This is the second installment of our UAV & Drone simulation webinar series.

From Antenna Design to Full Mission Analysis

As UAV drone become increasingly deployed in commercial, industrial, defense, and emergency response applications, reliable wireless communication and navigation systems are more critical than ever. Antenna performance directly affects communication range, GPS accuracy, telemetry reliability, and overall mission success. However, evaluating antenna performance on a complete drone platform can be challenging due to platform interference, antenna placement, and complex operating environments.

In this technical webinar, we explore how Ansys HFSS - 3D High Frequency Structure Simulation Software enables engineers to accurately design, simulate, and optimize drone antenna systems before physical prototyping. The session will cover antenna synthesis, phased-array analysis, installed antenna performance, and the latest Mesh Fusion technology that significantly accelerates simulation of large and complex electromagnetic models. We will also demonstrate how HFSS SBR+ can simulate realistic flight environments and how HFSS integrated with Ansys STK - Digital Mission Engineering and Systems Analysis software extends electromagnetic analysis to full mission-level communication performance.

Join this webinar to discover how electromagnetic simulation can reduce development time, improve antenna performance, minimize design iterations, and enhance the reliability of modern UAV communication systems.

Webinar Schedule

15 October 2026, from 10:00 AM - 10:40 AM Malaysia time 
Online event including a LIVE Q&A session

UAV & Drone simulation webinar series - Part 1

What attendees will learn

• Learn how HFSS can be used to design, simulate, and optimize drone antennas with high electromagnetic accuracy.
• Understand how to evaluate installed antenna performance, phased-array behavior, and antenna integration on complete drone platforms using advanced EM simulation technologies such as Mesh Fusion and SBR+.
• Discover how HFSS integrated with STK enables mission-level analysis of communication performance throughout realistic drone flight scenarios.

Focused applications and industries

• Drone
• UAV
• Aerospace and Defense
• Telecommunications & wireless
• Satellite & Space

Who should attend

• RF and Antenna Engineers
• Wireless Communication Engineers
• UAV/Drone System Designers
• Aerospace and Defense Engineers
• Electromagnetic Compatibility (EMC/EMI) Engineers
• Electronics Design Engineers
• Researchers and students working on RF, antenna, or UAV technologies
• Anyone interested in electromagnetic simulation for drone communication systems

Speaker

Dr. Nicholas Chang

Technical Manager, HFSS Application Engineer
CYBERNET Taiwan

Dr. Chang holds a Ph.D. in Electrical Engineering and brings over 10 years of experience in antenna and high-frequency application industry. He's proficient with Ansys HFSS software for antenna and array design, optimization techniques, and Computational Electromagnetics analysis (FDTD, MoMs, FEM).

UAV & Drone Simulation Webinar Series - Part 1

• English: CFD-Driven UAV Thermal & Propeller Design Analysis,1 October 
• Vietnamese: Phân Tích Thiết Kế Nhiệt Và Cánh Quạt UAV Bằng Mô Phỏng CFD, 2 October

On-demand Webinar

All our past webinars are available to watch on demand.

Customer Case Study

Explore how Universiti Pertahanan Nasional Malaysia (UPNM) successfully designed a large-scale metamaterial lens antenna for next-generation wireless and radar applications. With support from Ansys HFSS software and high-performance computing (HPC) resources from CYBERNET CAE Cloud, researchers performed accurate full-boundary electromagnetic simulations and streamlined their workflow. Download the case study to see how advanced simulation and HPC solutions can accelerate your high-frequency antenna design projects.

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Upcoming Events

• Aerospace-themed Hybrid Technical Seminar - From Simulation to Validation: Communication Board Design for Industrial Applications, 20 October, Universiti Teknologi MARA (UiTM) & Microsoft Teams

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