This abstract focuses on the development of efficient control algorithms for vibration suppression in various types of structures by utilizing multiple sensing techniques. The objective is to mitigate structural vibrations and enhance the performance and stability of these structures. This research emphasizes the importance of incorporating multiple sensing techniques to obtain accurate and comprehensive information about the structural dynamics. The proposed control algorithms aim to effectively suppress vibrations by adapting control actions based on real-time sensor data. The study investigates different types of structures, such as buildings, bridges, and mechanical systems, and explores the applicability of the control algorithms in each case. The results demonstrate the effectiveness of the proposed control algorithms in reducing vibrations and improving the overall performance and safety of the structures. This research contributes to the advancement of vibration control strategies and provides insights for the implementation of efficient control systems in various engineering applications.