MASTER 5G/6G PROTOCOL DEVELOPMENT
Become a 5G/6G Protocol Software Engineer
Build practical expertise in 5G/6G Protocol Development, C/C++, Linux, networking, protocol analysis, 5G testing, 5G Python automation and Telecom DevOps.
- 4-6 Months
- 100+ Practical Hours
- Live Online Training
- Industry Practice Labs
What You Will Learn
5G/6G Protocol Architecture
Build the Foundation for Protocol Software Development
Understand the architecture behind modern telecom protocols and how different layers interact.
- 5G architecture
- 5G RAN
- 5G Core
- Service-Based Architecture
- Control plane and user plane
- Protocol interfaces
- L1/L2/L3 concepts
- Protocol stack architecture
- RRC, RLC, MAC, SDAP, PDCP, NAS
- NGAP and Core/Nw Protocol
- Signaling procedures
- 3GPP specifications
Understand the Complete Picture
UE → RAN → Transport → Core → Network Services
Learn where each protocol operates and how messages move through the system.
C/C++ & Network Programming
Build the programming foundation required for telecom software.
- C/C++
- Data structures
- Memory management
- OOP concepts
- Multithreading
- Socket programming
- TCP/IP
- UDP
- SCTP
- Linux networking
- Performance considerations
- Debugging
The objective is to understand how programming concepts are applied while developing network and protocol software.
Protocol Message Processing
From Bytes to Meaningful Protocol Messages
Learn the concepts involved in processing protocol messages.
Encoding
Application Data → Encoded Message → Network
Decoding
Network Message → Decode → Structured Data → Application Logic
- Message structures
- Information elements
- Encoding/decoding
- ASN.1 concepts
- Binary protocols
- Message validation
- Message parsing
- Protocol fields
- Error handling
Understand how protocol software converts network data into application-level information.
Protocol Implementation
Turn Protocol Procedures Into Software Logic
Learn how protocol procedures are translated into software behavior.
- Message handlers
- State machines
- Event processing
- Timers
- Callbacks
- Inter-process communication
- Threading
- Queues
- Protocol interfaces
- Error handling
- Logging
- Configuration management
Build Systems & Software Engineering
Turn Source Code Into Working Software
Understand the development workflow behind telecom software.
- Source code organization
- Compilation
- Linking
- Libraries
- Header files
- Build configuration
- Make
- CMake
- Dependency management
- Debug builds
- Release builds
- Build troubleshooting
Understand:
Source Code → Compile → Link → Executable → Run → Debug
Advanced Protocol Automation & Regression
Find Why the Software Is Not Behaving as Expected
Protocol development requires strong debugging skills.
- Incorrect message sequences
- Unexpected state transitions
- Timer expiry
- Missing messages
- Invalid messages
- Connection failures
- Protocol errors
- Memory issues
- Crashes
- Unexpected application behavior
Use:
Logs + Debuggers + PCAP + Wireshark + Source Code + Protocol Specifications to identify the root cause.
5G Protocol Testing & Automation
Validate the software you develop and automate repetitive testing.
- Protocol test cases
- Functional testing
- Regression testing
- Python
- Pytest
- Scapy
- PCAP analysis
- Automated validation
- Test reporting
The objective is to understand:
What did we implement, what should happen, and what actually happened?
Git, CI/CD & Telecom DevOps
Connect protocol development with modern software engineering workflows.
- Git
- Jenkins
- GitHub Actions
- CI/CD
- Docker
- Kubernetes
- Cloud-native telecom
Understand how telecom applications and network functions can operate in cloud-native environments and how multiple engineers can work on the same protocol software codebase.
Hands-On Industry Practice
Develop. Build. Debug. Test. Automate.
Go beyond classroom theory and practice the activities performed during real time protocol software development, testing and debugging.
Protocol Development
- Understand a protocol requirement
- Study the relevant 3GPP procedure
- Design protocol behaviour
- Implement protocol logic in C/C++
- Build and execute the software
Protocol Debugging
- Read source code and logs
- Analyse protocol messages
- Capture and inspect PCAPs
- Debug failures using GDB
- Identify the root cause
- Fix and validate the issue
Protocol Testing
- Design protocol test scenarios
- Execute functional test cases
- Analyse expected vs actual behaviour
- Validate protocol messages
- Perform regression testing
Test Automation
- Create Python automation scripts
- Build Pytest-based test cases
- Automate repetitive validation
- Analyse test results
- Generate automated reports
CI/CD & DevOps
- Manage code with Git
- Build automated pipelines
- Run protocol tests through CI/CD
- Integrate testing with Jenkins
- Containerize telecom applications
- Work with Docker & Kubernetes
BUILD PRACTICAL PROTOCOL ENGINEERING SKILLS
3GPP Specification to Software Validation
You will learn how to work with the key engineering activities involved in telecom protocol software:
Tools & Technologies
Programming
C | C++ | Python | Bash
Telecom Protocols
5G NR | RRC | NAS | NGAP | SCTP | 5G Core | 3GPP
Protocol Engineering
State Machines | Timers | Events | Message Processing | ASN.1 | Encoding/Decoding
Development & Debugging
Linux | GDB | Wireshark | PCAP | CMake | Make
Automation & DevOps
Pytest | Scapy | Git | Jenkins | GitHub Actions | CI/CD
Cloud-Native Telecom
Docker | Kubernetes | 5G Core | Multus CNI
Who is this Program For?
Telecom/Network Engineers
Strengthen your protocol development, debugging and software engineering skills.
C/C++ Developers
Move into 5G, telecom and protocol software development.
Protocol Test Engineers
Expand from testing into protocol implementation, debugging and automation.
Fresh Graduates
Build a practical foundation for a career in 5G/6G protocol software engineering.
Your Outcome
Become Capable of Working Across the Protocol Software Lifecycle
By the end of the program, you will have practical exposure to:
The program is built around practical engineering workflows rather than academic project submissions.
The program is built around practical engineering workflows rather than academic project submissions
Why Primebit Solution?
Telecom-Focused Technical Training
Primebit Solution focuses on:
- Telecom
- Wireless
- 5G/6G
- Protocol Engineering
- Testing
- Automation
- Telecom DevOps
Development-Centric Learning
The program puts protocol software development at the center of the learning journey.
Protocol + Software Engineering
Understand both the telecom protocol and the software engineering concepts required to implement it.
Practical Debugging
Learn to investigate protocol behavior using source code, logs, traces and network captures.
Development + Testing + Automation
Understand the complete relationship between implementation, validation and automation.
Modern Development Environment
Build familiarity with Linux, Git, build systems, CI/CD, Docker and Kubernetes.
Alumni Working Across Leading Technology Companies
Our alumni are working in leading semiconductor, networking and technology companies in India and abroad, including Qualcomm, MediaTek, Samsung, Apple, Broadcom, Cisco, AT&T Labs and many more.
PROGRAM AT A GLANCE
Duration
4-6 Months
Practical Training
100+ Hours
Mode
Live Hands-on Training
Core Focus
5G/6G Protocol Development
Programming
C/C++ & Python
Testing
Protocol Testing & Automation
DevOps
Git, CI/CD, Docker & Kubernetes
Environment
Linux & Cloud-Native Telecom
Get the detailed course brochure
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Frequently Asked Questions
No.
The primary focus is 5G/6G Protocol Development. Testing, debugging and automation are included because they are essential parts of professional protocol software engineering.
Programming knowledge is helpful. C/C++ is a core part of the development-oriented learning path because it is widely used in telecom and network software.
Yes.
The program covers major protocol concepts and workflows including RRC, NAS, NGAP, SCTP, 5G Core and 3GPP-based procedures.
Yes.
The curriculum focuses on translating protocol procedures into software concepts involving states, events, messages, timers, procedures and error handling.
Because protocol development does not end when code is written.
A protocol developer must understand how to reproduce, analyze and validate software behavior.
Python is used as a practical automation tool for testing, log analysis, validation and regression workflows around protocol software.
Yes.
The program covers Git, CI/CD, Jenkins, GitHub Actions, Docker and Kubernetes in the context of telecom software development.
No.
Programming is taught in the context of protocol software, networking and telecom engineering.
BUILD YOUR 5G/6G PROTOCOL ENGINEERING CAREER
Develop. Debug. Test. Automate.
Build practical expertise across:
- 5G/6G Protocol Development
- C/C++
- Networking
- Protocol Testing
- Python Automation
- CI/CD
- Telecom DevOps
Start Your Journey as a 5G/6G Protocol Software Engineer.
PRIMEBIT SOLUTION
- 5G/6G
- Protocol Development
- Testing
- Automation
- Telecom DevOps
Develop the protocol. Understand the system. Build the future of telecom software.
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