In this field, we explore the dynamic and oscillatory behavior of mechanical systems. This means that the forces acting on these systems are varying, rather than being static. The primary objectives of this field include modeling, analysis, identification, design, control, and implementation of dynamic systems. Specializations that can be achieved through studying this field include vibrations, acoustics, robotics, control, industrial automation, and mechatronics.

One of the appealing aspects of this field is its interdisciplinary nature. Specialists in this area have the ability to undertake larger projects due to the requirement for expertise in mechanical, electrical, and computer engineering.

Some of the courses taught in this field, which lead to the aforementioned specializations, include: acoustics, vibrations and applied vibrations, dynamics of machinery and mechanisms design, control and design of control systems, mechatronics, processing in mechatronic systems, dynamics of 3-D systems, dynamics of vehicles, and robotics.

The research laboratories in this group are Acoustics and Vibrations Laboratory (AVALAB) and an Advanced Mechatronics and Robotics laboratory (ARMLAB). For more information on the research areas of the group, please visit the personal pages of the faculty members.