Technical Math for Trades

This course is designed for beginners entering or working in skilled trades, particularly those in automotive and manufacturing settings. It's ideal for technicians who need to strengthen their practical math skills to solve real-world problems on the shop floor.

You will learn essential mathematical concepts for skilled trades, including metric and US customary unit systems and how to perform unit conversions. The course also covers principles of Hooke's Law, spring rate calculations, and applying force calculations to mechanical and automotive systems.

The course is structured to be self-paced, allowing learners to progress through the material at their own speed. It includes video support, applied exercises, and worked examples to facilitate flexible learning.

This course helps prepare individuals for roles in automotive, manufacturing, and other skilled trades that require strong quantitative reasoning. It specifically addresses the practical math needed by technicians to solve problems involving springs, forces, pressure, geometry, and measurement systems.

This course is designed for beginners, so there are no formal prerequisites. It focuses on building foundational and practical math skills essential for those new to or looking to reinforce their knowledge in skilled trades applications.

Yes, a significant portion of the course is dedicated to unit conversions. You will learn to identify and convert between metric and US customary unit systems, which are crucial for various technical applications in skilled trades. The course includes presentations and exercises specifically on this topic.