BENEFITS OF CLASSROOM TRAINING
- New technology is incorporated in our teaching methods, to create maximum engagement
- We broadcast live from a professional green screen studio with multiple HD cameras to produce an experience that is as close as possible to that of being in the classroom
- We mix full-body shots of the trainer with images of the training materials; you can therefore see and hear the trainer and read his body language whilst observing the presentation
- We use high-quality wireless microphones to give you the best possible audio quality
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- The studio includes a whiteboard to let the teacher answer your questions with improvised drawings – just like in a classroom
- On-Demand
- Live Virtual Classroom
- Classroom On Location
- One Day Or Longer
- Half Day
- One hour
OUR ICT COURSES:
Objectives:
Harness the opportunity of private 5G networks.
Governments across the world are making spectrum available to companies other than licensed mobile operators. This means that enterprises can build their own 5G networks, giving them greater control on reliability, security, and speed and the opportunity to harness 5G technologies to create a dedicated network with unified connectivity, optimized services and a secure means of communication within the enterprise environment.
During this highly interactive course we will explore the options and opportunities of private networks for the enterprise. We will investigate different network models and approaches for partnering with vendors, operators and systems integrators and assist you to make the most informed commercial technology decisions best suited for your enterprise.
You will have the opportunity to consolidate all your learning into a 5G Enterprise “Business Model Canvas” allowing you to build your strategy and roadmap live in the workshop and ready to present for rapid traction on return to the business.
Course Outline
Introducing 5G:
– Definitions and Market Forecasts:
- Understanding the narrow and wider definitions of 5G
- Understanding where 5G fits into the global telecoms and digital landscape
– Enabling Technologies for the 5G Network:
- The many and varied spectrum options and possibilities for 5G
– 5G IT and Operations Transformation:
- Driving cultural change re-orientating the whole organization towards the customer
– Who’s Who in 5G:
- Wholesale and enterprise service providers and market opportunity
– The Current Situation: 5G Networks
- How Spectrum, Licensing and Private Networks Operate in Context of the Enterprise
– 5G Core Architecture
- Building secure networks with high availability and reliability
- Security and Performance Management
– The Role of Government and Regulators in the Future of Private 5G Networks
– Case Study Presentations
- Refine 5G Private Network Business Model Canvas for post course implementation
Objectives:
Build an immediately implementable business model transformation strategy and build value for your organization. The technological evolution, fueled by the growing demand from the Industrial Revolution, is driving worldwide “Telco Network Infrastructure Transformation” towards 5G, with the associated struggle to monetize such investments. More than ever before, telco service providers around the world require competent and capable leaders and managers, to support future-focused, leading-edge technology networks, with associated transforming business models.
This course focuses on creating capabilities in leaders to build futureproof next generation telecoms operators and digital solutions providers which are flexible, highly scalable, cost effective, innovative, efficient and secure.
Prerequisite
The only prerequisite is an open mind, a willingness to learn and a desire to contribute to the digital future of your company. The program has been designed for team leaders; managers and senior management, from both technical and commercial teams, who are responsible for designing, building, optimizing, maintaining, growing and keeping secure the next generation telecoms operator.
Course Outline
Digital Transformation in the Telecoms Sector
- Evolution of the Digital Transformation Enabling Technologies
- Transforming the Customer experience
- New Business Models, Benchmarks and Financial Alignment
- Digital Leadership and Culture
- Influencing your network
Objectives
Develop a results-driven strategy to monetize 5G and build value for your organization.
The world is rolling out 5G networks on a global scale. According to industry research, by March 2021 there were more than 150 operators around the world that have launched 5G services, with the market poised to grow rapidly to break the two-billion subscription mark by early 2025.
But the development of the market is not as simple as it may seem. Services providers need to realistically understand the new use cases and value proposition in order to start developing roadmaps. At the same time, enterprises need to decide what 5G’s role will be in their internal connectivity strategies and development plans.
This course focusses on developing an end-to-end strategy for your organization including use cases, deployment strategies, pricing approaches and business models.
Prerequisite
The course has been designed with a core focus to enable delegates to fully understand the 5G network landscape and commercial potential. Delegates will be able to immediately generate a concise and integrated strategy for implementing innovative 5G opportunities. The instruction format is very “hands on”, as students personally build all the strategies, business models and canvasses needed to align themselves and their teams to their new organizational 5G value proposition.
During this course you will gain solid knowledge, understanding and insights into the full 5G landscape. You will receive strong foundational knowledge of the technologies impacting and impacted by 5G, and build on your understanding of B2B and B2B service opportunities
Course Outline
Introducing 5G, definitions and market forecasts
- Enabling technologies for the 5G network
- 5G IT and Operations Transformation
- Who’s who in 5G
- New business models
- Enterprise / B2B services
- Consumer / B2C services
- Regional developments
• Case Study Presentations
Objectives:
Driving Innovation through AI and Data Science
Most industrialists wonder how artificial intelligence (AI) is going to upset their economic model, and the latest advances in this area (chatbots, translation automated in real time, robotic process automation and machine learning etc.) are definitely showing promise. They open the field of possibilities in matters of applications and new services. These are some of the advances that the telecommunications industry should benefit from. All over the world, large operators invest a lot of money and mobilize their researchers to benefit from advances in AI.
This course will help you to understand the challenges of artificial intelligence in telecoms, show you some of the key concepts of artificial intelligence, and help you to better identify the different possible applications of AI in telecoms. We will also discuss advanced methods of statistical learning to solve artificial intelligence issues; how to use neural networks and associated architectures; and design and analyze experiences to evaluate systems HRI (Male Interaction – Robot).
You will be able to understand how AI can help improve surveillance of production machines, and prevent the failure of equipment, by using concepts such as predictive maintenance and automatic resolution incidents or “self-healing.”
Prerequisites
A basic understanding of telecoms technology and business is recommended but is not essential. A basic knowledge of statistics, and an entrepreneurial and open mindset would be beneficial.
During this course you will gain solid knowledge, understanding and insights into the full 5G landscape. You will receive strong foundational knowledge of the technologies impacting and impacted by 5G, and build on your understanding of B2B and B2B service opportunities.
Course Outline
What is AI? Definitions and background
- Why AI in telecoms? The big picture
- Emerging technologies in telco
- Managing AI at scale
- Developing an AI strategy
- AI transformation-enabling strategy
- Innovation methodologies. Building a culture of innovation
Objectives:
Assessing, mitigating and understanding security risks in the era of 5G.
As telecommunications evolves and becomes increasingly pervasive in society, cybersecurity will need constant vigilance. Security in the era of 5G is going to require continuous assessment and mitigation to ensure that all vulnerabilities and threats are managed proactively.
It is important too that we look at security holistically from local to international, from operations to supply chain and dependencies.
This course is focused on providing tools to understand, assess and mitigate the threats and vulnerabilities within a holistic view as Security is all encompassing.
Prerequisites
Introduction to 5G/LTE and light reading on TCP/IP Protocol recommended but not essential
Course Outline
Understanding Security Concepts and terms
- Holistic Security technology
- Focused on 5G Security Terminology
- 5G Security
- Understanding the Real-world Security Concerns
- 5G Security Vulnerabilities
- 5G Security Architecture
Objectives
With the arrival of the Data Technology (DT) era, big data plays an increasingly important role in production and life. Some of us may think that big data is far away from ourselves, but in fact, big data is everywhere in our daily life. Indeed, the value of big data is far beyond our imagination. Big data technologies can help the government improve public governance mechanisms, help enterprises improve service quality, and increase revenues.
More and more enterprises are choosing digital transformation. Their primary concern is no longer how to learn what cloud is and if they should go cloud. The main concern now is simply how to migrate services to the cloud smoothly. Cloud computing is designed to benefit end users. It changes the IT architecture of enterprises and promotes core business development.
Cloud computing supports pay-per-use billing, resource sharing, energy saving, and fast service deployment. It drives traditional data centers to cloudify their IT architectures, and enables more cost-effective applications and easier deployment.
Prerequisites
A basic understanding of telecoms technology and business is recommended but is not essential. A basic knowledge of statistics, and an entrepreneurial and open mindset would be beneficial.
During this course you will gain solid knowledge, understanding and insights into AI, Big Data and Cloud Computing. You will receive strong foundational knowledge of the technologies impacting and impacted by Cloudification, and build on your understanding of B2B and B2B service opportunities.
Course Outline
- The Future is Coming
- Cloud Leads the Way
- Approaching Big Data
- Big Data Overview, Origins and Trends
- Big Data Processing Technologies, Applications and Trends
- Challenges of Big Data
- Background and Trend Analysis of Application Cloudification
- Solution Positioning and Solution Content
- Scenarios and Business Model
- Factors Determining the Success of Application on the Cloud
- Solution Use Cases
Objectives
Data carries information during the transmission on networks. What is the relationship between information and data? What is the function of data storage? This course describes the definition of information and data in the computer field, their relationship, as well as the concept, development history, and development trend of data storage.
This course describes the development course of data centers (DCs), basic modules of DCs, and evolution trends of cloud DCs. It will examine the design and processes of storage system components, including the controller enclosure, disk enclosure, disks, interface modules, and enclosure connections.
Prerequisites
A basic understanding of telecoms technology and business is recommended but is not essential. A basic knowledge of statistics, and an entrepreneurial and open mindset would be beneficial.
During this course you will gain solid knowledge, understanding and insights into Data Centers and storage. You will receive strong foundational knowledge of the technologies impacting and impacted by the development of data centers and cloudification, and build on your understanding of B2B and B2B service opportunities
Course Outline
- DC Development
- Basic Modules of a DC
- Evolution Trends of Cloud DCs
- Data, Information and Data Storage
- Development of Storage Technologies
- Development Trend of Storage Products
- Controller Enclosures
- Disk Enclosures
- Expansion and interface Modules
Objectives
Internet of Things (IoT) and network are an important part of the new generation of information technologies and an important development phase in the information era.IoT is widely used in network convergence using communications and sensing technologies, such as intelligent sensing, identification, and pervasive computing. Therefore, IoT is called the third wave of global information industry development after computers and the Internet.
With the development of Internet of Things (IoT) technology, its impact has penetrated into every aspect of society. IoT technology is applied everywhere, from smart home to smart city. It also describes solutions provided by IoT technologies and success stories. Finally, it introduces the development trends of intelligent connection of everything based on other emerging technologies.
Communications technologies are the foundation of not only the Internet of Things (IoT), but also a fully connected world. If the IoT is a logistics system of information, then communications technologies are the various means of transportation. However, regardless of the technology adopted, the ultimate goal is to connect devices to the cloud-based applications.
Course Outline
- Government Digital Transformation Trends
- Digital Government Network Development Trend and Architecture
- Huawei Solution for Government Network Construction
- Digital Government Network Application Cases
- IoT Development History
- IoT Overview and Solution Architecture
- Smart City Solution
- Smart Campus Solution
- AMI, IoV , DRIS and Industrial IoT Solution
- Development Trends of IoT Applications