Follow this link to see if your organization already grants access to Wolfram technologies.

You can begin with a free Wolfram Cloud account to explore interactive notebooks for structural analysis, fluid flow, circuit modeling and mechanical system design directly in your browser. You can also download a free trial of Mathematica.

Wolfram Language is a trusted computational aid in algebra, geometry and calculus. With over 13,000 interactive Demonstrations and built-in visualization tools, Wolfram Notebooks help students focus on concepts. Wolfram U offers free, full math and physics courses for everyone and Quezzio helps you scale assessments to any size.

We offer site license options that provide access to Mathematica, Wolfram⁠|⁠Alpha, AI Assistant, Compute Services and more for all faculty and students. Site access can be tailored to organizations of all sizes.

Yes. Wolfram technology supports symbolic and numerical simulations, differential equation solving, finite element analysis, system modeling and dynamic visualization. Students can model physical systems, test design parameters and explore “what-if” scenarios interactively.

For fluids, Wolfram supports analytical/semi-analytical derivations, pipe-network solving via nonlinear equation systems (pumps/valves and head-loss models) and PDE modeling using built-in PDE component functions and guided tutorials—including FEM for irregular geometries and boundary conditions (e.g. 2D channel flow, diffusion–advection, shallow-water variants). This makes it practical for reduced-order CFD-adjacent studies, parameter sweeps and high-quality field visualizations.

Wolfram System Modeler is a good choice for engineering-grade, system-level simulation with realistic couplings—e.g. building TMD dynamics with nonlinear damping, base isolation with control logic, soil–structure interaction as foundation subsystems or hydraulic networks with pumps/valves and controllers.

Yes. Wolfram technology can work with other programming languages and external code environments. Through ExternalEvaluate, users can call and evaluate code in languages such as Python and R directly from Wolfram Language. Wolfram also supports integration with compiled languages such as C and C++ through tools like ForeignFunctionLoad, making it possible to connect high-level symbolic and computational workflows with external libraries, numerical routines and existing engineering codebases.

Wolfram technology can support courses in mathematics for engineers, mechanics, structural analysis, fluid mechanics, thermodynamics, control systems, electrical circuits, signal processing, materials science, optimization, data science and computational modeling.

Yes. Wolfram includes built-in machine learning functions for classification, prediction, image processing and neural networks. Engineering students can apply these tools to problems such as defect detection, material strength prediction, signal classification and system monitoring.

Yes. Wolfram U has online courses, live study groups and many more resources for learning both academic subjects and Wolfram technologies.

Yes. Wolfram technologies can integrate with major Learning Management Systems (LMS) using LTI standards, allowing seamless access to notebooks and assessments within your course environment.

Yes, we offer partnerships for startups, consulting and Wolfram⁠|⁠Alpha enterprise solutions.

You can publish notebooks to the Wolfram Cloud and share them via a simple URL. Students can view and interact with these notebooks in a web browser without needing to install software.

Yes, site licenses typically include standard technical support. We also offer premium support packages and training services to help your institution get the most out of our technologies.

The Wolfram Demonstrations Project and Wolfram Community are excellent places to find thousands of interactive examples, courseware and discussions contributed by users worldwide.