How Do You Validate a 6G System Without Standards?

Design, Simulate, and Validate 6G Systems Before Standards Are Finalized

6G introduces new challenges across sub-THz RF, AI-native PHY, and system-level validation.

This seminar brings together practical modelling workflows across waveform design, RF impairments, AI-based signal processing, and network simulation.

What You’ll Experience

  • 🟢 Live Demonstrations – AI-native receivers, ISAC, NTN workflows
    🟢 Technical Deep Dive – Applied 6G engineering use cases
    🟢 Interactive Q&A – Direct engagement with domain experts
    🟢 Networking Session & Tea Break
    🟢 Technology Showcase – Hands-on exploration of tools and workflows
  •  

Why You Should Attend

  • - Understand how 6G challenges current wireless design workflows
    - Learn how to model and simulate ISAC and AI-native systems
    - Explore practical approaches for NTN and sub-THz system design
    - See how system-level simulation helps validate performance before standards are finalized

    Agenda

    1:00 PM – Registration

    1:15 PM – 6G Landscape & ISAC
    (Sub-THz, dual-function waveforms, sensing + communication)

    2:00 PM – AI-Native PHY
    (Neural receivers, deep learning-based channel estimation)

    2:45 PM – ☕ Tea Break & Technology Showcase

    3:15 PM – NTN & Satellite Modelling
    (Link budget, constellation modelling, RF impairments)

    4:00 PM – System-Level Simulation
    (End-to-end network KPIs, coexistence scenarios)

    4:40 PM – Live Demo + Q&A

    5:00 PM – End

 

Register Here

Featured Speakers

Vijay

Vijayendra Kumar

Product Manager

MathWorks India

Vijayendra Kumar is the Product Manager for Wireless Products at the MathWorks, where he leads strategy, product and market development for wireless-related solutions and toolboxes. Over the past five years, he has worked closely with customers across academia, research institutions, and industry to support wireless standards development, system modeling, and testbench solutions. He actively collaborates with engineers and researchers contributing to wireless standards.

 

Prior to joining MathWorks, he was working with startups in the wireless communications and embedded systems domains, contributing to product development, system design, and customer-driven innovation across emerging wireless technologies.

Nanda

Dr. Nanda Kishore Chavali

SatCom Development Manager

 MathWorks India

Dr. Nanda Kishore Chavali is a Development Manager in the Signal Processing and Communications Group at MathWorks, Hyderabad where he leads the wireless communications team with a focus on physical layer design for wireless standards, 5G/6G Non-Terrestrial Networks and Satellite Communications. His expertise includes modelling and Simulation of wireless communication systems, HDL code generation, and deploying on hardware platforms. Previously, he was with Uurmi Systems Pvt ltd, Hyderabad, contributing to the development of products such as WLAN, DVB-SH based satellite modem, Tactical Communication Systems and Software Defined Radio (SDR).

 

Dr. Nanda also worked at HelloSoft India Pvt Ltd (now Nordic Semiconductor) on physical layer design of VDSL modem, digital LEC, GSM/GPRS and WiMax. Dr. Nanda holds a Ph.D. in wireless communications from the Indian Institute of Technology, Hyderabad. He has authored around 30 technical papers and holds 8 issued US patents. His research interests include wireless communications, signal detection and recovery, receiver synchronization algorithms and satellite communications. Nanda is a senior member of IEEE and currently serves as a volunteer in the IEEE Signal Processing Society, Hyderabad. 

Ahmad Saad

Ahmad Saad

Principal Engineer

MathWorks Germany

Ahmad Saad is a principal engineer at MathWorks in Munich specializing in wireless communications and signal processing. He has more than a decade of R&D experience in designing and modelling communication systems with applications in ultra-reliable industrial and vehicular connectivity. Prior to joining MathWorks, he was with the Fraunhofer Society in Munich as a research scientist and team lead. He holds a Ph.D. in communication systems, which was jointly supervised by the Fraunhofer Society and the University of Augsburg in Germany. 

Jonathan Tee

Jonathan Tee

Senior Application Engineer

TechSource Systems

Jonathan Tee is a Senior Application Engineer with a Master’s in Electrical and Electronics Engineering from Nottingham Malaysia. He specializes in RF and microwave technology, including phased array design and signal and power integrity challenges.
 
Passionate about MATLAB for communication systems and RF propagation, Jonathan is also a 3D modeling enthusiast who built his own 3D printer.