For more than a quarter of a century, Wolfram has been proud to support education and research at top universities around the world. Initially most popular in departments such as mathematics and physics, Wolfram technology use has gradually expanded through science and engineering, and across campuses.
Now—especially with Wolfram|Alpha and the Wolfram Language—Wolfram has dramatically expanded its offerings for research universities, bringing the power of deep but easy-to-use computation even to areas of education and research that have never been able to benefit from computation before.
The Wolfram Technology System comprehensively delivers both classic and new Wolfram technologies to researchers, educators, and students across campus.Contact us to get started
Included with the Wolfram Technology System for Research Universities:
The definitive tool for technical education and research, dramatically expanded with access to the cloud.
The ideal instant computation tool for students in all fields.
Apply the full power of Wolfram algorithms, knowledge, and curated data to research and discovery.
Introduce computation and programming using the unique power of the Wolfram Language.
Develop and maintain large-scale systems based on the Wolfram Language.
Zero-configuration Mathematica running through a web browser in the cloud.
State-of-the-art professional systems engineering, integrated with Wolfram technologies.
Easily apply breakthrough data science to any field involving numerical, image, text, or other data.
State-of-the-art professional finance computation.
The Wolfram Technology System for Research Universities conveniently covers all forms of deployment:
Wolfram technologies are used across universities for both teaching and research.
Use Wolfram tools to apply the latest computational approaches, including modeling, simulation, optimization, machine learning, remote sensing, bioinformatics, and connected device networks.
Use Wolfram tools not only for state-of-the-art quantitative finance, simulation, and business modeling, but also for analyses based on deep real-world data—and as a way to introduce emerging areas such as data science.
The Wolfram Language provides a unique environment for introducing, investigating, and deploying computation at the highest level—as well as supporting cutting-edge theoretical computer science.
Do state-of-the-art economic computations using calculus, statistics, simulation, and more, handling large-scale data and econometrics with deep built-in socioeconomic databases and compelling visual output.
Wolfram tools support precision geodesy, include extensive built-in geographic data, allow state-of-the-art modeling and simulation, offer connectivity to sensor devices, and easily handle large-scale data and image analysis.
Use Wolfram tools for state-of-the-art data science and data curation—as well as exploring the frontiers of computational knowledge and knowledge representation.
For more than 25 years, Wolfram tools have defined the state of the art for research and education in the mathematical sciences—with many progressive improvements, and now direct integration with
With Wolfram tools, use the latest data science and machine learning to analyze music and sound, or apply symbolic methods to musical form—or create performable algorithmic music or sonifications.
Whether it's analyzing symbolic or mathematical logic, studying AI or simulating emerging behavior, Wolfram tools provide concrete examples that help inform philosophical investigations.
Use Wolfram tools for state-of-the-art experiments with text, images, social networks and more—with rich data analysis and advanced modeling capabilities.
Wolfram tools provide a uniquely flexible environment for statistics and data science, covering networks, natural language, images, machine learning, built-in curated data, and data from connected devices.
Wolfram tools allow state-of-the-art creation and exploration of geometric form, as well as supporting modern simulation, optimization, analysis, and planning techniques—with integrated engineering computations.
Create algorithmic art, quantitatively analyze artistic forms and trends, and introduce new experimental forms of art made possible by the deep computation, presentation, and interaction capabilities of Wolfram tools.
From the frontiers of computational chemistry to quick lab or homework calculations, Wolfram tools allow the latest computational methods to be applied to chemistry—and now also connect to experimental apparatus.
Wolfram tools allow diverse approaches to large-scale numerical and image earth-science data—integrating connectivity to field devices as well as extensive historical databases and geographic information.
Engage with the computation-enabled future of education, using Wolfram's broad tools for content creation, education analytics, modeling, device connectivity, and data analysis.
With their built-in knowledge and unique integration, Wolfram tools deliver powerful computation and analysis across all engineering disciplines, and support large-scale modeling and direct device deployment.
Wolfram tools enable the emerging computational humanities, with state-of-the-art visualization and analysis of text, images, networks, and more—and extensive built-in cultural, historical, and other data.
Wolfram tools are at the cutting edge of modeling, simulation, data mining, natural language processing, network analysis, visualization, and other techniques of great emerging importance in law.
Wolfram tools bring the latest computational methods to the life sciences, with powerful statistical, image, and network analysis, as well as bioinformatics, modeling, and device connectivity—and built-in genomic and other data.
Apply the latest computational techniques, with 2D and 3D image analysis, machine learning, systems-level simulation, natural language understanding, device connectivity, bioinformatics, and biostatistics.
From the most sophisticated analytical and numerical computations to the latest data acquisition with connected devices, Wolfram tools have long been essential to research and education in the physical sciences.
Wolfram tools provide state-of-the-art data analysis, modeling, and simulation—as well as modern statistics, machine learning, and visualization—integrating many types of data, with extensive built-in databases.
With their direct connection to the real world and highly automated programming, Wolfram tools provide a uniquely powerful environment for introducing computational science on campus.
By making it unprecedentedly easy to create and deploy production-quality code, the Wolfram Language lets startups and would-be entrepreneurs test their ideas more easily than ever before.
With their broad array of built-in analytical tools and curated data—and immediate scaling from small to large data—Wolfram products are ideally suited to research and education in data science.
Of Particular Note
With their broad coverage and tight integration, Wolfram tools are ideal for exploring interdisciplinary areas.
Wolfram technologies have played a pioneering role in the emergence of computer experiments as an important methodology, and they provide an ideal environment for doing computer experiments.
When a new field is emerging, Wolfram technologies are invariably at the forefront as the tools of choice for leaders in that field.
The Wolfram Language has deep support for the latest connected devices and sensors.
The Wolfram Technology System can be used by students at all levels... from undergrad to post-graduate.
Used heavily in industry and government, Wolfram technologies provide students with important knowledge and skills they'll use later in their careers.
Students often start using Wolfram technologies in high school for a variety of courses. So you can assign projects to students right away without spending class time teaching them how to use the software.
The Wolfram Technology System combines a set of teaching and research tools unified by the Wolfram Language. This means you'll save time by learning a single language that you can use for both classroom and research projects.
For IT Departments
Save IT time and overhead by eliminating technology that only runs on one type of system. The Wolfram Technology System includes a variety of local installation and cloud-based deployment options that support your diverse IT infrastructure.
Rather than purchasing specialized software for each department or type of course, Wolfram technologies can be used in a variety of departments on campus, allowing you to replace niche software packages and save money.
Consolidate individual departmental Wolfram technology purchases with the Wolfram Technology System, a complete solution that saves money and maximizes access.
Wolfram technologies are used by all of the world's top-ranked research universities, R&D organizations, and government labs. This means that when you adopt the Wolfram Technology System, you're providing your campus community with access to the same technology used by innovators worldwide.
The Wolfram Technology System provides a cross-discipline solution, so faculty and staff can collaborate across research projects, departments, colleges, and campuses.
Linked to many major research breakthroughs and emerging fields, Wolfram technologies provide the science, technology, and tools that inspire future leaders in science and technology, and help to shape their discoveries.