Stateflow is a graphical extension of Simulink for modeling event-driven logic and finite state machines. It enables you to design complex decision-making systems—like robotics and automated controllers—by visualizing “states” and “transitions” instead of writing tedious if-else code.

It is the professional standard for developing reactive systems, offering seamless Model-Based Design and automatic C/C++ code generation for embedded hardware.

Simulink is a graphical block-diagram environment for Model-Based Design and multi-domain simulation. Built on top of MATLAB, it allows you to design and test complex systems—like robotics and control logic—by “drawing” functional blocks instead of writing manual code.

It is the industry standard for simulating dynamic systems and automatically generating production-ready C/C++ code for hardware deployment.

MATLAB Object-Oriented Programming (OOP) is a powerful framework for building modular, reusable code using “classes” and “objects.” It enables you to organize complex technical data and functions—like robotics architectures or hardware interfaces—into structured components instead of scattered scripts and global variables.

It supports professional features like inheritance, encapsulation, and polymorphism, allowing for scalable Model-Based Design and cleaner integration between MATLAB algorithms and production-level software systems.

MATLAB Scripting is the foundational method for automating technical workflows and data analysis through sequential commands. It allows you to transform repetitive manual tasks—like sensor data processing or mathematical modeling—into executable .m files that ensure consistent results and rapid iteration without the overhead of full software development.

By combining built-in functions with high-level syntax, scripting enables engineers to visualize complex datasets, automate Simulink simulations, and bridge the gap between initial research and finalized Model-Based Design applications.