What makes our 5G Training Programs unique?
And why companies like Apple, Cisco, Samsung, Sprint, T-Mobile, Anritsu, Keysight Technologies, Syniverse, Accenture, Tata Communications, Radisys, STCS selected our training programs.
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Our experts are NOT trainers on a regular basis, but they are R&D Directors, 3GPP Delegates, FCC or OFCOM Senior Advisors, Executives and Entrepreneurs of innovative start-ups, who possess years of experience. Nothing to be found on the market.
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Industry Certification. You get certificates that are recognized within the industry and help you be promoted or find another yet more lucrative job opportunity.
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Methodology. A blended content format, from self-paced videos, interactive discussions, live-chats, exercises, and tests are here, 24/7, available online.
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Community. Access to over 10 000 Professionals around the world to share insights, questions, and answers.
Kamran Etemad, PhD
Senior Technology Adviser
Technology Advisory and Leadership, Advanced Wireless Technology and 4G/5G Standards Development, Standards and IP development and Patent Analysis. Advanced Technology Training and consulting.
90+ Patents in 4G and 5G Design
25+ Years of experience in telecom Industry
3GPP Delegate and Contributor
Job Roles
90+ Patents in 4G and 5G Design
25+ Years of experience in telecom Industry
3GPP Delegate and Contributor
Job Roles
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Senior Technology Advisor, FCC
Former R&D Director, Intel
VP of Advanced Technology and Strategy, WFI
Executive Consultant, Sprint-Nextel
Your 5G NR Learning Starts Here
Certified 5G Training
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450+ Slides and Over 25 hours of Coursework
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Full 5G NR Curriculum
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Constantly Updated
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Self-Assessment test after each module
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In-depth, vendor-neutral education
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Discussion Forums in each class
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For Teams: Extensive Progress Reporting
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Certificates recognized by the industry leaders
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No Teachers – Only led by real practitionairs – R&D Directors, Policy Makers or Executives
Foundations of 5G NR Air Interface
Over 100+ Slides and 8 hours of course materials!
This course provides a solid foundation on 5G New Radio (NR) technology as defined by 3GPP standards and specifications in Release 15. The content and flow are structured to introduce NR air interface with a focus on PHY, MAC, and RRC layer design principles and their impacts on performance and deployments. Assuming the audience’s familiarity with LTE the course starts directly with discussions on 5G requirements, system architecture, and protocol layers. Then physical layer structure and channels and signals are described. Resource allocation schemes, channel Sounding, MIMO features, and beam management are also explained. The course also presents the step by step process followed by a UE from downlink synchronization to uplink access and operation in the connected mode under power-saving and mobility procedures. Spectrum and multicarrier deployment and design features that are essential in early 5G implementation are also discussed.
5G NR Air Interface in-depth
350+ slides, over 20 hours of coursework
This course provides an in-depth description of 5G New Radio (NR) technology as defined by 3GPP standards and specification. The content and flow are structured to introduce NR air interface with a focus on technical design principles and their impacts on performance and deployments. Starting with a brief background on the 5G requirement, standardization landscape and roadmap and following a short review of LTE air interface, the course presents 5G RAN and Core, architecture and protocol structure. The discussion is then followed by a detailed description of the physical layer including time and frequency resource structure, channelization, scheduling, transmission protocols.
The course also presents the step by step process followed by a UE from downlink synchronization to uplink access and operation in connected mode under power saving, mobility and beam management. Given NR has the same technical foundation as LTE and is expected to co-deploy with LTE for many years the course also opportunistically makes comparisons with LTE system. The contents of this course are kept up to date with the evolution of standards and may be adjusted to best reflect the state of NR technology.
The course also presents the step by step process followed by a UE from downlink synchronization to uplink access and operation in connected mode under power saving, mobility and beam management. Given NR has the same technical foundation as LTE and is expected to co-deploy with LTE for many years the course also opportunistically makes comparisons with LTE system. The contents of this course are kept up to date with the evolution of standards and may be adjusted to best reflect the state of NR technology.
5G NR Evolution Release 16+
Over 100 Slides and 8 Hours of Heavy Content. Only for those familiar with 5G NR in Rel.15
This course provides a technical overview of 5G New Radio (NR) evolution with a focus on Release 16 and a preview of upcoming features planned for Release 17. Assuming a family of the audience with 5G NR in release 15, we start directly with discussions on basic features in Release 16 providing enhancements to capabilities that are already supported in NR. For example how MIMO, power saving, or mobility are improved. In this part, we also cover enhanced URLLC and two-step RACH which while considered as enhancements to current capabilities are also essential elements needed by new verticals discussed in the following section. Remote and cross-link interference management feature which is important for wide-area and dynamic TDD deployments is also covered.
5G NR Radio Planning Principles
100+ slides, over 4 hours of videos
This course provides technical insights into radio network planning principles for 5G systems
deployments in the mid-band and mm-wave spectrum. While the primary focus is on 5G-New Radio (NR)
cell coverage and capacity calculation and network design, various multi-RAT issues including Non-
Standalone (NSA) deployment and NR dynamic sharing with LTE are also discussed. Assuming familiarity
of the audience with 5G NR air interface the course starts with a brief review of essential 5G NR topics with
focus on physical layer channels, spectrum and RF parameters as well as NG-RAN architectures and
multi-carrier deployment options including dynamic spectrum sharing (DSS). The course then dives into
the 5G RF design and planning process and calculations with a focus on system coverage and capacity
objective. The concepts and detailed calculations of the downlink and uplink radio link budget are presented
and used for 5G-NR coverage based planning. Capacity analysis is also addressed starting with demand
projection and cell capacity estimation following by capacity based cell planning. Then using some
examples the combined coverage and capacity based dimensioning process is presented and finally,
some site selection and generic guidelines for RF planning tools are discussed.
Trusted by leading companies
Trusted by leading companies
In just two years, Fortune 500s, and leading firms like Cisco, Samsung, Sprint, T-Mobile, Keysight Technologies, Accenture, Syniverse are ditching the status quo and training their teams with 5G Training Programs.
Roger Nichols
5G Program Manager, Keysight Technologies
"We actually found the 5G-Courses.com flexibility was very easy to work with. They were extremely flexible in terms of how we were going to implement our system and deal with licensing. They were also connected to the right people so that we had the right kind of trainers and the right kinds of subjects.”