Lectures, code examples, and practice questions for teaching MATLAB for applications in undergraduate chemical engineering classes.
Lectures, code examples, and practice questions for teaching MATLAB for applications in undergraduate chemical engineering classes. This course assumes a functional understanding of coding and draws heavily on a analogy to Python, so any introductory programming class should be sufficient to set you up for this course. Students, as you complete the sample exercises or write MATLAB code relevant to the lessons, feel free to add to the repository via a pull request so that others can learn from your work!
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Included in this repository is an (approximately) 10-week curriculum intended to cover all the essentials of MATLAB, ranging from “what is the command window?” up to evaluating partial differential equations symbolically.
To contribute to this repository, please provide your materials in markdown format (for lectures) or as .m or .mlx files (for MATLAB code). PDF’s and PowerPoints are difficult to merge.
Markdown also enables the use of in-line syntax highlighting like this:
myarray = magic(5) for elt = myarray if(elt<20) disp(elt*2) end
Which is written like this:
```matlab myarray = magic(5) for elt = myarray if(elt<20) disp(elt*2) end ```
If you make changes to the Markdown files in the repository, GitHub will automatically recompile the PDfs. This can also be done manually, if need be. Assuming that python is installed, this can be done with the following command in terminal/command prompt:
If you believe a student has plagiarized code from this repository, we advise you use this tool to check for similarity.
Course taught with the support of the American Institute of Chemical Engineers at the University of Delaware.
Please use and share these teaching materials, but be sure to credit our team:
Lectures: Jackson Burns (personal site)
Practice Problems: Aaron Lam
Debugging Help: Miles Simpson, Jake Kalscheur, Josh Watson, Elizabeth Votta