At Fluid Codes, we support the academic community with accessible, industry-relevant engineering simulation solutions. Through Ansys academic offerings, we help educators enhance teaching, enable students to build practical simulation skills, and support researchers working on complex technical challenges across multiple physics domains.
Whether the goal is to strengthen classroom learning, support hands-on project work, or advance research and innovation, Fluid Codes helps connect academic institutions with the tools and resources needed to achieve more.
Help students build stronger engineering foundations with Ansys Academic solutions, teaching resources, materials education content, and curriculum support designed for practical, simulation-led learning.
Learn MoreAccess simulation tools and learning resources that support coursework, academic projects, and student team activities, helping students apply engineering concepts and build career-ready skills.
Learn MoreUse Ansys-powered simulation to explore complex engineering problems, accelerate discovery, and support research across areas such as healthcare, energy, electronics, materials, and emerging technologies.
Learn MoreAcademic Institutions in MEA
Student Team Partners
Ansys Innovation Courses
Get started with free Ansys Student software, designed to help learners build practical simulation skills through introductory tools, tutorials, courses and student-focused resources.
Learn MoreBring simulation deeper into undergraduate engineering education with Ansys-funded curriculum support. Educators can submit proposals to create new courses or enhance existing coursework with Ansys simulation.
Learn MoreSupport competitive student teams with access to Ansys software, learning resources and partnership opportunities that help students gain hands-on engineering experience.
Learn MoreExplore career opportunities with Fluid Codes and join a team helping engineers, educators and organizations apply simulation to solve real-world challenges.
CareersAnsys Academic solutions help universities bring simulation into teaching, student projects and research across multiple engineering disciplines. From undergraduate physics and engineering fundamentals to postgraduate research and advanced technical studies, simulation gives academic teams a practical way to explore complex real-world problems.
The Ansys Academic Program also includes materials education resources, such as Ansys Granta EduPack, which supports teaching across engineering, science, materials and design curricula. Students can also access free Ansys Student software to support homework, capstone projects, student competitions and independent learning outside the classroom.