"Education is what remains after one has forgotten everything they learned in school" - A. Einstein

Academic Programs & Schools

Name# of CoursesAccreditationType
School of Mathematics7In processOnline Distant Learning
School of Physics7In processOnline Distant Learning
School of Optics4In processOnline Distant Learning
Schools of Electrical Engineering9In processOnline Distant Learning

School of Mathematics

CourseName# of ChaptersLevel
ASM-101Intro to Algebra121
ASM-102Pre-calculus131
ASM-201Calculus Level 1152
ASM-202Calculus Level 2152
ASM-203Linear Algebra152
ASM-301Multi-variable Calculus103
ASM-302Differential Equations103
ASM-303Probability103

School of Physics

CourseName# of ChaptersLevel
NSP-101Exploration of Space101
NSP-102Physics 1131
NSP-102Physics 2122
NSP-201Classical Mechanics152
NSP-202Electromagnetism122
NSP-203Waves122
NSP-301Quantum Mechanics 1123
NSP-302Quantum Mechanics 2123
NSP-401General Relativity104
NSP-402Laser Physics and Applications104

School of Optics

CourseName# of ChaptersLevel
VCO-101Geometric Optics131
VCO-201Photonics122
VCO-301Optical Communications123
VCO-302Quantum Communications123

School of Electrical Engineering

CourseName# of ChaptersLevel
VSEE-101Mathematical Methods in EE101
VSEE-102Digital Logic Design101
VSEE-102Signals and Systems101
VSEE-201Communication Systems132
VSEE-202Electric Circuits132
VSEE-203Control Systems132
VSEE-204Computer Architecture122
VSEE-204Digital Signal Processing122
VSEE-204Digital Communications122
VSEE-301Quantum Information123

Course Descriptions

Physics 1 (NSP-102)

No.ChapterWhat you'll learn
1International System of Units (S.I.)Why do we need SI units? measuring things, changing units, time, mass, prefix
2One-dimensional motionPosition, velocity (average and instantaneous), speed, acceleration, free-fall
3VectorsSignificance of vectors in physics. Scalars, components, unit vector, adding and multiplying vectors
4Two-dimensional motionPosition, velocity (average and instantaneous), acceleration, projectile, uniform circular motion, relative motion
5Three or n-dimensional motionPosition, velocity (average and instantaneous), acceleration, projectile, uniform circular motion, relative motion
6ForceNewton's 1st and 2nd law, friction, drag, terminal velocity, applications of force
7Work and Kinetic Energy (KE)Work done by forces, spring force, gravitational force
8Potential Energy (PE)Energy curves, work on a system due to forces, conservation of PE
9MomentumLinear momentum, collision, impulse, conservation of momentum, KE in momentum, elastic collisions, varying mass systems
10RotationRotational variables, constant angular acceleration, rotational KE, rotational inertia, torque
11Angular MomentumRolling, torque, Newton's 2nd law, Yo-Yo, conservation of momentum

Calculus 1 (ASM-201)

No.ChapterWhat you'll learn
1LimitsApporaching a limit, Intro to derivatives

Quantum Mechanics 1 (NSP-301)

No.ChapterWhat you'll learn
1Intro to the wave functionThe Schrodinger equation, normalization, momentum, uncertainty principle (UP)
2Time-independent Schrodinger equationStationary states, infinite square wall, harmonic oscillator, free particles, delta-function potential, bound and scattering states, delta-function well
3FormalismHilbert space (HS), Observables, Hermitian operator (HO), Eigenfunctions of HO, discrete and continuous spectra, minimum uncertainty wave packet, basis in HS
43-dimensional Quantum mechanics (QM)Spherical coordinates, the angular and radial equation,

Intro to Algebra (ASM-101)

No.ChapterWhat you'll learn
1Concepts of AlgebraFundamentals of Algebra for scientists and engineers
2Equations and InequalitiesPurpose and how to solve equations and inequalities
3Functions and GraphsIntro to functions, how to plot them, and graphs
4Polynomial and Rational FunctionsConstants, variables, and exponents
5Exponential and Logarithmic FunctionsFundamentals of exponential and log functions

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