By complementing the teaching of theories with a plethora of materials data and the visualization of physical phenomena, incorporating Ansys software into your materials science and engineering undergraduate 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 materials scientists and engineers by integrating Ansys software into your curriculum.
With Ansys, students can increase their materials intuition, mastering fundamentals such as materials selection, mechanical behaviors of materials, the cross-section of materials and sustainability, and the impact materials have on product design. Teaching with Ansys bridges the gap between theoretical principles and hands-on application, giving students the tools to select, analyze, and optimize materials.
By using the same materials selection and 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 materials challenges with confidence—teach with Ansys.
Explore how Ansys software paired with Education Resources make it easy to teach core materials science and engineering topics like materials selection, materials science basics, mechanical behavior of materials, and sustainable materials, helping students master complex concepts and develop selection and simulation skills.
Selecting the correct materials for designs is a critical engineering skill. Using Ansys tools such as Ansys Granta EduPack in curriculum provides students with the skills needed to systematically perform materials selection using real industry data and how to utilize materials data for accurate simulations.
Introducing students to materials data and industrial tools like simulation can help contextualize materials science, providing clear connections between the fundamentals of materials (crystallography, phase diagrams, etc) and their future careers.
Selecting the correct materials for designs is a critical engineering skill. Using Ansys tools such as Ansys Granta EduPack in curriculum provides students with the skills needed to systematically perform materials selection using real industry data and how to utilize materials data for accurate simulations.
Exploring Aluminum Strengthening
Sustainability is a requirement of future designs, not just a nice to have. Utilize Ansys tools to show practical strategies for implementing sustainability into engineering design.
Sustainable Bike Crank Design in Ansys
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