Ansys unterstützt die nächste Generation von Ingenieur*innen
Studenten erhalten kostenlosen Zugang zu erstklassiger Simulationssoftware.
Gestalten Sie Ihre Zukunft
Stellen Sie eine Verbindung mit Ansys her, um zu erfahren, wie Simulation Ihren nächsten Durchbruch vorantreiben kann.
Studenten erhalten kostenlosen Zugang zu erstklassiger Simulationssoftware.
Stellen Sie eine Verbindung mit Ansys her, um zu erfahren, wie Simulation Ihren nächsten Durchbruch vorantreiben kann.
By blending theory with the visualization of optical and photonic phenomena, incorporating Ansys software into your optics and photonics curriculum provides students with hands-on experience using industry-leading tools, significantly enhancing learning outcomes, student retention, and career preparedness.
Why Teach Using Ansys?
Empower the next generation of optical and photonics engineers by integrating Ansys software into your curriculum. With Ansys, students can increase their optical intuition, mastering fundamentals such as light-matter interaction, wave propagation and beam optics, photonic device design, and the role of optical systems in modern technology. Teaching with Ansys bridges the gap between theoretical principles and hands-on application, giving students the tools to design, analyze, and optimize optical and photonic systems.
By using the same simulation software trusted by leading companies worldwide, you'll equip your students with in-demand skills and a competitive edge in their careers, improving placement rates. Bring innovation into your classroom and prepare your students to tackle the toughest optics and photonics challenges with confidence—teach with Ansys.
Explore how Ansys software, paired with Education Resources, makes teaching optics and photonics practical and engaging. From ray tracing and lens optimization in Zemax OpticStudio to waveguide design, interference modeling, and integrated photonics circuits in Lumerical, these resources combine theory with hands-on simulation, helping students visualize Gaussian imaging, analyze diffraction and polarization, design optical instruments, and build photonic components like couplers, resonators, and interferometers.
Using simulation in courses that explore geometrical optics enables students to visualize underlying theory and apply it to real-world optical systems. With tools like Zemax OpticStudio, students can design and optimize lenses, telescopes, and imaging systems using ray tracing techniques, reinforcing concepts such as focal length, aberrations, and system performance.
Designing the James Webb Space Telescope using Ansys Zemax OpticStudio
Design Your First Lens: Intro to Imaging Systems Using Ansys Zemax OpticStudio
Simulation in wave optics and photonics courses allows students to move beyond ray approximations and understand light as an electromagnetic wave. Using Lumerical tools, they can model interference, diffraction, guided-wave propagation, and integrated photonic devices, providing a deeper understanding of mode theory, coupling, and resonance effects critical for modern photonics applications.
Waveguide and Coupler Design with Ansys Lumerical Software
Ring Resonator Design with Ansys Lumerical Software
Mach-Zehnder Interferometer with Ansys Lumerical Software
Directional Waveguide Coupler Design in Ansys Lumerical Software
Introducing simulation early in a student’s degree helps bridge theory and practice from the start. Foundational resources combine basic ray and wave concepts, enabling students to explore optical behavior interactively and build confidence before tackling advanced design and analysis tasks.
Introduction to Optics Concepts with Ansys Tools Lecture Unit
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