Description: Focuses on developing innovative control algorithms and autonomous systems to optimize complex industrial processes. Key areas include predictive maintenance, adaptive control, and real-time data analytics to enhance efficiency and reliability. The goal is to enable smarter, self-regulating systems in manufacturing, robotics, and transportation.
Description: Focuses on the design and development of advanced instrumentation and embedded systems for real-time data acquisition, processing, and control. Key areas include sensor integration, IoT-based solutions, and energy-efficient systems, aiming to improve performance and versatility in industrial, healthcare, and automotive applications.
Dr. Hari C V,Ms. Liza Annie Joseph, Dr. Poornima S, Dr.Sreekumar G, Mr. Dominic Mathew
Description: Explores the development of advanced biomedical electronics and computational techniques for processing medical signals. Key areas include the design of wearable health monitoring devices, signal analysis for diagnostics, and machine learning applications in medical imaging and data interpretation. The goal is to enhance patient care through more accurate, efficient, and accessible healthcare technologies.