Module · Foundations
Mathematics for Engineers
Units, vectors, algebra, calculus, differential equations, probability, statistics, numerical methods and modelling.
20
Lessons
2 h
Reading
Foundations
Domain
Lessons
- 015 min
Algebra for Engineers
Here’s the next cornerstone article in Module 2. Algebra for Engineers The mathematical language engineers use to model, analyze, and solve real-world problems.
- 025 min
Analytic Geometry
Here’s the next cornerstone article in Module 2. Analytic Geometry How algebra and geometry combine to describe the physical world.
- 035 min
Complex Numbers for Engineers
Extending mathematics beyond the real number line to model waves, electricity, control systems, and modern engineering.
- 045 min
Coordinate Systems
How engineers describe position, motion, orientation, and geometry in the physical world.
- 055 min
Differential Calculus
Understanding change, motion, and optimization—the mathematical engine of engineering.
- 066 min
Differential Equations
The mathematical language of dynamic systems and the foundation of modern engineering simulation.
- 075 min
Engineering Notation and Scientific Notation
How engineers represent extremely large and extremely small numbers with clarity, precision, and efficiency.
- 085 min
Geometry for Engineers
The mathematics of shape, space, and structure.
- 096 min
Integral Calculus
Understanding accumulation, area, volume, and the mathematics of totals.
- 105 min
Limits and Continuity
The mathematical foundation of calculus and the study of continuous change.
- 116 min
Linear Algebra
The mathematics of vectors, matrices, transformations, and modern computational engineering.
- 126 min
Mathematical Modelling
The art and science of representing the real world with mathematics.
- 135 min
Numerical Methods
How engineers use computers to solve mathematical problems that have no exact solution.
- 145 min
Optimization
How engineers design better, lighter, faster, safer, and more efficient systems.
- 156 min
Probability
Understanding uncertainty, risk, and decision-making in engineering.
- 165 min
SI Units and Measurement
The universal language of engineering, science, and technology.
- 175 min
Scalars and Vectors
Understanding the two fundamental types of physical quantities in engineering and physics.
- 185 min
Statistics for Engineers
Turning data into knowledge for better engineering decisions.
- 195 min
Trigonometry for Engineers
Here’s the next cornerstone article in Module 2. Trigonometry for Engineers The mathematics of angles, triangles, rotation, and periodic motion.
- 206 min
What Is Mathematics?
Understanding the universal language of science, engineering, and human…