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Maple offers over 5000 powerful mathematical functions for solving symbolic and numeric problems from calculus and algebra to statistics, number theory and many other branches of mathematics. It offers customizable 2D and 3D plots and animations as well as both programmable and graphical interfaces. Maple helps create calculations and documentation in one page as well as interactive applications for education.

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For educators, Maple provides options for creating visualizations, interactive and clickable problems to help students gain intuition in math. Students also benefit from having a reliable source for checking answers in matrix operations, polynomials, derivatives and integrals. Most importantly, using Maple saves time for learning and computation allowing students to grasp concepts faster.

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Maple is used in engineering to compute differential equations, data analysis, optimization, fluid and chemical properties, and control system design. It offers a programming language and connectivity features for flexibility and customization of problems. Calculation management is also made easier by having the ability to combine mathematical notations with calculations, documentation and visualizations in one file.

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Maple can represent symbolic problems such as functions and differential equations in exact quantities with fractions, radicals and symbols. This feature allows parameters to be carried through mathematical analysis and the resulting solutions to be highly accurate with a freedom of approximation.

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Maple supports over 1000 symbols as well as formatting rules for inputting and displaying mathematical equations. In addition to programming, maple has a dashboard of mathematical expressions and plotting features available by mouse click navigation. Maple even has smart pop ups and automatic documentation as you click through a solution, as well slider and control features that allow the creation of interactive applets.

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Maple was designed to be a mathematical and computational software for uses in research, education and industry. The underlying construction of the application requires advanced math and computer science skills in order to maintain the best possible performance. My role as a software tester demands automation testing and specifically unit testing which works closely with the code. The ability to write tests is an important asset for developers because it guides thinking and prevents errors.

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Software like Maple help solve computational problems on the large scale and its data visualization features are growing more attractive to fields in education and data science. Software testing is a form of Quality Assurance (QA), and QA is crucial to any development process. Failure to find bugs can lead to disasters such as the Boeing 737 Max 8 crashes. There is a demand for detail oriented people who can analyze features and create not only effective test cases, but automated test cases.

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“Mathematics-Based Software & Services for Education, Engineering, and Research.” Maplesoft, www.maplesoft.com/.