HUAWEI TECHNOLOGIES CO., LTD.

Transcription

1 HUAWEI TECHNOLOGIES CO., LTD.

2 Business Strategy Business Transformation Operation Transformation Transformation IT Strategy New business IoT (terminals, sensor network, industry solutions) Smart city (smart healthcare, smart transportation, smart home) Mobile music, video, mobile reading, mobile payment Public cloud service(iaas/saas) Digital operation Agile business, process assembly Digital product management, charging Customers & channels Precision marketing, digital service optimization Application integration & convergence Enterprise data integration Private cloud (PaaS & IaaS) Data center integration & cloud formation Competence Requirement Solution & application developer Product marketing, product management Industry domain: transportation, healthcare, finance and automotive etc. Project management & cooperation management. Agile application development Digital operator & big data analyst Business process, service orchestration design Customer experience perception BI architecture, data science Big data architecture & cloud SOA architecture, application integration Enterprise data architecture, data integration Cloud DC architecture, migration, integration Cloud service development, orchestration Carriers take up initiates and build talent inventory in line with companies' vision. Talent development is the first priority for digital transformation. 2 Domain 2.0 Network 3.0 Odyssée

3 Topic-specific Development DevOps O&M Phase definition Planning and design capabilities, Engage of new technologies application, Grasp technical characteristics, assistive technology selection Be familiar with the open source technology application scenario, innovation of self-developed,improve support capability and efficiency. Deeply grasp DevOps methodology and tools on network reconstruction and optimization of the existing maintenance process. Scenario Application. Studying professional knowledge and skills in specific application scenarios to improve practical capabilities. Completed the draft of the IT system architecture planning and design, have design capability of application migration plan Be able to take the lead, innovative ITdeveloped products, applications, and build benchmark cases developed by IT. Master the theoretical framework of the DevOps, use DevOps tools chain, to support the number of intelligent operation and maintenance Improvement In-depth study and special skills, be able to independently complete tasks Be able to independently complete the architecture of a single subsystem planning design, and provides guidance for system upgrade. Have a good command of the developed by the IT technology and tool application, able to bear the IT part of work -developed in the project Be familiar with DevOps process, use the tool to independently complete routine and automation of operation and maintenance work. Knowledge Preparation Have a good command of basic knowledge related to the new IT technology Master the basic principle of the IT system, and cloud computing, able to work under guidance to complete simple architecture planning and design, understand the architecture design method Understand the open-source technology development trend and its application scenarios and usage, use open-source tool that can be processed in the simple questions. Understand the DevOps under the guidance of the technical characteristics, can complete standard and visible operation and maintenance work. 3

4 Core capability Knowledge Preparation Improvement Scenario Application Business Design Requirement analysis and UML modeling TMF Frameworx framework Object-oriented programming Application Design Data Design SOA technology foundation Big data Platform technology Micro-service architecture design Big data component programming Large-scale internet integrated architecture based on open-source design practice Technology Design Middleware technology foundation Cloud computing foundation Distributed system architecture technology Container technology and Docker 4

5 Core capability Knowledge Preparation Improvement Scenario Application Software Design Programming Development Practice of high-level software design Requirement analysis and UML modeling SQL Programming Basics of software testing Front-end technology Parsing principle of Docker container SOA & micro-service foundation User experience design Big data component programming Automatic testing Node.JS & AngularJS development Expert in J2EE Online store project practices Microservice architectu re design & practices Back-end development Senior JAVA development 5 Agile Development & mgmt. Introduction to Agile DevOps tool application

6 Core capability Knowledge Preparation Improvement Scenario Application Cloud O&M Cloud computing technology Container technical and Docker Automatic O&M Linux system advanced DevOps tools Deployment & Configuration Internet architecture and massive maintenance DevOps tools Application Principle and technology of Google SRE practice O&M Programming O&M Management Basic Python programming Shell programming Introduction to DevOps Advanced Python script programming IT service management changing for Cloud 6

7 Open architecture and mechanism of sustainable evolution Benefits Brought to Enterprises by Microservices Shorter time to market (TTM) Microservice Cloud environment Course Introduction Recommended Prerequisites Training Design Target Audience Inventory system smoothly migrated to the cloud environment This course explains microservice architecture and best practices in the cloud environment by promoting concepts and discussing technical trend. Before learning this course, you need to master the following knowledge: 1. IT basics 2. Software development basics Theoretical + practice sharing Duration: 5 days IT technical management, and development, testing, and O&M personnel Understand the architecture - Best cloud application architecture Preparatory courses This Course Can Help You Understand the development - microservice development Course Outline Understand the O&M - microservice governance Java basics, project management tool Maven, Spring annotations, database basics, and others 1. Easy-to-understand explanations on microservice architecture Microservice background evolution design Microservices governance Continuous integration/continuous delivery Service split 2. Microservice architecture design and practice (basics) Design principles Microservice system demo Spring Boot Spring Cloud REST Docker Centralized configuration Registration and discovery 3. Microservice architecture design and practice (advanced) Microservice contract test Security Alarms and monitoring Log aggregation 4. Microservice architecture-based large-scale distributed system case study Microservice architecture Business domain-driven Distributed Data consistency 7

8 Online learning Classroom training Practice-based training Structured-OJT Technical competence certification MOOC Online experts support Themed course Case sharing(global network experience) 30 typical business scenarios Mirrored environments Design learning tasks based on job roles & responsibilities Authoritative certification systems Cloud learning platform Various training modes (online learning, case sharing, and on-the-job practices) in simulated customers' business scenarios 8

9 Training contents Customer requirements Design of the IT competence improvement solution for carrier XX To meet digital transformation requirements, Carrier C intended to build a professional, well-organized business support elite team in 2016 through a highend 3-year-long IT training project. 250 Top 5 experts from the headquarters and each province participated in this training program. Target 5 roles Workshops Continuously develop the business support expert team and improve network-wide technical support competence design Dev. and testing Data analytics O&M Security mgmt. Digital business agility development and operations Enablement platform building and operations Big Data-based use cases in the business support field Cloud computing and virtualization Next-generation operations support system building Highlights of Huawei training solution Various mainstream training courses for emerging technologies help field-network experts grasp cutting-edge skills. Customized training courses and role-specific simulated practices enable field-network experts to efficiently analyze and troubleshoot faults in cloud-based architectures. System- and architecture-centric thinking enables field-network experts to better plan IT architectures. Role -specific training Experiences in Huawei showcases Pre-learning Cloud-based architecture planning and design Agile dev. practices Software dev. competence improvement Big Data-based network optimization practices Big Data-based operations analytics practices Huawei open labs and DCs... Automated O&M practices Cloud platform O&M Security management practices in cloud environments ICT transformation discovery (MOOCs for cloud computing, Big Data, virtualization, DevOps, and customer experience management...) 9

10 Copyright 2016 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.