCIA-5G-Core V1.0 is a 5-day novice-level course that explores the 'brain' of the 5G network. It covers the shift from the traditional 4G Evolved Packet Core (EPC) to the cloud-native 5G Service-Based Architecture (SBA). Participants will gain a deep understanding of core network evolution, including NSA (Non-Standalone) and SA (Standalone) deployment options, network slicing, and Multi-access Edge Computing (MEC). The course also provides technical training on Huawei-specific 5G SA core products like the UNC, UDM, and UDG, focusing on routine maintenance and O&M (Operations and Maintenance) in a virtualized, cloud-based environment.
The HCIA-5G V2.0 is a 5-day professional course that explores the business and technical foundations of the fifth-generation mobile network. Unlike hardware-centric courses, this curriculum focuses on '5GtoB' (5G to Business) and the convergence of ICT technologies like AI, Big Data, and IoT. Students will master the 5G air interface, E2E network slicing, and multi-access edge computing (MEC) while examining real-world industry solutions for smart manufacturing, healthcare, and the Internet of Vehicles (IoV). It is designed to equip solution engineers with the ability to design 5G-enabled digital transformations across various vertical industries.
The HCIA-Collaboration V4.0 course is a 5-day novice-level program designed to equip students with the skills to deploy and maintain modern video conferencing and smart collaboration solutions. The course focuses on Huawei’s cutting-edge ecosystem, including Box and Bar series endpoints, the IdeaHub smart board, and the underlying infrastructure like MCUs (Multipoint Control Units) and SMC (Service Management Center). You will master the fundamentals of SIP and H.323 protocols, learn to plan and configure video conferencing systems, and understand the lifecycle management of collaborative hardware and cloud-based recording services.
The HCIA-Computing V3.0 is a 5-day professional course designed to provide a comprehensive foundation in enterprise server infrastructure. It covers the evolution of computing from general x86 architectures to the specialized Huawei Kunpeng ecosystem based on ARM architecture. Students will master server hardware components, BIOS and BMC management, and the practical skills required for physical installation, service deployment, and remote O&M (Operation and Maintenance). This course specifically emphasizes the transition toward diversified computing and the optimization of high-performance computing (HPC) solutions.
The HCIA-IT V1.0 is a 5-day entry-level course that serves as a broad gateway into the world of enterprise Information Technology. It provides a holistic view of the 'digital backbone,' covering the evolution and modern architecture of computing, storage, and virtualization. Participants will move from hardware fundamentals—such as server components and RAID redundancy—to high-level cloud concepts like IaaS and the Huawei Cloud Stack. This course is ideal for those looking to understand how physical data centers transform into flexible, software-defined cloud environments.
The HCIA-WLAN V3.0 is a 5-day novice-level course that provides a deep dive into enterprise wireless networking. It covers the transition from traditional Wi-Fi standards to high-efficiency Wi-Fi 6 (802.11ax), focusing on Huawei's unique hardware and software implementations. Students will master the CAPWAP protocol for AP-to-AC communication, explore diverse networking models like Fit/Fat AP and Cloud management, and gain practical skills in WLAN planning, security authentication, and site survey techniques for modern enterprise environments.
The HCIA-Transmission V3.0 is a foundational 10-day course designed for engineers entering the world of optical networking. It provides a comprehensive start-to-finish look at how data travels over light, covering legacy SDH systems, modern WDM/OTN architectures, and the latest MS-OTN products. Participants will transition from theoretical fiber optics to practical skills, including hardware installation, single-site commissioning, and service configuration using Huawei’s NCE-T management platform, preparing them for real-world transmission network deployment and maintenance.
The HCIA-Data Center Facility V2.0 is a 5-day comprehensive course designed to provide a foundational understanding of the physical infrastructure that powers and protects modern data centers. Participants will explore the critical 'L1' layer, including power distribution, uninterruptible power supplies (UPS), precision cooling systems, and battery technologies (lead-acid vs. lithium-ion). The course also covers environmental health and safety (EHS) standards, data center monitoring, and auxiliary systems like fire protection and integrated cabling, specifically focusing on Huawei's suite of intelligent data center solutions.
This intermediate-level course focuses on the architectural design and strategic planning of comprehensive enterprise networks. It covers high-level solutions for campus networks, wide area network (WAN) interconnections, data center networks (DCN), and bearer WANs using Huawei's CloudCampus, SD-WAN, CloudFabric, and CloudWAN frameworks.
The HCIA-Storage V5.0 is an entry-level certification program designed to build a solid foundation in modern data storage technologies. This 5-day course covers the transition from traditional storage to intelligent flash-based systems, deep-diving into Huawei's OceanStor portfolio. Key topics include the revolutionary RAID 2.0+ architecture, high-reliability RAID-TP, storage networking protocols (FC, iSCSI, RoCE), and advanced software features like Smart-series resource tuning and Hyper-series data protection.
The HCIA-Datacom course is a comprehensive 10-day foundational program that replaces the legacy Routing & Switching track. It is designed to cultivate engineers capable of planning, deploying, and maintaining small to medium-sized enterprise networks. The curriculum bridges traditional networking principles—such as OSPF, VLANs, and ACLs—with modern innovations like SDN (Software-Defined Networking), Network Automation using Python, and IPv6. Students will gain practical proficiency in Huawei’s Versatile Routing Platform (VRP) and understand the full lifecycle of a campus network.
The HCIA-LTE course is a foundational 10-day certification program designed to provide a comprehensive understanding of 4G LTE/SAE mobile networks. It covers the end-to-end architecture of E-UTRAN and EPC, air interface technologies like OFDM and MIMO, and the practical deployment of Huawei eNodeB equipment. Participants will gain hands-on experience in initial data configuration using MML and CME, remote commissioning via U2000/M2000, and expert field maintenance techniques for both indoor and outdoor site solutions.
The HCIE-Datacom course is the pinnacle of Huawei's routing and switching certification track, designed to produce elite network experts. This 15-day program moves beyond standard networking into advanced IGP/BGP optimization, complex MPLS L3VPN architectures (including Inter-AS Option A/B/C), and next-generation WAN technologies like SRv6 and SD-WAN. The course also emphasizes the shift toward network autonomy, covering SDN virtualization in campus networks, VXLAN, and automated O&M using NETCONF, YANG, and Telemetry to manage modern enterprise infrastructures.
The HCIE-Data Center Network course is a comprehensive 15-day expert-level program designed to master the Huawei CloudFabric Hyper-Converged DCN Solution. This course bridges the gap between traditional networking and modern cloud-native infrastructures, covering VXLAN/EVPN fabrics, SDN orchestration with iMaster NCE-Fabric, and deep integration with OpenStack and Kubernetes. You will explore advanced topics like RoCEv2 for lossless storage networks, Service Function Chaining (SFC), and AI-driven intelligent O&M using FabricInsight, enabling you to architect highly automated and resilient data center fabrics.
This course covers the full lifecycle of modern campus network design and management. It focuses on Huawei's CloudCampus solution, emphasizing network virtualization via VXLAN and EVPN, automated deployment through iMaster NCE-Campus, and AI-driven intelligent O&M with CampusInsight.
This 10-day comprehensive program provides deep technical expertise in deploying, commissioning, and managing Huawei's leading data center infrastructure. The course covers modular data centers (FusionModule), prefabricated solutions (FusionDC), advanced power systems (UPS, SmartLi), and smart cooling technologies, combining theoretical principles with extensive hands-on lab practice.
The HCIE-Data Center Facility Design V1.0 is an advanced 7-day course tailored for senior facility engineers and project managers. This program focuses on the high-level planning, load calculation, and architectural optimization of Tier-rated data centers. Key modules include complex power distribution logic (UPS and Diesel Generators), chilled water and free-cooling air conditioning systems, and the strategic deployment of DCIM (Data Center Infrastructure Management) for holistic facility monitoring. Participants will gain the expertise to produce professional site selection and feasibility research reports.
The HCIE-Collaboration V2.5 is an advanced expert-level program designed to master the complexities of Huawei's intelligent collaboration ecosystems. This 10-day course provides deep technical insights into high-definition audio/video processing, expert-level SIP and H.323 protocol analysis, and large-scale networking design. Key highlights include public-private network traversal, multi-vendor interoperability, and intelligent O&M through IdeaManager, preparing experts to design and maintain high-reliability visual dispatch and video conferencing systems.
The HCIE-5G-Radio V1.5 is an advanced 15-day expert-level program designed for senior engineers to master the end-to-end integration, design, and optimization of 5G Radio Access Networks. The course covers deep-dive air interface principles, NSA/SA dual-mode networking, and 5G Digital Indoor System (DIS) design. Participants will learn to architect E2E latency solutions, perform complex gNodeB interface planning, and execute expert-level troubleshooting for both outdoor and LampSite indoor distribution scenarios.
The HCIP-5G Core V1.0 course is an intensive 20-day intermediate-level program focused on the deployment, operation, and maintenance of Huawei's 5G Service-Based Architecture (SBA). You will master the configuration of key Network Functions (NFs) including the UNC (Unified Network Cloud) for AMF/SMF, UDG (Unified Data Gateway) for UPF, and UDM for subscriber data. The course places heavy emphasis on SA (Standalone) signaling analysis, network slicing, 4G-5G interworking, and advanced troubleshooting of KPIs and subscriber-level faults.
The HCIP-5G-RAN V2.0 course is an intermediate-level program designed for engineers to master the principles, configuration, and maintenance of 5G Radio Access Networks. It covers 5G air interface technologies (NR), gNodeB hardware architecture (including LampSite), and advanced O&M using MML and MAE-Deployment. Trainees will gain the skills to perform data reconfiguration, signaling analysis, and complex troubleshooting for both SA and NSA networking modes.
This course focuses on the advanced installation, deployment, and intelligent O&M of Huawei Kunpeng computing products. It covers the full lifecycle of server management, from initial engineering survey and hardware installation to sophisticated software deployment and troubleshooting using tools like SmartKit and FusionDirector.
The HCIE-WLAN course is an expert-level program designed to master large-scale campus wireless networks. It covers advanced networking architectures (Navi AC, Leader AP), sophisticated roaming, and radio resource management. Key focuses include the CloudCampus solution, VXLAN-based virtualization, IoT convergence, and intelligent O&M using CampusInsight to ensure high-performance, secure, and reliable wireless experiences.
This 15-day expert-level course is designed for senior transmission engineers to master advanced OTN, WDM, and all-optical switching technologies. The curriculum covers next-generation features like Optical Service Unit (OSU), ASON (Automatically Switched Optical Network), and 100G+ ultra-long-haul (ULH) transmission. Trainees will gain deep expertise in network planning, reconstruction, and complex troubleshooting using iMaster NCE-T.
This 15-day expert-level course is designed for storage architects and senior ICT practitioners. It focuses on Huawei's high-end storage ecosystem, including OceanStor Flash storage, OceanProtect backup, and scale-out architectures. The curriculum emphasizes complex data protection (Active-Active, 3DC), intelligent O&M with DME, and large-scale data migration strategies.
The HCIE-Datacom-Carrier course is an expert-level program designed for senior network engineers and architects working in telecom and large-scale service provider environments. Spanning 20 days, it focuses on the planning, deployment, and optimization of carrier-grade networks, featuring deep dives into Segment Routing (SRv6), advanced MPLS VPNs, IP Mobile Backhaul (IPRAN), and automated O&M. It prepares candidates for the H35-831 (Written) and H35-832 (Lab) exams.
This 10-day intermediate course is designed for senior datacom engineers to master the core technologies required for modern enterprise and data center networks. It covers advanced routing (OSPF, IS-IS, BGP), switching (MSTP, Stacking, CSS), IPv6, and network reliability features, alongside emerging technologies like EVPN and SDN-based solutions.
This intermediate-level course is designed for pre-sales engineers and solution architects to master the design and planning of optical transmission and access networks. It covers advanced WDM/OTN features, MS-OTN protection, PON security, and end-to-end POL (Passive Optical LAN) campus solution design.
This advanced 15-day course is designed for professionals specializing in 5G Radio Network Planning (RNP) and Radio Network Optimization (RNO). It provides a deep dive into the 5G air interface, signaling analysis, capacity estimation, and performance management, with a strong focus on solving real-world network problems in both NSA and SA environments.
This course focuses on designing enterprise-level computing solutions using Huawei's Kunpeng (TaiShan) ecosystem. It covers ARM-based application development, hardware/software synergy through BoostKit and DevKit, and the architectural design of High-Performance Computing (HPC) clusters.
This 7-day intermediate course provides a deep dive into Huawei's Intelligent Collaboration solutions. It covers advanced audiovisual technologies, SIP and H.323 protocol analysis, MCU and SMC resource dispatching, and complex network design, including public-private network traversal and system troubleshooting.
This 10-day intermediate course provides a comprehensive deep dive into the planning, configuration, and troubleshooting of modern fiber access networks. It covers advanced VoIP protocols (SIP/H.248), PON multicast, QoS, and security, with a specialized focus on POL (Passive Optical LAN) and FTTx network design using Huawei eSight and NCE platforms.
This intermediate-level course provides in-depth knowledge of LTE air interface principles, E2E signaling, and advanced troubleshooting for Huawei eNodeB equipment. Participants will gain practical skills in reconfiguration and fault analysis to manage and optimize LTE networks.
This intermediate-level course is designed for network engineers transitioning into automation roles. It covers the essential tools and protocols for modern network programmability, including Python-based automation, NETCONF/YANG, Telemetry, and the use of Huawei's iMaster NCE Northbound APIs for automated campus and fabric management.
This intermediate-level course focuses on deep-dive routing and switching technologies within the Huawei Datacom ecosystem. It covers advanced IGP and BGP features, IPv6 routing, MPLS VPN implementation, and complex network O&M/troubleshooting strategies to prepare students for senior engineering roles.
This intermediate-level course is designed for aspiring Datacom Solution Architects. It covers the full spectrum of enterprise networking, from high-level routing and switching to advanced Data Center, WLAN, and WAN design, focusing on Huawei's CloudCampus, CloudFabric, and CloudWAN solutions.
