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SCHOOL 01 · TECHNOLOGY & ENGINEERING

School of Science, Mathematics & Simulation

Understand the World. Model It. Test It.

Build the mathematical, scientific and computational foundations required to understand complex systems and transform ideas into measurable models and simulations.

Why mathematics and science matter

A disciplined way to turn questions into evidence.

The School provides the scientific and mathematical foundations required to understand complex systems, construct models, analyze data, perform computational experiments and develop technologies grounded in measurable evidence.

What problem are we solving?Which assumptions shape the model?What does the result physically mean?How can we test it?Where can simulation fail?

ACADEMIC STRUCTURE

15 shared learning areas

  1. 01Mathematical Foundations
  2. 02Algebra & Functions
  3. 03Geometry & Trigonometry
  4. 04Calculus
  5. 05Linear Algebra
  6. 06Differential Equations & Dynamical Systems
  7. 07Probability & Statistics
  8. 08Discrete Mathematics
  9. 09Numerical & Computational Mathematics
  10. 10Optimization
  11. 11Physics & Physical Modeling
  12. 12Scientific Computing
  13. 13Modeling & Simulation
  14. 14Applied Mathematics for Engineering & Autonomous Systems
  15. 15Quantitative Methods for Financial Markets

LEARNING PATHWAYS

Recommended learning pathways

9 COURSES

Robotics Mathematics

  1. 0.2Foundations of Algebra
  2. 1.2Geometry & Trigonometry
  3. 2.1Calculus I: Differential Calculus
  4. 2.4Linear Algebra
  5. 4.1Ordinary Differential Equations
  6. 3.1Probability
  7. 6.1Numerical Methods
  8. 9.1Mathematical Modeling
  9. 10.1Mathematics for Robotics
Explore this pathway ↓
8 COURSES

AI Mathematics

  1. 1.1Functions & Mathematical Modeling
  2. 2.1Calculus I: Differential Calculus
  3. 2.3Multivariable Calculus
  4. 2.4Linear Algebra
  5. 3.1Probability
  6. 3.2Statistics
  7. 8.1Mathematical Optimization
  8. 10.3Mathematics for Artificial Intelligence
Explore this pathway ↓
7 COURSES

Control Mathematics

  1. 1.1Functions & Mathematical Modeling
  2. 2.1Calculus I: Differential Calculus
  3. 2.4Linear Algebra
  4. 4.1Ordinary Differential Equations
  5. 4.2Dynamical Systems
  6. 6.1Numerical Methods
  7. 10.2Mathematics for Control Systems
Explore this pathway ↓
11 COURSES

Simulation Specialist

  1. 2.1Calculus I: Differential Calculus
  2. 2.2Calculus II: Integral Calculus
  3. 2.4Linear Algebra
  4. 3.1Probability
  5. 3.2Statistics
  6. 4.1Ordinary Differential Equations
  7. 6.1Numerical Methods
  8. 7.1Python for Scientific Computing
  9. 9.1Mathematical Modeling
  10. 9.2Simulation Fundamentals
  11. 9.3Advanced Simulation
Explore this pathway ↓
10 COURSES

Quantitative Markets

  1. 1.1Functions & Mathematical Modeling
  2. 2.1Calculus I: Differential Calculus
  3. 2.4Linear Algebra
  4. 3.1Probability
  5. 3.2Statistics
  6. 3.3Applied Statistics & Data Modeling
  7. 8.1Mathematical Optimization
  8. 11.1Mathematics of Financial Markets
  9. 11.2Statistics for Financial Markets
  10. 11.3Financial Simulation
Explore this pathway ↓

Complete Curriculum

Thirteen progressive levels. One connected foundation.

36 courses shown
MF
LEVEL 0 · Mathematical Readiness

Mathematical Foundations

Mathematical Foundations

1 classes

  1. Modules 0–14: bilingual draft for administrator review

1 labs

  • 16 mathematical laboratory tools

Prerequisites

None; diagnostic is advisory

Where this knowledge goes next

Algebra & Functions

Open course
0.1
LEVEL 0 · Mathematical Readiness

Arithmetic & Numerical Reasoning

Mathematical Foundations

7 classes

  1. Numbers and number systems
  2. Arithmetic operations
  3. Fractions, decimals and percentages
  4. Ratios and proportions
  5. Scientific notation and orders of magnitude
  6. Units and conversions
  7. Estimation, significant figures and numerical reasoning

4 labs

  • Measurement & Units
  • Estimation
  • Scientific Calculator
  • Error in Measurement

Prerequisites

None

Open course
0.2
LEVEL 0 · Mathematical Readiness

Foundations of Algebra

Algebra & Functions

6 classes

  1. Variables and expressions
  2. Equations and inequalities
  3. Exponents and roots
  4. Polynomials and factoring
  5. Rational expressions
  6. Systems of equations

3 labs

  • Equation Solver
  • Graphing
  • Algebra with Python

Prerequisites

Course 0.1 or readiness check

Open course
1.1
LEVEL 1 · Core Mathematics

Functions & Mathematical Modeling

Algebra & Functions

8 classes

  1. Functions, domain and range
  2. Linear and polynomial functions
  3. Rational functions
  4. Exponential and logarithmic functions
  5. Piecewise and inverse functions
  6. Function composition
  7. Graph interpretation
  8. Building mathematical models

3 labs

  • Function Visualization
  • Population Growth Modeling
  • Sensor Calibration

Prerequisites

Course 0.2

Where this knowledge goes next

Computing · Robotics · AI

Open course
1.2
LEVEL 1 · Core Mathematics

Geometry & Trigonometry

Geometry & Trigonometry

8 classes

  1. Euclidean and coordinate geometry
  2. Distance, angles and triangles
  3. Circles
  4. Vectors
  5. Sine, cosine and tangent
  6. Trigonometric identities
  7. Radians and polar coordinates
  8. Forces and motion applications

4 labs

  • Triangle Measurement
  • Robot Geometry
  • Vector Navigation
  • 2D Positioning Simulation

Prerequisites

Course 0.2

Where this knowledge goes next

Mechanical Design · Robotics

Open course
1.3
LEVEL 1 · Core Mathematics

Mathematical Proof & Scientific Reasoning

Mathematical Foundations

7 classes

  1. Logic and statements
  2. Implication and quantifiers
  3. Sets and relations
  4. Direct and indirect proof
  5. Counterexamples
  6. Mathematical induction
  7. Scientific reasoning

0 labs

Reasoning seminar; no laboratory required.

Prerequisites

Course 0.2

Where this knowledge goes next

Computing · Research

Open course
2.1
LEVEL 2 · Calculus & Linear Algebra

Calculus I: Differential Calculus

Calculus

9 classes

  1. Limits
  2. Continuity
  3. Derivatives
  4. Differentiation rules
  5. Chain rule
  6. Implicit differentiation
  7. Rates of change
  8. Optimization
  9. Curve analysis

4 labs

  • Numerical Derivative
  • Velocity from Position Data
  • Optimization Experiment
  • Derivative Visualization

Prerequisites

Courses 1.1 and 1.2

Where this knowledge goes next

Physics · AI · Control

Open course
2.2
LEVEL 2 · Calculus & Linear Algebra

Calculus II: Integral Calculus

Calculus

9 classes

  1. Antiderivatives
  2. Definite integrals
  3. Fundamental theorem of calculus
  4. Integration techniques
  5. Areas and volumes
  6. Work
  7. Numerical integration
  8. Improper integrals
  9. Sequences and series

3 labs

  • Numerical Integration
  • Energy Calculation
  • Area Under Sensor Data

Prerequisites

Course 2.1

Where this knowledge goes next

Physics · Engineering

Open course
2.3
LEVEL 2 · Calculus & Linear Algebra

Multivariable Calculus

Calculus

7 classes

  1. Functions of several variables
  2. Partial and directional derivatives
  3. Gradient
  4. Multiple integrals
  5. Vector fields
  6. Line and surface integrals
  7. Divergence and curl

3 labs

  • 3D Function Visualization
  • Gradient Descent Visualization
  • Vector Field Simulation

Prerequisites

Course 2.2 and Course 2.4 recommended

Where this knowledge goes next

Robotics · Optimization · Machine Learning

Open course
2.4
LEVEL 2 · Calculus & Linear Algebra

Linear Algebra

Linear Algebra

9 classes

  1. Vectors and matrices
  2. Matrix operations
  3. Systems and Gaussian elimination
  4. Determinants
  5. Vector spaces, basis and dimension
  6. Linear transformations
  7. Eigenvalues and eigenvectors
  8. Orthogonality and least squares
  9. Matrix decompositions

4 labs

  • Matrix Calculator
  • Linear Transformation Visualizer
  • Robot Coordinate Transformation
  • Least-Squares Data Fitting

Prerequisites

Course 1.1

Where this knowledge goes next

Robotics · AI · Control · Simulation

Open course
3.1
LEVEL 3 · Probability, Statistics & Data

Probability

Probability & Statistics

9 classes

  1. Random experiments and sample spaces
  2. Events and conditional probability
  3. Bayes’ theorem
  4. Random variables
  5. Probability distributions
  6. Expectation and variance
  7. Covariance
  8. Law of large numbers
  9. Central limit theorem

4 labs

  • Coin & Dice Simulation
  • Monte Carlo Probability
  • Bayesian Reasoning
  • Sensor Noise Simulation

Prerequisites

Course 1.1

Where this knowledge goes next

AI · Robotics · Financial Markets

Open course
3.2
LEVEL 3 · Probability, Statistics & Data

Statistics

Probability & Statistics

9 classes

  1. Descriptive statistics
  2. Sampling
  3. Estimation
  4. Confidence intervals
  5. Hypothesis testing
  6. Correlation
  7. Regression
  8. Experimental design
  9. Statistical uncertainty

4 labs

  • Data Exploration
  • Regression
  • Experimental Data Analysis
  • Uncertainty Analysis

Prerequisites

Course 3.1

Where this knowledge goes next

Research · AI · Financial Markets

Open course
3.3
LEVEL 3 · Probability, Statistics & Data

Applied Statistics & Data Modeling

Probability & Statistics

8 classes

  1. Multiple regression
  2. Model selection
  3. Residual analysis
  4. Time-series foundations
  5. Statistical modeling
  6. Bootstrap methods
  7. Monte Carlo methods
  8. Model validation

3 labs

  • Model Selection Study
  • Bootstrap Uncertainty
  • Time-Series Exploration

Prerequisites

Course 3.2

Where this knowledge goes next

AI · Financial Markets

Open course
4.1
LEVEL 4 · Differential Equations & Dynamical Systems

Ordinary Differential Equations

Differential Equations & Dynamical Systems

6 classes

  1. First-order ODEs
  2. Linear and separable equations
  3. Second-order equations
  4. Systems of ODEs
  5. Initial-value problems
  6. Numerical solutions

4 labs

  • ODE Solver
  • Mass-Spring-Damper Simulation
  • Population Dynamics
  • Battery Discharge Model

Prerequisites

Courses 2.1 and 2.4

Where this knowledge goes next

Control · Mechanical Systems · Robotics

Open course
4.2
LEVEL 4 · Differential Equations & Dynamical Systems

Dynamical Systems

Differential Equations & Dynamical Systems

7 classes

  1. State variables and phase space
  2. Equilibrium and stability
  3. Linearization
  4. Nonlinear systems
  5. Oscillations
  6. Bifurcations
  7. Introduction to chaos

4 labs

  • Pendulum Simulation
  • Phase Portrait
  • Predator-Prey Simulation
  • Chaotic System Experiment

Prerequisites

Course 4.1

Where this knowledge goes next

Control · Robotics

Open course
4.3
LEVEL 4 · Differential Equations & Dynamical Systems

Introduction to Partial Differential Equations

Differential Equations & Dynamical Systems

6 classes

  1. Heat equation
  2. Wave equation
  3. Laplace equation
  4. Boundary conditions
  5. Initial conditions
  6. Numerical approximation

2 labs

  • Heat Diffusion Simulation
  • Wave Propagation Simulation

Prerequisites

Courses 2.2 and 4.1

Where this knowledge goes next

Physics · Energy Engineering

Open course
5.1
LEVEL 5 · Physics & Physical Modeling

Classical Mechanics

Physics & Physical Modeling

7 classes

  1. Position, velocity and acceleration
  2. Newton’s laws
  3. Forces
  4. Momentum
  5. Energy and work
  6. Rotational motion
  7. Torque and angular momentum

5 labs

  • Projectile Motion
  • Friction Experiment
  • Pendulum
  • Rotational Dynamics
  • Robot Motion Model

Prerequisites

Courses 1.2 and 2.1

Where this knowledge goes next

Mechanical Design · Robotics

Open course
5.2
LEVEL 5 · Physics & Physical Modeling

Electricity & Magnetism Foundations

Physics & Physical Modeling

7 classes

  1. Charge and electric fields
  2. Voltage and current
  3. Resistance
  4. Capacitance
  5. Magnetic fields
  6. Electromagnetic induction
  7. Electrical energy

3 labs

  • Ohm’s Law
  • RC Circuit Simulation
  • Electromagnetic Induction Demonstration

Prerequisites

Course 2.1

Where this knowledge goes next

Electrical, Electronics & Energy Engineering

Open course
5.3
LEVEL 5 · Physics & Physical Modeling

Waves, Signals & Oscillations

Physics & Physical Modeling

7 classes

  1. Harmonic motion
  2. Waves
  3. Frequency and phase
  4. Resonance
  5. Fourier concepts
  6. Sampling introduction
  7. Noise

4 labs

  • Wave Generator
  • Frequency Analysis
  • Resonance Simulation
  • Signal Sampling Experiment

Prerequisites

Courses 1.2 and 2.1

Where this knowledge goes next

Electronics · Control · AI

Open course
5.4
LEVEL 5 · Physics & Physical Modeling

Thermodynamics Foundations

Physics & Physical Modeling

6 classes

  1. Temperature and heat
  2. Energy and work
  3. First law
  4. Second law
  5. Entropy
  6. Heat-transfer foundations

2 labs

  • Thermal Cooling Experiment
  • Heat Transfer Simulation

Prerequisites

Course 2.2

Where this knowledge goes next

Mechanical Design · Energy Engineering

Open course
6.1
LEVEL 6 · Numerical Methods

Numerical Methods

Numerical & Computational Mathematics

9 classes

  1. Floating-point computation
  2. Numerical error
  3. Root finding
  4. Interpolation
  5. Numerical differentiation
  6. Numerical integration
  7. Linear-system solutions
  8. Numerical ODE solutions
  9. Stability, conditioning and convergence

5 labs

  • Floating Point Error
  • Newton–Raphson Solver
  • Interpolation
  • Numerical Integration Comparison
  • ODE Numerical Solver

Prerequisites

Courses 2.2 and 2.4

Where this knowledge goes next

Simulation · Control · AI

Open course
6.2
LEVEL 6 · Numerical Methods

Numerical Linear Algebra

Numerical & Computational Mathematics

5 classes

  1. Matrix conditioning
  2. Iterative solvers
  3. Sparse matrices
  4. Eigenvalue algorithms
  5. Numerical stability

2 labs

  • Condition Number Explorer
  • Sparse Solver Comparison

Prerequisites

Courses 2.4 and 6.1

Where this knowledge goes next

Simulation · Control · AI · Robotics

Open course
7.1
LEVEL 7 · Scientific Computing

Python for Scientific Computing

Scientific Computing

7 classes

  1. Scientific Python fundamentals
  2. NumPy arrays
  3. Vectorized computation
  4. Matplotlib visualization
  5. SciPy
  6. Numerical experiments
  7. Reproducible computation

4 labs

  • Scientific Notebook
  • Data Visualization
  • Numerical Experiment
  • Simulation with Python

Prerequisites

Course 0.2; basic programming helpful

Where this knowledge goes next

Computing & Software Engineering

Open course
7.2
LEVEL 7 · Scientific Computing

Computational Experimentation

Scientific Computing

7 classes

  1. Reproducibility
  2. Parameter sweeps
  3. Numerical experiments
  4. Data collection
  5. Validation
  6. Visualization
  7. Performance considerations

2 labs

  • Reproducible Parameter Sweep
  • Model Validation Notebook

Prerequisites

Courses 6.1 and 7.1

Where this knowledge goes next

Research · Simulation

Open course
8.1
LEVEL 8 · Optimization

Mathematical Optimization

Optimization

8 classes

  1. Objective functions and constraints
  2. Convexity
  3. Unconstrained optimization
  4. Constrained optimization
  5. Lagrange multipliers
  6. Gradient methods
  7. Linear programming
  8. Nonlinear optimization

3 labs

  • Optimization Visualizer
  • Resource Allocation
  • Trajectory Optimization Introduction

Prerequisites

Courses 2.1, 2.3 and 2.4

Where this knowledge goes next

AI · Robotics · Control · Financial Markets

Open course
8.2
LEVEL 8 · Optimization

Computational Optimization

Optimization

5 classes

  1. Gradient descent
  2. Numerical optimization
  3. Search methods
  4. Optimization algorithms
  5. Multi-objective optimization

2 labs

  • Gradient Descent Race
  • Multi-Objective Trade-off

Prerequisites

Courses 6.1 and 8.1

Where this knowledge goes next

AI · Robotics · Engineering Design

Open course
9.1
LEVEL 9 · Modeling & Simulation

Mathematical Modeling

Modeling & Simulation

8 classes

  1. Real system and research question
  2. Abstraction and assumptions
  3. Variables and parameters
  4. Equations and model construction
  5. Parameter estimation and calibration
  6. Sensitivity
  7. Validation
  8. Model limitations and revision

2 labs

  • From Measurement to Model
  • Sensitivity Study

Prerequisites

Levels 2–4 core

Where this knowledge goes next

All Engineering Schools

Open course
9.2
LEVEL 9 · Modeling & Simulation

Simulation Fundamentals

Modeling & Simulation

6 classes

  1. Continuous and discrete simulation
  2. Time-step simulation
  3. Event-based simulation
  4. Monte Carlo simulation
  5. Deterministic and stochastic models
  6. Verification and validation

4 labs

  • Monte Carlo Simulator
  • Dynamic System Simulator
  • Queue Simulation
  • Random Process Simulation

Prerequisites

Courses 3.1, 4.1, 6.1 and 9.1

Where this knowledge goes next

Robotics · Control · Financial Markets

Open course
9.3
LEVEL 9 · Modeling & Simulation

Advanced Simulation

Modeling & Simulation

6 classes

  1. Multi-domain simulation
  2. Parameter estimation
  3. Sensitivity analysis
  4. Uncertainty propagation
  5. Model comparison
  6. Simulation optimization

3 labs

  • Uncertainty Propagation
  • Model Comparison
  • Simulation Optimization

Prerequisites

Course 9.2

Where this knowledge goes next

Autonomous Technology Workshop

Open course
10.1
LEVEL 10 · Applied Mathematics for Autonomous Technology

Mathematics for Robotics

Applied Mathematics for Engineering & Autonomous Systems

7 classes

  1. Coordinate systems
  2. Vectors and matrices
  3. Rotation matrices
  4. Homogeneous transformations
  5. Robot geometry
  6. Jacobian foundations
  7. Optimization and probability foundations

3 labs

  • 2D Robot Transformations
  • 3D Coordinate Frames
  • Manipulator Geometry

Prerequisites

Courses 1.2, 2.4, 3.1 and 8.1

Where this knowledge goes next

Robotics & Autonomous Systems

Open course
10.2
LEVEL 10 · Applied Mathematics for Autonomous Technology

Mathematics for Control Systems

Applied Mathematics for Engineering & Autonomous Systems

7 classes

  1. Differential equations
  2. Linear algebra
  3. State variables
  4. Laplace transform
  5. Transfer functions
  6. Stability mathematics
  7. Frequency-domain foundations

2 labs

  • State-Space Explorer
  • Transfer Function Response

Prerequisites

Courses 2.4 and 4.1

Where this knowledge goes next

Automation & Control

Open course
10.3
LEVEL 10 · Applied Mathematics for Autonomous Technology

Mathematics for Artificial Intelligence

Applied Mathematics for Engineering & Autonomous Systems

5 classes

  1. Linear algebra
  2. Probability and statistics
  3. Optimization
  4. Calculus
  5. Information-theory foundations

2 labs

  • Loss Surface Explorer
  • Probability Calibration

Prerequisites

Courses 2.3, 2.4, 3.2 and 8.1

Where this knowledge goes next

Artificial Intelligence & Perception

Open course
10.4
LEVEL 10 · Applied Mathematics for Autonomous Technology

Mathematics for Signals & Sensors

Applied Mathematics for Engineering & Autonomous Systems

7 classes

  1. Signals
  2. Sampling
  3. Noise
  4. Filtering foundations
  5. Fourier analysis
  6. Probability
  7. Sensor uncertainty

2 labs

  • Sampling & Aliasing
  • Sensor Noise Filter

Prerequisites

Courses 3.1 and 5.3

Where this knowledge goes next

Electronics · Robotics · AI

Open course
11.1
LEVEL 11 · Quantitative Financial Mathematics

Mathematics of Financial Markets

Quantitative Methods for Financial Markets

7 classes

  1. Percentages and returns
  2. Compounding
  3. Logarithmic returns
  4. Expected value
  5. Variance and covariance
  6. Correlation
  7. Risk-measurement foundations

2 labs

  • Return & Compounding Explorer
  • Portfolio Covariance

Prerequisites

Courses 1.1 and 3.1

Where this knowledge goes next

Stock Trading & Financial Markets

Open course
11.2
LEVEL 11 · Quantitative Financial Mathematics

Statistics for Financial Markets

Quantitative Methods for Financial Markets

7 classes

  1. Financial data
  2. Distributions and sampling
  3. Regression
  4. Volatility
  5. Correlation
  6. Time-series foundations
  7. Statistical uncertainty

2 labs

  • Volatility Estimation
  • Rolling Correlation

Prerequisites

Courses 3.2 and 3.3

Where this knowledge goes next

Stock Trading & Financial Markets

Open course
11.3
LEVEL 11 · Quantitative Financial Mathematics

Financial Simulation

Quantitative Methods for Financial Markets

6 classes

  1. Random-process foundations
  2. Monte Carlo methods
  3. Scenario simulation
  4. Risk simulation
  5. Backtesting concepts
  6. Limits, bias and uncertainty

3 labs

  • Educational Monte Carlo
  • Scenario Risk
  • Backtest Limitations

Prerequisites

Courses 3.3, 8.1 and 11.1

Where this knowledge goes next

Stock Trading & Financial Markets

Open course
LEVEL 12 · ADVANCED ELECTIVES

Choose a specialization—students do not need every elective.

Advanced Linear AlgebraReal AnalysisComplex VariablesFourier AnalysisAdvanced Differential EquationsStochastic ProcessesBayesian StatisticsAdvanced OptimizationNumerical PDEsComputational PhysicsNonlinear Dynamics & ChaosGraph TheoryInformation TheoryOperations ResearchMathematical FinanceUncertainty Quantification

INTERACTIVE LABORATORY

Science, Mathematics & Simulation Laboratory

These browser tools are mathematical or computer simulations—not physical experiments. Change the parameters, compare results and question the model.
MATHEMATICAL SIMULATION

Function Plotter

Model note: the visible window clips values outside the plotted range.

MATHEMATICAL SIMULATION

Vector Visualizer

Magnitude = √(x² + y²) = 3.61

COMPUTER SIMULATION

Probability Simulator

Expected heads ≈ 50%

Each run varies. Convergence toward 50% is expected over many fair trials, not guaranteed in any one sample.

MATHEMATICAL SIMULATION

Derivative Visualizer

For f(x)=x², the local slope f′(x)=2x is 2.0.

Explore all reusable simulator components +
Function PlotterVector VisualizerMatrix Transformation VisualizerDerivative VisualizerIntegral VisualizerProbability SimulatorDistribution ExplorerRegression ExplorerMonte Carlo SimulatorODE SolverPendulum SimulatorMass-Spring-Damper SimulatorHeat Equation SimulatorOptimization VisualizerRobot Coordinate Transform Simulator
Mathematical SimulationVisualizes a defined mathematical relationship.Computer SimulationExecutes an algorithmic representation.Virtual LaboratoryGuides a controlled digital experiment.Physical LaboratoryRequires real measurement, equipment and safety controls.

APPLY & VALIDATE

Interdisciplinary Capstones

CAPSTONE 01

Model a Physical System

Measurements → Model → Equations → Simulation → Prediction → Experiment → Validation

Physics · Modeling · Research
CAPSTONE 02

Autonomous Vehicle Motion Simulation

Geometry → Calculus → Linear Algebra → Dynamics → Numerical Simulation

Robotics · Automation & Control
CAPSTONE 03

Sensor Uncertainty & Estimation

Measurement → Probability → Statistics → Simulation → Validation

Electronics · Robotics · AI
CAPSTONE 04

Financial Risk Simulation

Data → Probability → Monte Carlo → Scenarios → Limitations

Stock Trading & Financial Markets · Educational simulation only
CLASS TEMPLATE

Why it matters → objectives → prerequisites → theory → worked examples → practice → laboratory → knowledge check → references

EXERCISE PROGRESSION

Foundation → Practice → Applied → Challenge → Research / Exploration

ASSESSMENT SYSTEM

Knowledge checks · quizzes · problem sets · lab reports · computational assignments · projects · final assessment

CONTENT GOVERNANCE

Sources → AI draft → academic review → approved → published

TRACEABLE KNOWLEDGE

Library & source map

Scientific integrity

Every class distinguishes definitions, mathematical results, assumptions, measurements, approximations, hypotheses and simulation results. SI units are the default; uncertainty, numerical error and limitations are stated.

A simulation is not reality. A model is a simplified representation whose results depend on assumptions, parameters, algorithms and numerical accuracy.

Start your journey

Observe → Question → Measure → Model → Calculate → Simulate → Predict → Test → Validate → Improve → Share Knowledge

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