What's New in Ansys Zemax & Speos 2026R1
Simplify complex optical designs with Ansys Zemax OpticStudio and Ansys Speos 2026 R1 releases. In this webinar, see how enhanced tools and seamless integrations make optical engineering faster, easier, and more connected.
In Ansys Zemax OpticStudio, new HPC capabilities accelerate complex simulations, Nested Elements and System Tolerancing (NEST) makes optomechanical tolerancing more intuitive, and Non-Sequential Imaging enhancements streamline the design and analysis of real-world systems.
In Ansys Speos 2026 R1, an improved user experience and Optical Part Design help you create precise designs faster and more efficiently, while enhanced Optical Design Exchange (ODX) integration delivers smoother data transfer between Zemax, Speos, and Siemens NX.
From tolerancing to stray-light analysis, experience a workflow that simplifies, integrates, and optimizes every step.
Agenda
- Introduction to Ansys Zemax and Speos 2026 R1
- What’s new in Ansys Zemax OpticStudio
- Accelerating optical simulations with Zemax HPC
- Simplifying optomechanical tolerancing with NEST
- Enhancements to Non-Sequential Imaging workflows
- What’s new in Ansys Speos 2026 R1
- Streamlining optical design with enhanced ODX integration
- Connecting OpticStudio, Speos, and Siemens NX workflows
- Q&A
Target Audience
- Optical and optomechanical engineers involved in optical design, simulation, and analysis
- Engineers and designers working in imaging, photonics, automotive lighting, and sensor applications
- New and existing Ansys Zemax OpticStudio and Speos users interested in the latest features and workflows
Presenter
Basyirah Zulkifli, Application Engineer
Basyirah Zulkifli is an Application Engineer at CAD-IT Consultants (M) Pte Ltd, specialising in optics. She holds a BSc in Physics from The Pennsylvania State University, United States, and an MSc in Microengineering and Nanoelectronics in Nanophotonics and Quantum Optics division from the Universiti Kebangsaan Malaysia. During her master’s studies, her research focused on modelling high-sensitivity optical biosensor based on plexcitonic strong coupling interaction using metallic nanorods as plasmonic cavities and quantum dots. She was an awardee of the JPA PILN (Overseas Undergraduate Program) scholarship. Additionally, she holds technical certifications in Zemax OpticStudio, Speos, Lumerical and Structures from Ansys.
