Driven Mechanical Engineer skilled in condition monitoring, vibration analysis, and machine learning. Proficient in predictive maintenance and advanced data-driven solutions, with expertise in design and simulation using ANSYS and SolidWorks. Notable projects include the development of a centrifugal governor, robotic arms, and the application of machine learning for fault detection and optimization in engineering systems. Holds certifications in aerospace digitalization and renewable energy, contributing research on shape memory alloys and activated carbon. Seeking dynamic opportunities to innovate in predictive maintenance, machine learning, and advanced manufacturing.