Designing MetaLens with Simulation

Overview

In the second session of the MetaLens Complete series, we shift from fundamentals to hands-on design execution. This module is built for engineers and researchers looking to translate optical requirements into a fabrication-ready metalens. Using a real Eye-Tracking optical system as our running example, we’ll demonstrate how to define metasurface specifications, generate and optimize phase profiles, and evaluate system-level imaging performance using the Ansys Optics portfolio.

This session connects theory to practice—showing how a metalens evolves from mathematical intent to validated optical behavior.

Focused Industries

Aerospace & Defence
Electronics and semiconductor
Automotive
Consumer Goods
Engineering Services
Academic

Who Should Attend

Optical & Photonics Engineers
R&D and Product Development Teams
Simulation & Modeling Specialists
Decision-Makers
Technology Managers

Key Highlights

Convert system specifications into phase maps and structured metasurface layouts.
Live Example- Follow a complete design cycle built around a real-world optical application.
Explore design, optimization, and performance evaluation using integrated optical tools.
Learn techniques to maximize efficiency, reduce aberrations, and ensure fabrication-ready designs.