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C++ Programming

​variables | decision structures | loops | functions | arrays | vectors

​Calculus 1

functions | limits | derivatives | applications of differentiation | optimization | integrals

​Calculus 2

integration by table | integration by substitution | integration by parts | integration by trig substitution | partial fraction decomposition | improper integrals | numerical integration | double integration | triple integration | partial derivatives

​Chemistry

stoichiometry | ideal gas law | half-life | equilibrium | acid base buffers | acid base titrations

Circuits​

definitions | circuit laws | current & voltage sources | series & parallel resistors | nodal analysis | mesh analysis

​Differential Equations

first order | second order

​Dynamics

linear motion | projectile motion | circular motion | kinetics | work & energy | impulse & momentum | rigid body rotation

​Linear Algebra

vectors | systems of linear equations | matrices | eigenvalues | orthogonality | complex numbers

​Mechanics of Materials

stress | strain | torsion | pure bending | composite materials | beam deflection | energy methods | columns

​​Project Management

Gantt charts | PDM & CPM network diagrams | float & slack| lead & lag | WBS | resource constraining | project crashing | baseline S-curves | earned value analysis | PERT

Statics

vectors | 2D static equilibrium | moments | friction | 3D static equilibrium | trusses | frames & machines | centroids & distributed loads | shear force & bending moment diagrams

Structural Analysis

shear force & bending moment diagram review | double integration method | method of superposition | moment area method | force method | slope deflection method | three moment equation

How to Study


The courses follow typical curriculum from engineering programs. In general, the courses fall into the following years of university studies:

1st: Calculus 1, Linear Algebra, Statics, C++, Chemistry, Circuits
2nd: Dynamics, Calculus 2, Mechanics of Materials
3rd: Differential equations, Project management
4th: Structural analysis

For learning Math, the order you should follow is: Calculus 1 & Linear Algebra, then Calculus 2, then Differential Equations.

For learning Structures, the order you should follow is: Statics & Calculus 1 & Linear Algebra, then Mechanics of Materials & Calculus 2, then Structural Analysis & Differential Equations, or at least just study the math as needed.

Additionally, Dynamics should come after Statics, with Calculus 1 & 2 as needed.

The rest (C++, Chemistry, Circuits, and Project Management) can be be studied as standalone topics.

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  • Calculus 1
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  • Chemistry
  • Circuits
  • Differential Equations
  • Dynamics
  • Linear Algebra
  • Mechanics of Materials
  • Project Management
  • Statics
  • Structural Analysis
  • Home
  • C++ Programming
  • Calculus 1
  • Calculus 2
  • Chemistry
  • Circuits
  • Differential Equations
  • Dynamics
  • Linear Algebra
  • Mechanics of Materials
  • Project Management
  • Statics
  • Structural Analysis