Automation is a process of using technology and clever designs to make a system function independent of humans. It is found in many industries, such as electronics, domestic, production or factory, agriculture, aviation,
military, astronomy, and many more. The need and use of automation dates back to ancient times, where humans built systems such as windmills to pump water from underground. Mechatronics is a study of automation offered in
most parts of the world. It is described as the combination of three fields, which are mechanical, electrical, and information technology.
What is 3D design?
3D design is an intricate process that involves the creation of three-dimensional digital models through computer software. This process allows designers to bring their ideas to life in a virtual space, enabling
them to visualize and manipulate their designs from various angles and perspectives. In the field of engineering, 3D design plays a crucial role in the development of products, buildings, and infrastructure projects. By
creating detailed and accurate 3D models, engineers can experiment with different design iterations, test for feasibility and functionality, and identify potential issues before physical production begins. Similarly, in the
publishing industry, 3D design is used to create visually captivating and interactive books that engage readers on a whole new level. Overall, 3D design has revolutionized the way professionals across industries conceptualize,
develop, and communicate their ideas.
Animation is a process that involves bringing static 3D models to life through movement, speech, and interaction. By manipulating these models frame by frame, animators can create the illusion of motion
and emotion, breathing life into digital characters and scenes. This requires a keen understanding of anatomy, physics, and storytelling to ensure that movements are fluid, realistic, and convey the intended message or emotion.
Additionally, animators must possess expert knowledge in software programs to render these models into high-quality videos or virtual reality content. Through their skilled craftsmanship and attention
to detail, animators are able to create immersive visual experiences that captivate audiences across various mediums.
Throughout my career, I have dedicated my life to advancing technology through my expertise in automation, computer science, and 3D design. With a strong foundation in these areas, I have been able to develop innovative solutions that
streamline processes, enhance efficiency, and improve overall performance. My passion for technology drives me to constantly stay ahead of the curve by learning new tools, strategies, and techniques to further push the boundaries of
what is possible in the field. By combining my knowledge and skills in automation with a deep understanding of computer science principles and expertise in 3D design, I am able to deliver cutting-edge solutions that meet the evolving
needs of businesses and industries. My commitment to excellence and continuous improvement sets me apart as a leader in the technology sector. More about me → here
Lectures
Masterclass 26.05.2025 What is Mechatronics today and is it still relevant in the world?
After a decade of excelling in this field, I am ready to share my story. The master class offers a comprehensive lesson on the subject of mechatronics. It combines expert teachings with valuable insights from my new book, "Mechatronics for the Resolute."
Through an examination of practices in various educational institutions and industries, The master class not only provide cutting-edge concepts in the field of mechatronics, but it also delve deep into the rich and intricate history of this revolutionary discipline.
As we uncover the roots of mechatronics, tracing its origins back to ancient civilisations and tracking its evolution through key technological advancements, we come to understand the true essence of this interdisciplinary science. With each lesson, we unearth forgotten
discoveries and pivotal moments that have shaped our modern world, allowing us to appreciate the complexities of mechatronics on a whole new level. Prepare to be astonished as I unravel the tapestry of innovation and ingenuity that has defined the journey of mechatronics throughout time.
Finally, analisys of engineering failures that we must learn from, as well as the successes that inspire us. The integration of new techniques, such as Augmented Reality, to analyse concepts and designs
It has always been the case that Mechatronics brings together three fields (Mechanical, Electronics and Computer engineering). My idea is to demonstrate that it is much more than that.
I conducted thorough research and consulted with experts from Japan, Germany, USA, Netherlands and more. subsequently I wrote papers and books about it.
