The Ansys Virtual Workshop on Antenna Design & Placement equips engineers with advanced tools to design, simulate, and optimize antennas for various applications,
including consumer electronics, automotive, defense, and telecommunications. Leveraging the robust capabilities of Ansys HFSS, participants explore a comprehensive suite of electromagnetic simulation techniques to analyze antenna
performance and placement in complex environments.
The training provides hands-on workshops featuring real-world scenarios, such as antenna coupling, antenna interactions with different structures, and radar system
integration. From understanding antenna radiation patterns to mastering shooting and bouncing ray (SBR+) analysis, this course is designed to empower professionals to deliver cutting-edge solutions while meeting compliance and performance standards.
What You’ll Learn
- Advanced antenna design and placement simulation using Ansys HFSS.
- Electromagnetic interaction analysis for real-world applications like smartphones, radar systems, and autonomous vehicles.
- Evaluation of antenna placement to meet SAR compliance using HFSS FEM and Optimetrics.
- Scattering and radiation problem-solving with HFSS 3D Method of Moments (MoM) Integral Equations.
- Reflection and radiation pattern analysis with SBR+ and PO solvers.
- Antenna coupling analysis on electrically large platforms with linked far-field and near-field components.
- Hands-on workshops covering scenarios like antenna integration and coupling simulations.
- Master advanced wave and ray propagation modeling techniques for complex environments.
- Gain a deep understanding of far-field antenna radiation patterns and their practical applications.
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