Ansys is committed to working with academia to provide flexible education solutions for all users. We offer low-cost, multiphysics bundles with our industry-leading simulation software, as well as Ansys Granta EduPack for materials education.
Why Teach Using Ansys?
The demand for graduates with engineering simulation skills continues to rise, largely due to the widespread use of simulation across product development and optimization workflows. The need for these graduates exceeds the supply, which is why Ansys is committed to working with educators to provide flexible academic tools. Ansys provides industry-leading tools designed to empower educators, making it possible to provide a hands-on education to students and give them a competitive edge as they enter their industry.
Simulation benefits students across STEM, undergraduate, graduate and post-doctorate programs. With Ansys tools, students can learn complex concepts quickly and become job-ready before they graduate, saving employers on training and lost productivity.
Explore Ansys’ academic products that include industry-leading simulation technology, bundled by physics area. Our education products are designed to empower educators to give students the best hands-on experience possible, giving them a competitive edge as they enter their industry. Product bundles are available to support any education need, from an individual class and professor teaching in one physics area, to our multiphysics campus-wide solution built for large scale deployment across a department or multiple departments. Additionally, Ansys GRANTA EduPack supports materials education.
Learn More Product Feature TableAnsys provides resources to help educators develop curricula and teach students in both the areas of simulation and materials education. Our tutorial examples, videos, resources and courses make it easy to learn how to use Ansys simulation tools and understand the value of materials intelligence.
Rethinking Engineering Curricula to Meet Industry Demand
Keeping educational curricula relevant is difficult when 85% of the jobs that today’s students will hold in 2030 haven’t been created yet. To explore the academic-industry disconnect, Ansys focused on two electrical engineering disciplines: antenna and RF component/systems design. Through interviews with industry experts, we investigate what universities are and aren’t doing to ease the shortage of trained engineers.
