| In Canada, where the title engineer is a restricted term and thus the universities have common requirements, all engineers are expected to take - Calculus 1-3 - Linear algebra 1-2 (though condensed into one course) - Statistics - Differential Equations (including partial differential equations). I preferred reading the textbooks over going to class, so I can speak mostly from experience. - Stewart Calculus - Linear Algebra - Gilbert Strang - Paul's online math notes for Differential Equations (PDF is formatted better than the website) - Discrete Mathematics - Epp These works are meant to be read in their entirety. Now by reading these, I mean read them, work through the examples youself, and do most of the practice questions at the end of the chapter. I'd also recommend supplementing with Khan academy, which is often better than many university lectures. It's no small amount of reading, is genuinely difficult, and without difficult exams at the end of semester you may not retain the info. Also, consider the list a foundation for Mathematics in engineering less than something that will improve your work immediately. That said, totally doable if you move slowly, take the time to understand the material, and be okay with working through using formulas that don't make sense at first. |