FUNDAMENTALS OF ALGORITHM AND PROGRAMMING IN MATHCAD SOFTWARE
DOI:
https://doi.org/10.55640/Keywords:
Algorithms, Programming Fundamentals, Mathcad Software, Algorithm Design, Mathematical Modeling, Numerical Methods, Engineering Computation, Conditional StatementsAbstract
This article discusses the fundamentals of algorithms and programming within the Mathcad software environment. It focuses on the role of algorithmic thinking in solving mathematical and engineering problems and explains how Mathcad integrates mathematical notation with programming constructs. The article describes key programming structures in Mathcad, including variables, functions, conditional statements, loops, and matrix operations. Special attention is given to numerical methods, algorithm visualization, and debugging techniques. Additionally, the educational and practical advantages of using Mathcad for scientific computing and technical documentation are highlighted. The study demonstrates that Mathcad is an effective tool for developing algorithmic skills and improving problem-solving efficiency in engineering and scientific applications.
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References
1.FUNDAMENTALS OF ALGORITHM AND PROGRAMMING IN MATHCAD SOFTWARE — Multidisciplinary Journal of Science and Technology, Vol. 4 No. 3, 410–418. (2024).
2.Guide to Numerical Algorithm Design and Development: Including Legacy Examples from Fortran and MathCAD — George Delic, Springer,
3.Practical Use of Mathcad®: Solving Mathematical Problems with a Computer Algebra System — Hans Benker, Springer, 1999
4.Benker, H. (1999). Practical Use of Mathcad: Solving Mathematical Problems with a Computer Algebra System. Springer-Verlag.
5.Delic, G. (2025). Guide to Numerical Algorithm Design and Development: Including Legacy Examples from Fortran and Mathcad. Springer.
6.Wirth, N. (1976). Algorithms + Data Structures = Programs. Prentice-Hall.
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