QUALCOMM ACADEMY

logo qualcomm

Telecommunication Engineering College in Partnership with

Qualcomm Academy

Course Overview
This Program Module focuses on 5G fundamentals and is geared towards engineers and non-engineers who are looking for a basic understanding of what 5G technology is and how it works. It also covers how 5G technology is impacting the way we communicate and conduct business in today’s environment.
Course Content
  1. 5G Primer
    1. Wireless and cellular communication concepts
    2. Radio Propagation Fundamental
    3. Evolution from 1G towards 5G
    4. 5G key vision
    5. Key features of 5G
    6. 5G uses with smart cities and C-V2X
  2. Fundamentals of Cellular Communication and 5G
    1. 4G, 5G cellular network architecture
    2. Radio propagation and coverage analysis
    3. Air interface features of 5G LTE
    4. Network standards and protocols for 5G technologies
    5. Recognize the key components of the 5G network architecture
    6. 5G Core Network Functions
    7. 5G Call flow analysis
In addition to completing the University Program, students may sign up for the 5G Introductory-Level Certification Exam, which is based on the University Program courses set forth above. The exam is conducted online and consists of 30 questions. Students will have 40 minutes to complete the exam. All questions are in a multiple-choice or true/false format. Students who pass the exam receive a 5G certificate from Qualcomm Academy.
Course Overview
This Program Module is a comprehensive program geared towards wireless engineers looking to enhance their 5G skills. The 5G Associate-Level Certification exam is a comprehensive 5G certification that focuses on key 5G technical areas, including: 5G Technology Fundamentals, 5G Architecture, mmWave & Massive MIMO, Beam Management, 5G Air Interface Operation, E2E 5G Signaling Flows, 5G Protocol Stack, 5G Features, Including BWP, Mobility, Voice, and more.
The exam is based on the 3 prep courses listed below. The exam is closed book, two hours long, and consist of 80 multiple-choice questions.
  1. How 5G expands the value of mobile networks and empowers new connected services across an array of world-changing use cases.
  2. How 5G is a unifying connectivity fabric for future innovations and how it can serve a wide range of services in a single network, from enhanced mobile broadband and massive IoT to mission-critical services.
  3. How 5G networks offer high reliability, low latency, and dedicated network resources that enable connectivity for many devices.
  4. New use cases and applications for industrial IoT.
  5. Release 16 and how it unlocks new 5G capabilities suitable for factory automation and safety-related applications, including:
    1. Millisecond latencies.
    2. 99.9999 percent reliability.
    3. Support for time sensitive networks (TSN).
    4. Wireless industrial ethernet for more flexible manufacturing.
    5. Support for private networks.
    6. The ability to operate in unlicensed spectrum.
Course Content
  1. 5G NR System Engineering
    1. Introduction to 5G NR
    2. 5G NSA Architecture
    3. mmWave
    4. Beamforming and massive MIMO
    5. NR upper layers
    6. Mobility and voice
    7. Deployment Strategy
  2. 2. 5G NR Air Interface
    1. Introduction to 5G new radio
    2. NR protocol
    3. SYNC signals
    4. RACH
    5. Reference signals
    6. Data channels
    7. Mobility
    8. Beam management
    9. Bandwidth part
  3. 3. 5G NR CALL PROCESSING: STANDALONE MODE (SA)
    1. Discuss 5G Evolution and Network Architecture.
    2. Provide an overview of UE functions/procedures in Idle mode.
    3. Look at registration and PDU establishment, QoS and network slicing, RRC states and allowed transitions, call flows and procedures related to mobility: Intra-NR and Inter RAT, call flows related to beam management, VoNR, and failure recovery.
    4. Conclude with a discussion of other call processing considerations.
  4. 3. 5G NR CALL PROCESSING: STANDALONE MODE (SA)
    1. Discuss 5G Evolution and Network Architecture.
    2. Provide an overview of UE functions/procedures in Idle mode.
    3. Look at registration and PDU establishment, QoS and network slicing, RRC states and allowed transitions, call flows and procedures related to mobility: Intra-NR and Inter RAT, call flows related to beam management, VoNR, and failure recovery.
    4. Conclude with a discussion of other call processing considerations.
  5. 4. 5G NR CALL PROCESSING: NON-STANDALONE MODE (NSA)
    1. Introduction to 5G NR Call Processing
    2. Discussion of EN-DC options 3/3a/3x
    3. NSA NR initial access
    4. Beam management
    5. Key MAC/PHY procedures
Course Overview
This course offers comprehensive insights for IT engineers, managers, and IoT strategists keen on harnessing the power of 5G technology in industrial settings. Participants will delve into the crucial 5G enablers and capabilities essential for industrial deployment while exploring the intricacies of architecture, deployment strategies, and network management. Through this holistic approach, learners will gain a deep understanding of the opportunities and challenges inherent in launching 5G networks within industrial environments, equipping them with the knowledge needed to navigate and capitalize on this transformative technology.
This course also provides learning hands on how IoT applications can be setup and utilized for the advantage of work productivity improvement.
Participants will understand the role of microcontrollers, gateways, sensors and connectivity in the overall IoT scheme. Participants will also get a hands-on in setting up their own IoT project for simple applications like smart farm monitoring and smart classroom setup.
Course Content
  1. How 5G expands the value of mobile networks and empowers new connected services across an array of world-changing use cases.
  2. How 5G is a unifying connectivity fabric for future innovations and how it can serve a wide range of services in a single network, from enhanced mobile broadband and massive IoT to mission-critical services.
  3. How 5G networks offer high reliability, low latency, and dedicated network resources that enable connectivity for many devices.
  4. New use cases and applications for industrial IoT.
  5. Release 16 and how it unlocks new 5G capabilities suitable for factory automation and safety-related applications, including:
    1. Millisecond latencies.
    2. 99.9999 percent reliability.
    3. Support for time sensitive networks (TSN).
    4. Wireless industrial ethernet for more flexible manufacturing.
    5. Support for private networks.
    6. The ability to operate in unlicensed spectrum.
  6. Key 5G enablers and capabilities.
  7. Considerations for deploying 5G in the industrial environment.
  8. Architecture, deployment, and network management.
  9. Possibilities and challenges when launching a 5G industrial network.
  10. How 5G plays a role in enabling IoT in urban and rural areas.
  11. How IoT is the way forward to smart applications, and how it affects work productivity and digitalization.
  12. How IoT networks offer convenience, cost saving and resource optimization.
  13. Commercial and industrial use cases and applications for IoT.
  14. Challenges and Risks in IoT implementation.
  15. Architecture and deployment of a microcontroller based system.
  16. Architecture and deployment of an IoT based system.
Course Overview
The 5G C-V2X Technical Training provides participants with comprehensive insights into Cellular Vehicle-to-Everything (C-V2X) technology. Delivered by industry experts, the training covers cutting-edge advancements, protocols, and implementations of C-V2X. Through hands-on training and real-world case studies, participants gain practical skills applicable to their professional roles.
Vehicle-to-Everything (V2X) communication and Cellular-V2X (C-V2X) concepts is to provide learners with a comprehensive understanding of the following key aspects:
  1. Gain an overview of the Vehicle-to-Everything (V2X) communication landscape, including its significance, potential applications, and evolving technologies.
  2. Learn about Cellular-V2X (C-V2X) technology, it fundamental principles, and its role in enabling communication between vehicles, infrastructure, pedestrians, and other entities.
  3. Explore the architecture, components, and protocols involved in the Cellular-V2X (C-V2X) system, including network infrastructure, communication modes, and data exchange mechanisms.
  4. Understand the performance characteristics, capabilities, and limitations of C-V2X technology, as well as considerations for deploying C-V2X systems in real-world environments, including coverage, interoperability, and regulatory compliance.
  5. Engage in discussions about the future trends, innovations, and potential applications of vehicular communication technologies, including emerging use cases, industry standards, and research directions.
Course Content
  1. Overview of the Vehicle-to-Everything (V2X) landscape.
  2. Introduction to Cellular-V2X (C-V2X) concepts.
  3. C-V2X system overview.
  4. C-V2X performance and deployment consideration.
  5. Discussion of the future of vehicular communication.

Request Education Counselling Appointment

Request Now !
SLOGAN TEC