The Mechanical Design section focuses on cutting-edge research and development in the following research areas:

• Vibration and Acoustics – Advanced analysis for noise reduction and system stability.
• Renewable Energy – Development of sustainable energy systems, including solar technologies.
• Robotics – Design and control of robotic systems for automation and precision tasks, Multibody Dynamics and Control, Automated Visual Inspection, Human-Machine Interface;
• Lower limb rehabilitation robots; Medical robotics; Robot manipulator kinematic and dynamic control
• Soft Active Materials and Structures – Innovative materials with adaptive and responsive properties.
• Nonlinear Dynamics – Study of complex mechanical behaviors for improved system performance.
• Flapping Wing Micro Aerial Vehicles – Bio-inspired UAVs for surveillance and remote sensing.
• Computational Fracture Mechanics, Computational Solid Mechanics, Adaptive re-meshing strategy, Topology Optimization
• Dynamics of Machines and Structures, Flexible Robots, Rotor Dynamics, Nonlinear Oscillations