Free online courseMechatronics

Course Description

Welcome to the transformative course on Mechatronics, a leading institution known for its excellence in engineering education. Spanning a comprehensive duration of 23 hours and 1 minute, this course meticulously covers a wide array of topics, ensuring a holistic understanding of mechatronics for professional growth.

Rated a stellar 5.0 out of 5 in the student reviews, this course assures quality content and in-depth knowledge intake. It proudly falls under the Professional Courses category, specifically within the Engineering and Mechanics subcategory, making it an essential stepping stone for aspiring engineers and mechanics experts.

The journey begins with an insightful introduction to mechatronics, setting the stage for exploring various examples of mechatronic systems. The lessons intricately map out the essentials of electric circuits and semiconductor electronics, laying a solid foundation for understanding the subsequent application of transistors.

The course delves deeply into sensor performance terminology, encompassing vital aspects of displacement, position, and force sensors. The lectures progress through essential topics including force and fluid flow sensors and acceleration, providing an exhaustive understanding of how these sensors operate in tandem with mechatronic systems.

A detailed exploration of mechanical actuation systems, primarily hydraulic and pneumatic actuators, followed by a deep dive into electrical actuation systems, further amplifies the technical knowledge imparted by this course. Data presentation systems and the introduction to signal conditioning with OP-AMP as a signal conditioner elucidate the practical components necessary for adept mechatronics application.

The intricacies of both analogue-to-digital and digital-to-analogue converters are unpacked to provide learners with the technical prowess required for real-world applications. Understanding digital circuits and the integration of microprocessors and microcontrollers pave the way for advanced topics such as artificial intelligence and microcontroller programming.

Systems modeling—mechanical, electrical, and fluid—introduce dynamic responses, transfer functions, and frequency responses vital for mechatronic system analysis and design. Control systems, inclusive of digital controls and program logic controllers, are meticulously covered, ensuring a robust grasp over system control methodologies.

The course also traverses communication systems, input/output mechanisms, and the essential domain of fault finding and system diagnostics, equipping professionals with critical troubleshooting skills.

Project-based learning serves as the capstone of this course, presenting practical challenges like creating a myoelectrically controlled robotic arm, designing competitive robots for ABU Robocon 2019, and constructing a legged robot. These projects not only consolidate the technical knowledge gained but also foster creativity and innovation.

By the end of this course, participants will emerge as proficient in mechatronics with the ability to apply theoretical knowledge in practical scenarios, contributing significantly to their professional realms. Enroll today and take the pivotal step towards mastering mechatronics.