July 19, 2026 • 2 hours
PhD., RF Architect at Ansys Part of Synopsys
Digital Mission Engineering (DME)
Technical Leader in A&D at Ansys part of Synopsys
This workshop delivers a comprehensive, end-to-end virtual modelling framework that seamlessly connects theoretical foundations with real-world radar and communication system implementation.
Participants will dive deep into cutting-edge radar system modelling and rigorous communication system performance evaluation, using simulation methodologies that faithfully replicate the complexity of real-world signal environments with exceptional fidelity.
The workshop culminates in a forward-looking exploration of how Large Language Models (LLMs) are emerging as powerful tools for next-generation radar and communication system design.
Attendees will walk away with:
This workshop also lays a powerful foundation for Electronic Warfare (EW) Analysis, equipping participants with the skills and frameworks needed to tackle sophisticated EW challenges head-on.
| # | Module | Topics Covered |
|---|---|---|
| 01 | Real-World Radar System Modelling |
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| 02 | End-to-End Communication System Performance Evaluation |
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| 03 | LLMs for Next-Gen System Design |
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PhD., RF Architect at Ansys Part of Synopsys
Nijas specialized in the domain of RF, Antennas, Radar, and Multiphysics simulation. Nijas has been working with Ansys from the last 10 years. He provides technical assistance for RF components, Antennas, Phased arrays, Radar, Automotive and 5G/6G applications. He has been interacting with different Aero and Space customers on various communication, Radar, and EWS system development through virtualization and digital engineering. Before he joining ANSYS he worked as a Research Consultant at GE Global Research in Bangalore in the area of Wireless Power Transfer and microwave material sensing for detecting different materials in Crude Oils.
Nijas did his Master’s degree in Electronics Science and PhD under Prof. P. Mohanan from Cochin University of Science and Technology, Cochin, Kerala. He holds 20+ International publications and 20+ national and international
Digital Mission Engineering (DME)
He support the Digital Mission Engineering (DME) suite, including STK, TETK, ODTK, Scheduler, and SOLIS. He supports the Asia-Pacific region, providing technical pre-sales support, product demonstrations, and solution guidance to customers and partners. With 3.5 years of experience in aerospace and robotics, and an academic background in Aerospace Engineering with R&D work in underwater robotics, Vishal applies his technical expertise to mission-focused modelling and simulation.
At Ansys, he has contributed to key multi-physics and mission-level projects such as hypersonic blackout analysis, satellite collision assessment with ISAR imaging, and chaff effectiveness evaluation
Technical Leader in A&D at Ansys part of Synopsys
He is with over 17 years of experience across RF engineering domains of Digital Mission Engineering, RF Test & Measurement, RF Simulations, and EMI/EMC, he focuses on using digital engineering methodologies to reduce gap between theoretical modelling & field performance, and thereby ensuring field readiness of complex and intelligent Aerospace & Defence Solutions. He has worked on several RADAR, Satcom, Data link projects. He has been instrumental in delivering several solutions for RF algorithmic prototyping & validation, RF system level validation, RADAR target generators, RADAR Synthetic Data Generation for SAR/ISAR and RF Channel Emulators using COTS hardware and Simulation tools. His recent areas of interest include AI-ML based design optimizations, and synthetic data generation for cognitive algorithm R&D.
He has completed his B. Tech. in Electronics and Communications Engineering from VNIT Nagpur in 2009.
Contact:
Mohit Kumar
M: +91 74286 93369
E: mohit@cimglobal.net
ieeespace2026@gmail.com
