Level: Intermediate
Job Function: Analyst / Scientist / Engineer
John Salmon, Assistant Professor, Brigham Young University

JMP offers some exceptional visualization and scripting capabilities to teach students about topics outside of the typical statistical courses. This paper presents 10 tools used in mechanical engineering lectures to help students understand and explore course material from systems dynamics, programming, and numerical methods. The applications include visualizations to assist teaching and provide examples for numerical integration, such as Simpson's Rules, root-finding algorithms, such as the Newton-Raphson method, and methods to solve initial value problems of mechanical systems, such as Euler's method. Additional applications developed using the JMP Scripting Language will be presented and discussed.

Published on ‎03-24-2025 08:39 AM by Community Manager Community Manager | Updated on ‎04-08-2025 09:08 AM

Level: Intermediate
Job Function: Analyst / Scientist / Engineer
John Salmon, Assistant Professor, Brigham Young University

JMP offers some exceptional visualization and scripting capabilities to teach students about topics outside of the typical statistical courses. This paper presents 10 tools used in mechanical engineering lectures to help students understand and explore course material from systems dynamics, programming, and numerical methods. The applications include visualizations to assist teaching and provide examples for numerical integration, such as Simpson's Rules, root-finding algorithms, such as the Newton-Raphson method, and methods to solve initial value problems of mechanical systems, such as Euler's method. Additional applications developed using the JMP Scripting Language will be presented and discussed.



Start:
Tue, Mar 12, 2019 05:00 AM EDT
End:
Thu, Mar 14, 2019 01:00 PM EDT
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