MATLAB Fundamentals for Engineering Mechanics

Engineering mechanics requires a solid grasp of both physical principles and the computational tools used to solve complex structural equations. This text-based course guides you through the foundational concepts of MATLAB and demonstrates how to apply them directly to core engineering problems. You will start by understanding how to translate physical forces, moments, and equilibrium equations into clean, executable code. By working through structured written explanations and step-by-step mathematical breakdowns, you will build the confidence to model physical systems and analyze engineering data programmatically. The course focuses on practical application, ensuring you can write your own scripts to automate repetitive calculations and visualize vector forces. What you'll learn: - Understand foundational MATLAB syntax, matrix operations, and vector calculations - Translate engineering mechanics equations, including static equilibrium and force vectors, into computational scripts - Implement modern programming practices such as script modularization and clear code formatting - Solve systems of linear equations representing structural trusses and support reactions - Create precise 2D plots to analyze shear force and bending moment distributions - Debug mathematical errors and optimize script performance for engineering workflows We begin with essential terminology and the basic MATLAB interface before moving into matrix manipulation, force vector analysis, and practical engineering scenarios. Each section is designed to build on the last, reinforcing theoretical mechanics with clear, computational logic. This course is designed specifically for beginners in engineering, civil or environmental studies, and anyone looking to bridge the gap between physical mechanics and computational analysis. No prior programming experience is required.