Learn MATHEMATICA-INDUSTRIAL-PACKAGES with Real Code Examples

Updated Nov 27, 2025

Introduction & Fundamentals Setup & Configuration Architecture & Deep Internals Performance & Security Development Workflow Learning & Career Growth Business & Strategy Examples

Code Sample Descriptions

Control Systems Package - PID Design

Needs["ControlSystems`"];
G = TransferFunctionModel[1/(s^2 + 3 s + 2), s];
PIDTuner[G, {"PID"}]

Using Mathematica's Control Systems package to design and analyze a PID controller.

Let’s Try →

Financial Derivatives Package - Option Pricing

Needs["FinancialDerivative`"];
FinancialDerivative[{"European", "Call"}, {"StrikePrice" -> 100, "Maturity" -> 1},
    {"InterestRate" -> 0.05, "Volatility" -> 0.2, "CurrentPrice" -> 105}]

Using Mathematica's Financial Derivatives package to price a European call option.

Let’s Try →

Learn MATHEMATICA-INDUSTRIAL-PACKAGES with Real Code Examples

Updated Nov 27, 2025

Introduction & Fundamentals Setup & Configuration Architecture & Deep Internals Performance & Security Development Workflow Learning & Career Growth Business & Strategy Examples

Code Sample Descriptions

Control Systems Package - PID Design

Needs["ControlSystems`"];
G = TransferFunctionModel[1/(s^2 + 3 s + 2), s];
PIDTuner[G, {"PID"}]

Using Mathematica's Control Systems package to design and analyze a PID controller.

Let’s Try →

Financial Derivatives Package - Option Pricing

Needs["FinancialDerivative`"];
FinancialDerivative[{"European", "Call"}, {"StrikePrice" -> 100, "Maturity" -> 1},
    {"InterestRate" -> 0.05, "Volatility" -> 0.2, "CurrentPrice" -> 105}]

Using Mathematica's Financial Derivatives package to price a European call option.

Let’s Try →