Coursera
Dive into the core concepts of single-variable calculus with a focus on understanding and real-world applications. This engaging course is designed for beginners, offering a unique blend of Taylor series, discrete and continuous forms, and conceptual clarity to enhance your grasp of this essential mathematical discipline.
Coursera
Dive into Numerical Methods for Engineers and gain a deep understanding of fundamental algorithms crucial to engineering success. This course covers root finding, matrix operations, integration, interpolation, and solving ODEs and PDEs. Learn how to apply these methods using MATLAB, an essential tool in the engineering field.
Coursera
Embark on an educational journey where you'll learn how to tackle partial differential equations using numerical methods and translate them into Python codes. This course provides a fundamental introduction to applying techniques such as finite-difference, pseudospectral, linear, and spectral element methods to the 1D (or 2D) scalar wave equation.
Saylor Academy
Unlock the power of numerical methods with our comprehensive course designed for engineers and scientists. Gain a solid foundation in solving intricate mathematical problems using discrete equations, enhancing your ability to tackle real-world challenges effectively.
EdX
Dive into the world of statistical analysis with 'Basics of Statistical Inference and Modelling Using R'. This course will equip you with a strong foundation in understanding why certain statistical methods work, how to implement them using R, and when to apply them. It's an essential step for anyone looking to delve deeper into data science.
EdX
Sumérjase en el mundo de los métodos numéricos con nuestro curso 'Métodos Numéricos para Matemáticas con Octave'. Aprenda a resolver ecuaciones diferenciales ordinarias utilizando el poderoso software libre Octave. Este curso te brinda una comprensión profunda y práctica de la resolución numérica de problemas matemáticos complejos.