Certificate Program in Future Wireless Communications

Opportunities to work as intern/full time on cutting edge wireless system design at IIIT-Bangalore and IIITB COMET Foundation Testbed.

• Understanding of 3GPP standards for 5G-NR wireless system design.
• Expertise in embedded system design and programming for 5G wireless system design, a very demanding field.

Program Highlights:

• IIIT-Bangalore Academic Excellence - Get professionally certified in Future wireless communication with a program completion certificate from IIIT-Bangalore and IIITB COMET Foundation.
• Masterclasses from top faculty of IIIT-Bangalore.
• IIITB Comet Foundation - 8x higher interaction in live classes conducted by industry experts.
• Hands-on learning with Designer Toolkit (Arduino Uno, VAMAN Board, Xilinx board, USRP, Blade RF, QXDM QPSK) for an enhanced learning experience.
• Industry-oriented problem-solving via 5 G and Beyond Wireless System in O-RAN RIS and Technology industries.
   

Please feel free to send an email to admissions : fwc@iiitb.ac.in,  srikanthreddy.s@iiitb.ac.in for any queries and clarifications.

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IIIT-Bangalore Academic Excellence - Get professionally certified in Future wireless communication with a program completion certificate from IIIT-Bangalore and IIITB COMET Foundation.

Getting Started Content: Learners will start with the 3 modules below

• Digital Design and Embedded Programming
• Advanced Digital Design and Programming
•  Standards Hands on training on 5G/ 6G Projects
  • Introduction to 5G and Architecture Overview
  • UE Functionalities and Layer-wise Protocol Stack
  • gNB (Next-generation Node B) Functionalities and 5G Interfaces
  • gNB (Next-generation Node B) Functionalities and 5G Interfaces
  • Core Network (CN) Functions and Advanced Concepts 
  • Linux Training, C & PYTHON Training, FPGA

 Learning Path:

 Course 1: Digital Design and Embedded Programming

• This course covers the basics of digital design and programming, including installation, documentation, digital design, applied logic, assembly programming, embedded C programming, internet of things, ARM programming, and Verilog programming.

 Course 2: Advanced Digital Design and Programming

• This course covers advanced topics in digital design and programming, including advanced digital logic, microcontrollers, and embedded systems.

  Course 3 : Hands on training on 5G/ 6G Projects  Learning Path:

1. Introduction to 5G and Architecture Overview
   • Topics:
     1.  Evolution of mobile networks (2G to 5G)
     2.  Overview of 5G capabilities (high-speed data, low latency, IoT support)
     3. 5G architecture: UE, gNB, and Core Network (CN)
   • Outcomes:
     • Students understand the broad view of 5G architecture and its impact on network design.

2. UE Functionalities and Layer-wise Protocol Stack
   • Topics:
     • Layer 3 (NAS/RRC): Mobility, session, and connection management.
     • Layer 2 (MAC, RLC, PDCP): Data link and flow control, segmentation, error correction.
     • Layer 1 (Physical): Modulation, coding, and signal transmission.
   • Outcomes: Students understand UE’s layered structure and functionalities, focusing on how data flows and is managed.

3. gNB (Next-generation Node B) Functionalities and 5G Interfaces
   • Topics:
     •  gNB roles: Handling radio resources, communicating with UE and CN.
     • 5G interfaces: Uu, NG, Xn, N1-N3, and signaling paths.
     • Functional splits (CU-DU separation).
   • Outcomes: Students understand the gNB’s role in interfacing with the UE and CN and the details of 5G interfaces.

4. Core Network (CN) Functions and Advanced Concepts  
   • Topics:
     • CN components: AMF (Access and Mobility), UPF (User Plane), SMF (Session Management), and others.
     • Network slicing and Service-Based Architecture (SBA) in 5G.
     • Advanced Concepts: Carrier Aggregation (CA), Dual Connectivity (DC), Non-Standalone Architecture (NSA).
   • Outcomes: Students gain knowledge of CN functionalities and advanced technologies in 5G.

      Mini Projects and Practical Assignments (Hands-on Labs and Group Projects)

1.  Project Preparation and Tool Familiarization
   • Overview of Tools: Introduce students to 3rd-party tools, such as:
     • Simu5G or ns-3 (for simulating network layers and protocols)
     • Open Air Interface (OAI) for practical understanding of gNB and core network functions
     • Srs RAN (software suite for 4G/5G) to explore functionalities in a realistic network setup
   • Lab Setup and Practice: Set up tools, conduct sample simulations, and perform basic network testing.
   • Expected Outcome: Students become comfortable using tools and simulators for their projects.

 Expected Learning Outcomes

1. Theory:  Gain foundational knowledge of 5G technology, including components and interfaces.
2. Application: Apply theoretical knowledge to real-world scenarios through 5G simulations.
3. Analysis: Develop skills in analyzing 5G network performance, utilizing CA, DC, and NSA.

1. What is the Advanced Program in FWC (Feature wireless Communication) with IIIT-B COMET FOUNDATION?
   A : The Advanced Program in FWC (Feature Wireless Communication) is an eight-month, offline program offered by the IIITB COMET Foundation in collaboration with IIIT-Bangalore. Designed for final-year engineering, diploma, science, and M. tech students (as well as engineering graduates), the program aims to provide practical skills and knowledge in wireless communication and related software and hardware domains. The curriculum combines offline classes, teaching in Class, hands-on training with hardware, assisted practice sessions, and live projects. This blended learning approach leverages the academic strengths of IIIT-Bangalore and the IIITB COMET Foundation's boot camp educational model.
2. Why FWC program joined in IIITB COMET FOUNDATION?
   A:  It is unique in its approach to teaching in Mobile Only (Android or IOS) development using (Assemble language, C, python, FPGA etc.) with Hard ware and Software.
3. What topics are going to be covered as part of the program?
   A :  At the core of the Advanced FWC  Program in Learners will start with the 3 modules below
    
   • Digital Design and Embedded Programming
   • Advanced Digital Design and Programming
   • Standards Hands on training on 5G/ 6G Projects
     • Introduction to 5G and Architecture Overview
     • UE Functionalities and Layer-wise Protocol Stack
     • gNB (Next-generation Node B) Functionalities and 5G Interfaces
     • Core Network (CN) Functions and Advanced Concepts
     • Linux Training, C & PYTHON Training, FPGA
        
   Each module has been designed carefully such that it covers all the basic concepts required and then deep dives into the advanced concepts required to become an expert in that domain. The theoretical modules are complemented with the assisted practices and projects for a better understanding.
4. What are the career prospects after completing this program?
   A: Graduates of the Advanced Program in FWC(Feature wireless Communication) can pursue careers in various aspects of the wireless communication industry, including roles such as 5G infrastructure specialist, RTL-FPGA (Verilog coding) engineer in the VLSI domain, protocol stack developer, network security consultant, 5G data analyst, application analyst in the physical layer (using MATLAB), communication and signal processing engineer, software developer (C and embedded systems), and other 5G R&D positions.
5. Is there any certification granted at the end of the program?
   A Successful completion of the Advanced FWC Program earns participants a program completion certificate from IIIT-Bangalore. Additionally, they receive module completion and project certificates from the IIITB COMET Foundation for the individual courses and projects within the program.
6. is there any Stipend in this program?
   A : Meritorious students who successfully pass the qualifying exam may receive a monthly scholarship of ₹15,000 per month .