MATLAB for Engineering Mechanics and Statics

Translating physical engineering concepts into computational models can be challenging when starting out. This text-based course guides you through using MATLAB to solve foundational engineering mechanics and structural analysis problems. You will transition from manual calculations to writing clean, efficient MATLAB scripts that analyze forces, moments, and structural behaviors. By working through practical engineering scenarios, you will build the confidence to set up, solve, and document your computational mechanics workflows. What you'll learn: - Understand core MATLAB syntax, variables, and matrix operations tailored for engineering data - Model static equilibrium, force vectors, and moments in 2D and 3D space - Solve systems of linear equations representing truss structures and support reactions - Create clear engineering plots and data visualizations to analyze stress and strain - Use modern Live Scripts to combine formatted text, equations, and executable code - Apply vectorized operations to solve repetitive mechanical calculations efficiently The course begins with foundational MATLAB commands and programming structures before moving into practical mechanics applications. You will progress from simple vector mathematics to solving complex structural systems using clean, modern coding practices. This course is designed for engineering students and beginners new to programming with MATLAB. No prior coding experience is required, though a basic understanding of introductory physics or statics is helpful. Start writing your first engineering scripts and simplify your mechanics calculations today.