The 5G NR Layer-1 Mastery Course is an advanced technical program designed for telecom engineers, developers, and protocol testers who want a deep understanding of the 5G Physical Layer (3GPP NR PHY) based on 3GPP Release-18 and beyond.
This course explains the complete end-to-end working of 5G Layer-1 signals, channels, and procedures, including initial access, random access, control channel scheduling, data transmission, reference signals, and bandwidth management. Learners will understand how UE and gNB communicate at the physical layer and how different channels and signals interact in real deployments.
5G L1 Mastery Course
The training covers critical PHY components such as:
SSB, PSS, SSS, PBCH and MIB decoding
PRACH and Random-Access procedures (2-step and 4-step)
PDCCH control channel scheduling and DCI formats
PDSCH and PUSCH data transmission mechanisms
PUCCH uplink control signaling
Bandwidth Parts (BWP) configuration and switching
CSI-RS and SRS reference signals for channel measurements and beam management
Through interactive labs and visual simulations, participants will explore real PHY resource grids, modulation schemes, LDPC coding, beam sweeping, MIMO layer mapping, and transport block calculations.
By the end of the course, learners will be able to interpret PHY layer behaviour, understand NR scheduling decisions, analyze radio resource allocation, and troubleshoot real-world 5G protocol logs.
This course is ideal for professionals working in:
5G RAN Development
5G Protocol Testing
gNB/UE PHY Development
Telecom Network Optimization
Wireless Research and System Design
✅ Target Audience
Telecom Engineers (RAN / PHY / Protocol)
5G Test Engineers
Wireless Developers
Telecom Researchers
Students preparing for telecom R&D roles
External Links:
Title: 3GPP NR Physical Layer Specifications
Link: https://www.3gpp.org/specifications
Internal links:
5G L2 and L3 Mastery Course | Training & Certification – Edunavo
