STEM
Mechanical Engineering
This introductory Mechanical Engineering course offers the student an opportunity to learn the basic components of the field of mechanical engineering. Topics covered include: Forces and Vectors, Mathematics used in Engineering, Mechanical Elements, Loads, Volumes, and Masses, Inertia and Axes, Beams, and Cables
About the course
Course Overview
This introductory Mechanical Engineering course offers the student an opportunity to learn the basic components of the field of mechanical engineering. Topics covered include: Forces and Vectors, Mathematics used in Engineering, Mechanical Elements, Loads, Volumes, and Masses, Inertia and Axes, Beams, and Cables. This course also includes career exploration in the Mechanical Engineering field.
Textbook: STEM - Mechanical Engineering © Excel Education Systems, Inc. - 2020
By the end of the course
Learning Objectives
- Describe the difference between Science and Engineering.
- Explain the difference between two- and three-dimensional forces.
- Describe the crucial role mathematics plays in mechanical engineering.
- List and explain the basic mechanical elements engineers use.
- Describe the Pappus-Guldinus Theorems.
- Explain the important differences between the various types of loads.
- Identify potential careers in the field of Mechanical Engineering
Course contents
What You'll Study
Chapter 1: An Introduction to Forces and Vectors
Chapter 2: Forces and Vectors in Depth
Chapter 3: Mathematics Used in Engineering
Chapter 4: Basic Mechanical Elements
Chapter 5: Loads, Volumes, and Mass
Chapter 6: Inertia and Axes
Chapter 7: Forces Affecting Beams
Chapter 8: Forces Affecting Cables
Chapter 9: Mechanical Engineering Applications
Earn your 0.5 credit in Mechanical Engineering
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