The course begins with an introduction to mechatronics engineering, covering its evolution, principles, and diverse applications across industries. Learners then study mechanical systems and design, exploring mechanical principles, CAD tools, and materials used in manufacturing mechatronic systems. In the module on electrical and electronic systems, students gain a deep understanding of electronics fundamentals, sensors, actuators, and circuit design. This knowledge is complemented by the control systems module, which introduces PID controllers, programmable logic controllers (PLCs), and their role in mechatronics. The course emphasizes programming for mechatronics, teaching participants how to program microcontrollers and integrate software with hardware for seamless operations. The module on robotics and automation explores types of robots, their applications, and the role of Industry 4.0 in automation advancements. Learners also focus on data acquisition and analysis, gaining expertise in data visualization, IoT integration, and leveraging data for mechatronics systems. Real-world applications are highlighted in a dedicated module, covering mechatronics in automotive, biomedical, and aerospace industries. The program culminates in a mechatronics project, enabling learners to plan, design, and implement a practical solution, showcasing their skills. Emerging technologies, such as AI and renewable energy systems, are explored in the final module, offering a glimpse into the future of mechatronics engineering.