Uploaded December 2020 | Updated September 2026, 2 weeks ago
This is an introduction to linear algebra. We start with Euclidean vector spaces. This is a bit different from other courses that might start with linear systems.
In the video, I motivate for the use of a computer language to help you understand the work and to check your results. A coding environment keeps your note tidy, helps you understand the topic, and is an essential skill to have when using mathematics anyway.
I use the Julia language for scientific computing in this video, with coding done in a Pluto notebook. The video starts with points and vectors, looks at vector arithmetic, including dot and cross products, and ends with the spanning of space by vectors.
The Julia file is available at github.com/juanklopper/Julia-for-scientifc-computing
This is an introduction to linear algebra. We start with Euclidean vector spaces. This is a bit different from other courses that might start with linear systems.
In the video, I motivate for the use of a computer language to help you understand the work and to check your results. A coding environment keeps your note tidy, helps you understand the topic, and is an essential skill to have when using mathematics anyway.
I use the Julia language for scientific computing in this video, with coding done in a Pluto notebook. The video starts with points and vectors, looks at vector arithmetic, including dot and cross products, and ends with the spanning of space by vectors.
The Julia file is available at github.com/juanklopper/Julia-for-scientifc-computing










