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ABotEdu is a virtual 5G lab that provides hands-on skills on mobile technology. It is best suited for universities, engineering, R&D institutes, industry-relevant training institutes and e-learning platforms to develop the practical experience needed for employment.
Discover in Udemy
Insights into 5G Architecture
Explore use cases and network functions within the 5G landscape.
Virtual 5G Platform
Hands-on skill development, network understanding, configuration, and debugging.
In-Depth Video Tutorials
Understand 3GPP scenarios for developing 5G awareness.
Sample & Evaluation Exercises
Foster familiarity, assessment, and certificate generation.
Who Benefits
Engineers & Managers
Seeking comprehensive insights into 5G networks, call flows, and specs.
Learners in Search of Hands-On Experience
Explore 5G scenarios, analysis, and debugging techniques.
Key Features
Familiarization of the 5G Network Functions using 3GPP-specified scenarios
Configuring 5G network functions for different scenarios
Execution of the 5G call flows and understanding the interaction between the associated NFs
Simulate various types of UP/CP traffic under load conditions
Automated certificate generation
Analysing message exchanges between the 5G nodes using packet captures and logs
Analysing the executed call flows and evaluating performance using KPIs
Hands-on exercises for learners’ evaluation
Step-by-step breakdown of the 5G call scenarios using a call ladder diagram
Value Proposition
Provide 5G orientation and facilitate employability
Flexible and light weight 5G plug & play Lab
Enhance theoretical 5G knowledge with actual 3GPP procedures
Ideal for institutions, on-line courses, and for R&D
Frequently Asked Questions
Why should I learn about 5G?
Learning about 5G is crucial for professionals in telecommunications, networking, IoT (Internet of Things), AI (Artificial Intelligence), and various other industries. It's shaping the future of connectivity and enabling innovations across multiple sectors.
What topics are covered in a typical 5G course?
A typical 5G course covers fundamentals of 5G technology, architecture, protocols, deployment scenarios, network slicing, IoT applications, security considerations, 3GPP procedures, and emerging trends in 5G.
Who should take a 5G course?
Undergraduate and Post graduate students who want to work in telecommunication industry can get competitive advantage and future-proof their career by gaining industry relevant and hands-on experience. Professionals working in telecommunications, networking, software development, IoT, system architecture, and related fields can benefit from 5G courses. Additionally, entrepreneurs, researchers, and policymakers interested in understanding the impact of 5G on various industries can find value in the course.
Are there any prerequisites for enrolling in a 5G course?
Require knowledge of wireless communication protocols and technologies.
What are the career opportunities after completing a 5G course?
Completing a 5G course can open up opportunities in various roles such as 5G network engineer, wireless system architect, IoT solutions architect, network security specialist, product manager, and research scientist in both industry and academia.
Are there any hands-on components in this 5G course?
This course offer access to ABotEdu, a hands-on labs, that provides simulations, and projects to provide practical experience with 5G technologies. These activities help reinforce theoretical concepts and allow students to gain practical skills in designing, deploying, and troubleshooting 5G networks and applications.
Does this course discusses the common 3GPP procedures in details?
This course covers various end-to-end procedures in great detail. This course also includes lectures on the sub-procedures which happen between specific nodes or network functions. For example, not only the end-to-end procedure for Initial registration is discussed in this course, but also, this course talks about Authentication, Security mode command procedure and other sub-procedures explicitly.
Why should I opt for this course?
This course covers the most common 3GPP procedures defined for 5G in details. The procedure call flows explanation includes HTTPv2 messages as well, which most of the courses does not cover. Also, this course provides a view of the information elements in the messages exchanged in the call flow. This course also helps you to understand 3GPP technical documents.
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