Welcome to "Mechanics 101: A Beginner's Guide to Mechanical Engineering "! This course is designed to provide foundational knowledge in engineering mechanics for undergraduate students embarking on their journey in mechanical engineering.

This course is your gateway to the fascinating realm of mechanical engineering, designed specifically for beginners eager to explore the foundational principles that drive innovation and technology. Best of all, this course is completely FREE, making it accessible to anyone with a thirst for knowledge and a passion for engineering.

Course Content:

Introduction to Engineering Mechanics: Lay the groundwork for your mechanical engineering journey by exploring the core concepts and principles that underpin the field of engineering mechanics.
Understanding Forces and Moments: Delve into the world of forces, moments, and couples, and learn how to analyze and resolve them to solve engineering problems effectively.
Equilibrium of Rigid Bodies: Master the art of analyzing the equilibrium of rigid bodies using free body diagrams, support reactions, and the principles of Lami's theorem and the Triangle law.
Exploring Trusses and Frames: Gain insights into the structural elements crucial to mechanical engineering, such as trusses and frames, and understand their behavior under different loading conditions.
Energy Conservation and Momentum: Uncover the principles of energy conservation and momentum, and learn how to apply them to solve real-world engineering challenges using D'Alembert's principle and the law of restitution.

This course is tailored specifically for mechanical engineering beginners, with simplified explanations and real-world examples to aid comprehension. Whether you're just starting your journey in mechanical engineering or looking to solidify your understanding of the basics, this course is the perfect starting point.

Best of all, this course is completely free! I believe in making quality education accessible to everyone, so dive in and start mastering the fundamentals of engineering mechanics today.