Ansys Academic Product Portfolio
Ansys Academic solutions empower educators, students, and academic researchers to explore, design, and innovate across every field of engineering and science. With a wide range of simulation tools—spanning structures, fluids, electronics, optics, materials, and more—Ansys provides scalable bundles for teaching and research.
Multiphysics Campus Solution
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Ansys Academic Multiphysics Campus Solution provides widespread access to industry-leading simulation technologies across multiple disciplines—structural, fluid, thermal, electromagnetics, materials, optics, and more—helping institutions prepare the next generation of engineers and innovators. By consolidating the full Ansys portfolio into a single bundle, universities can lower costs, encourage multidisciplinary learning, and accelerate cutting-edge research and teaching. Ready to Discuss?Contact our team today and schedule a meeting. |
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Why Multiphysics Campus?
Comprehensive Access Across Disciplines
It brings together the full range of physics simulations—mechanical, fluids, materials, and more—so students and researchers can explore every aspect of engineering.
- Structural and crash simulation
- Multibody dynamics and noise analysis
- Materials data library
- Fluid dynamics and turbulence modeling
- High-performance computing support
Cost-Effective, Scalable Academic Solution
Simplify licensing and reduce costs with one solution that scales across departments and disciplines.
- All-in-one academic bundle
- Easy sharing across departments
- Scalable HPC options for large simulations
Optics, Photonics, and Advanced ManufacturingEnable innovation in optical systems and next-generation manufacturing with powerful design and analysis solutions.
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Electronics and ElectromagneticsEquip your campus with advanced tools for designing, testing, and optimizing electronics and electromagnetic systems.
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Academic Bundle Options for Teaching and Research
- Academic Structures & Fluids Products - Simulate real-world performance of mechanical systems, fluid flows, and thermal interactions with high accuracy.
- Academic Thermal Systems Products - Model thermal behaviors and evaluate energy transfer in complex systems.
- Academic Electronics Products - Design next-generation electronics, from high-frequency systems to electric machines.
- Academic Semiconductors Products - Accelerate chip design and ensure power, performance, and reliability.
- Academic Optics Products - Bring photorealistic visualization and optical system design into your workflow.
- Academic Systems Products - Develop safe, reliable, and optimized systems with model-based solutions.
- Academic Preprocessing Tools - Support native geometry imports directly from CAD software (SOLIDWORKS, Creo, CATIA, etc.)
- Academic Materials Products - Leverage comprehensive materials data to support innovation.
- Academic Photonics Products - Explore and design advanced photonic components and systems.
- Academic Missions Products - Plan and simulate aerospace and defense missions with precision.
Free Software & Learning for Students
Ansys Learning CenterAn online portal with hundreds of free Innovation Courses, |
There's MoreBrowse through all free student resources available from Ansys. |
CYBERNET's Commitment to the Academic Sector
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Empowering the Next Generation of EngineersWe work closely with many universities across the ASEAN region to support and nurture Digital Engineering among young engineers. Find out more about our academic collaborations in the News Center. |
Simulation Day Seminar"Simulation Day" is a free seminar series by CYBERNET, organized in collaboration with leading universities across the ASEAN region. The program delivers the latest insights in digital engineering technologies to students, educators, and academic researchers. Contact us today to learn more. |
Simulating for ImpactThe National Space Imaging Payload Competition is a space themed engineering simulation challenge organized by CYBERNET Malaysia in collaboration with Universiti Teknologi MARA (UiTM). For more details, go to the Official Event Page |
