Build 10 Practical Projects and go from Beginner to Pro in Simulink with this Project-Based Simulink Course!
Free
FreeThe curriculum provides practical applications for modeling physical systems, such as mass-spring-damper and DC motor position control.
Instruction on Proportional Integral Derivative (PID) controllers and tuning is a notable highlight of the project-led approach.
Editorial course preview
These 2 complementary views highlight concrete, legible examples from the course presentation.
This slide introduces control system design by displaying a detailed block diagram of a feedback loop, highlighting the roles of the controller, actuator, process, and sensor.
The instructor is shown standing in a dedicated studio environment equipped with professional lighting gear, a microphone boom arm, and a whiteboard.
The use of a 2014 MATLAB version creates friction for learners using modern versions, as the UI and menus have changed significantly.
The sections covering Artificial Intelligence and ChatGPT lack the same focus on MATLAB tools found in the core modeling projects.
Some learners report difficulty understanding assessment descriptions and low audio volume during instruction.
The AI and ChatGPT sections appear less aligned with the core engineering goals of the curriculum.
