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STEM (science, technology, engineering, and mathematics) education teaches students more than simply the basics of science and math. Hands-on learning with real-world applications helps students develop a variety of abilities, including creativity and 21st-century competencies.

Binary Semantics has partnered with Maplesoft and DigitalEd to provide STEM education tools and software, concentrating on the unique needs of science, technology, engineering, and mathematics students, researchers, and professors, and improving STEM education.

Take the leap into the digital-first education sector and revolutionize education with us

  • Our math application combines the world's most advanced math engine with an easy-to-use interface for analyzing, investigating, visualizing, and solving mathematical problems.
  • We've developed advanced system-level modeling and simulation tools to give you an intuitive modeling environment and powerful analytical tools that can help you reduce development risk, minimize costs, and enable innovation, among other things.
  • We also offer content management and automated testing and evaluation for online learning, and online courseware systems for building and administering online STEM courses.

AI-Enabled Adaptive Learning

  • Artificial intelligence can be used to provide a more personalized and engaging learning experience.
  • While a standard degree program can provide some customization in the form of module or specialization selections, AI could allow institutions to create hyper-personalized curricular journeys.
  • Dynamic AI may interpret each student's interests and forecast their behavior, allowing them to receive the exact content they require.

Data Analytics

  • Higher education institutions are already utilizing data analytics to identify students who may want more assistance before they begin their studies.
  • This could be extremely useful for online MBA students who don't have access to in-person help, allowing institutions to determine when students require more tailored support and drive engagement.

Virtual & Augmented Reality

  • It will become easier to bring learning experiences to life as Ed-tech products like Maple, such as video conferencing software, become more adaptable and combine components of VR and AR.
  • Students can learn more content in a minimum amount of time thanks to virtual reality technology.

IoT & Cloud-based Services

  • Cloud technologies are already assisting educational institutions in meeting distant instructional and administrative needs smoothly.
  • These technologies ensured that academic cycles were largely unaffected, notably during the pandemic.
  • To give a lively, delightful learning experience, especially in the areas of STEM, and to motivate even the most hesitant learner, rich, interactive information can be created and disseminated through AR/VR technology, resulting in positive and engaging academic outcomes.
  • Using IoT to aid students who are falling behind in their studies can help to improve educational equity.
  • The possibility of utilizing technology in novel ways is limitless.

The following are some of our solutions that have a significant impact on the education industry:

Maple Logo
  • Maple, a well-known math program, combines a powerful math engine with an intuitive interface to make analysis, exploration, visualization, and the discovery of valid mathematical solutions a breeze.
  • Maple is a comprehensive tool for research, documentation, and instruction thanks to its powerful symbolic engine, user-friendly interface, and efficient click-able mathematics.
  • It has the capability and flexibility to use over 6000+ mathematical functions to answer problems in seconds.
  • All equations entered can be seen as graphical charts and plots, which can assist you in understanding your problems.
  • Maple can handle complex high-end problems swiftly and smoothly, allowing for the visualization of a wide range of equations in configurable 2D, 3D plots and animations.
  • It's simple to export to Microsoft Office applications like PowerPoint and Word, where it can be seen as a single, easy-to-flow document in just a few clicks.
  • MapleSim is a powerful system-level modeling and simulation tool that uses cutting-edge algorithms to shorten model development time, provide insight into system behavior, and produce high-fidelity simulations quickly.
  • It's a powerful symbolic and numeric math engine that excels at creating real-time simulation code for complex systems using automatically produced system equations.
  • It comes with over 700 built-in components that cover a variety of topics.
  • It lets you recreate a system diagram on your computer screen using components that replicate a real model. It contains particular equation-based components that let you get to final models faster and without having to program them.
  • It combines multibody technology with the most up-to-date multi-domain modeling tools to deliver unrivaled tractability and control for your multibody models.
  • MapleMBSE is an easy-to-use excel-based solution that allows all stakeholders to engage in the systems engineering project without the need for them to be specialists in important SE technologies.
  • As a result, the systems model ensures that all stakeholders can communicate through it, allowing them to work faster by simplifying data entry and reducing the risk of errors while also saving costs.
  • Experts from our partner Maplesoft Engineering Solutions adapt MapleMBSE to meet your individual systems engineering process.
  • Users can change system models with MapleMBSE's integration with IBM Rational Rhapsody and MagicDraw.
Maple Logo
  • MapleNet allows you to easily share Maple documents, calculators, and technical applications.
  • It also allows peers to interact with your information, perform calculations, and see the results within a conventional web browser.
  • It provides a relatively intuitive interface for creating web apps that rely on mathematical calculations.
  • To create an interface, drag buttons, sliders, math input regions, and other interactive items into the Maple document. Maple's sophisticated programming language can be utilized to make these portions more functional.
  • After that, the Maple document must be saved on the MapleNet server to make the application available online.