Preparing for Junior Year, Graduate School, and Professional STEM Problem Solving

This STEM college preparation and problem-solving lesson is a sample from The Ultimate Crash Course for STEM Majors. The series is designed to help students strengthen mathematical problem-solving skills, prepare for advanced undergraduate and graduate-level coursework, and develop a more professional approach to studying mathematics, physics, engineering, and related STEM subjects. Explore the complete collection at The Ultimate Crash Course for STEM Majors .

The Ultimate Crash Course for STEM Majors college preparation problem solving mathematics physics and engineering

To the Student:

The goal of this book is to provide you with all the information needed to be prepared for Junior year (or graduate school) as well as to give you a guide to follow while you are going through the second half of your degree and or graduate school.

Developing Professional Problem-Solving Skills

The solutions chosen are similar to being given a toolbox with instructions on how to use the tools. Things that you cannot figure out on your own. I then introduce you to problem-solving techniques and how to approach problem-solving like a professional, so that you may benefit from my 20+ years of experience condensed for your benefit—in relation to exponential skill building.

Using Your Textbook, Lectures, and Professor’s Guidance

If you continue to rely on Khan Academy, Chegg, private tutors, …, ChatGPT—anything other than your textbook, Microsoft Word, lectures, and your professor’s guidance —you will never graduate. If, by chance, you do, no one will ever hire you. True story! 50% fail, and 14% get jobs. The ones getting jobs are not on YouTube.

Build Your STEM Problem-Solving Skills

This lesson on STEM college preparation, junior-year preparation, graduate school, professional problem solving, textbook-based learning, and mathematical skill building is a sample from The Ultimate Crash Course for STEM Majors. Explore additional lessons covering mathematics, physics, engineering, college study strategies, problem-solving methods, and preparation for advanced STEM coursework.