Many universities have a sitewide MATLAB license, called a TAH (Total Academic Headcount), which enables the university to offer MATLAB across schools and departments. In academia, MATLAB is used in the classroom, in lab settings, and for homework via university computers, laptops and mobile devices. Researchers, students, faculty, and engineers and scientists in industry and government use MATLAB for their work. NET, Microsoft ® Excel ®, databases, low-cost hardware and measurement instruments Interfaces for integrating MATLAB with external tools, such as, C, Java.Custom Toolbox and application packaging, including with graphical interfaces.Development tools for improving code quality, performance, and maintainability.Big data support and parallel computing tools for leveraging multicore desktops and distributed hardware (with Parallel Computing Toolbox).Graphics for visualizing signal, columnar, and map data, including web maps with base map layers (with Mapping Toolbox).Mathematical functions for linear algebra, statistics and machine learning, signal analysis and image processing, and optimization.csv, binary, audio/video, image, and scientific-format files, such as CDF, FITS, and HDF High-level language for numerical computation, data analysis, and algorithm and app development.Interactive environment for exploration, problem solving, and modeling.Teaching with MATLAB Workshop Outcomes » Uses of the Program Skip to Resources for Teaching Geoscience with MATLAB ▼ The exploration environment, language, built-in math functions, and add-on application-specific toolboxes, enable geoscientists to explore multiple approaches and reach a solution faster than with spreadsheets or general-purpose programming languages. These capabilities enable teachers, students, and researchers in the geosciences to gain insight while simultaneously learning and applying mathematical computing skills and methods. MATLAB provides tools to acquire, analyze, visualize data, and develop models and simulations of hypothetical and real-world phenomena. You can use MATLAB for a range of geoscience-related applications, from performing basic computation and visualization, to analyzing earthquakes, to modeling water flow in lakes, oceans and rivers, to studying climate change's impact on global coral reefs. « Back to Teaching with MATLAB® page General Description Here, MATLAB fits a surface to a set of data representing solar radiation (top), and displays a web map with earthquake locations overlayed (bottom).

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