Model Based Design: Build Embedded Systems with Simulink

🚀 Course Title: Model Based Development - MBD: From Requirements to Testing on Hardware

🎓 Course Headline: Master the Art of Model Based Design with Simulink for Embedded Systems

Dive into the World of Model Based Design and Embedded Systems!

Embark on a comprehensive journey through the entire software development life cycle with our "Model Based Development - MBD: From Requirements to Testing on Hardware" course. 🤖🌐

Course Synopsis:

• Understanding Requirements: Begin your MBD journey by translating user requirements into system models, setting the foundation for a successful project.

• Model Creation & Code Generation: Learn to construct detailed models that can be automatically converted into executable code, ready to be deployed on microcontrollers. 🛠️✨

• Integration & Hardware Deployment: Integrate the generated code with hardware components and test your system in real-world conditions, ensuring robustness and reliability. 🔧🌍

• Hands-On Learning with Simulink: Get hands-on experience with Simulink's powerful toolset as you navigate through the process of creating embedded systems models from scratch. 📈🖥️

• Real-World Application & Testing: Apply your knowledge to practical scenarios, focusing on hardware testing and validation to ensure your designs meet industry standards. 🔍⚙️

What You Will Learn:

• Model Building Expertise: Develop your skills in constructing models that are ready for code generation using Simulink's extensive library of blocks like Math, Logic, PID controllers, and more. 🧠🔗

• Algorithm Implementation: Understand and implement commonly used algorithms such as counters and debouncing algorithms in various industries. 📚🏭

• Sensor Interfacing & Control Algorithms: Learn to interface with a variety of sensors (e.g., LDR, Ultrasonic Sensor, Infrared Obstacle Avoidance Sensor) and design control algorithms for actuators like motors and servos. 🔄🛫

• C Code Generation: Generate optimized C code from your Simulink models to be deployed on microcontroller targets like Arduino or similar platforms. 🧠➫💻

• Hardware Integration & Testing: Seamlessly integrate your software with hardware components and perform real-world testing, ensuring your embedded system performs as expected. ✅🛠️

Key Sensors and Actuators Covered:

• Simulink Blocks Mastery: Model and simulate complex systems using various Simulink blocks, including Math blocks, Logic blocks, PID controller, Inputs/Outputs blocks, If/else block, Switch Case blocks, Merge block, Enabled subsystem, Truth Tables, and Stateflow chart. 🎨🔬

• Industry-Specific Algorithms: Implement practical algorithms such as counters, debouncing algorithm, and more that are essential in industries like automotive. 🚀🚗

• Microcontroller Targets: Generate C code and deploy your models onto microcontroller targets like Arduino for real-world applications. 🌟🤖

• Digital and Analog Signal Handling: Work with digital inputs/outputs (e.g., Buttons, LEDs) and analog signals (e.g., Potentiometer) to create dynamic control algorithms. 📏🔋

• Sensors & Actuators: Interface with sensors like LDR, Ultrasonic Sensor, Infrared Obstacle Avoidance Sensor, Rotary Encoder, and more to gather data and control devices in your system. 🌟🛠️

• Simulink Support Package for Arduino: Utilize the Simulink Support Package for Arduino to extend the reach of your embedded systems into the physical world. 🤖🛒

Join us on this enlightening voyage to become a proficient MBD Engineer! By completing this course, you will be well-equipped with the knowledge and skills required to design, develop, test, and deploy embedded systems in industries such as automotive, aerospace, and robotics. 🌟🚀

Enroll now and start your transformative journey into Model Based Design with Simulink! 📚➡️🚀