The Mechanical Engineering: Technical Drawing,^[3a] Descriptive Geometry,^[3b] Statics,^[3c] Dynamics,^[3d] Thermodynamics,^[3e] Strength of Materials,^[3f] Fluid Dynamics,^[3g] Manufacturing Engineering,^[3h] Kinematics,^[3i] Dynamic Systems,^[3j] Machine Design,^[3k] Technical Drawing,^[3l] Engineering Economics,^[3m][3] Pure and Applied Mathematics: Calculus I,^[4a] Calculus II,^[4b] Linear Algebra,^[4c] Calculus III,^[4d] Differential Equations,^[4e] Discrete Mathematics,^[4f] Linear Programming,^[4g] Numerical Analysis,^[4h] Probability and Statistics for Engineers,^[4i] Vector Analysis: Tensor Calculus,^[4j][4] Engineering Physics: Mechanics,^[5a] Wave Mechanics,^[5b] Thermodynamics,^[5c] Electricity and Magnetism,^[5d] Light and Optics,^[5e] Modern Physics,^[5f][5] and Material Science: ^[6] sections will be of interest to a select few who studied for their undergraduate degree and/or need to refresh themselves before they take the Mechanical Engineer's emphasis of the Engineer's in Training (EIT) Examination.

Extended materials for Electrical Engineering^[7] that include a focus on Analog Electrical Circuits,^[7a] Advanced Electric Circuits,^[7b] Engineering electromagnetics,,^[7c] Electronic Devices and Circuit Theory,^[7d] Fundamentals of Digital Design,^[7e] and Robotics and Mechatronics^[7f] are included. Optional materials that will be of interest to a Mechanical Engineer are under the Computer Science^[8] section that includes: Boolean Algebra,^[8a] Xcode basics,^[8b] LLVM Compiler basics,^[8c] Blender Basics,^[8d] Finite Automata,^[8e] OpenCL,^[8f] and OpenGL.^[8g]