Automotive mechatronics and autonomous systems represent a confluence of disciplines—mechanical engineering, electronics, and computer science—that is reshaping vehicle design and operation. Modern ...

Too often, machine design is based simply on cost, because money is easier to understand than the stated performances. Mechatronics provides the engineer with the ability to choose products from a ...

Like a conductor leading an orchestra, mechatronics experts combine many disciplines into one. Mechatronics, a blend of computing and engineering, is essential to automation and manufacturing. If you ...

An expert in micromechatronic systems, Tai-Ran Hsu explains the components of micromechatronic systems and those of mechatronic systems and design considerations. What is micromechatronics? A ...

The field of mechatronics has evolved into a multidisciplinary arena where simulation, modelling and programming work in concert to optimise system performance, ensure reliability and reduce ...

Mechatronics is where mechanical systems, electronic systems, and computer software overlap. Electromechanical and digital control systems, sensors, actuators, computer processors, software, system ...

What does a mechanical engineer need to know about control theory? More than he did ten years ago. The same is true for electrical engineers and their understanding of mechanical dynamics. More and ...

The Department of Mechanical and Mechatronics Engineering Technology (MMET) is comprised of three distinct disciplines that offer intense experiential education in manufacturing, mechanical, or ...

Buildings—with a carbon footprint greater than thatof the transportation sector—account for more thanone-third of the total energy consumption in theUnited States. The application of control and ...

The Aberdeen Group’s January 2008 benchmark report titled “System Design: New Product Development for Mechatronics” cites that the top challenge for companies’ mechatronic product development is the ...