A mechatronic system is a multidisciplinary system embodying a synergistic combination of the disciplines of electrical/electronics, mechanical and computer science / information technology.
In today’s world mechatronic products and systems are all around us; such as the modern auto focus camera, washing machines with electronic controls, printing and photocopy machines etc. Modern automobiles have several mechatronic systems such as electric power assisted steering, engine management system, cruise control etc. Mechatronic systems such as medical diagnostic scanners, surgical assistant robots etc. are being increasingly used.
Apart from direct application in product design, mechatronics has also created opportunities in intelligent manufacturing. Servo and process level controllers control the process parameters whereas supervisory control can be used to control plant output parameters. CNC machines and robots used in modern factories improve both the flexibility of manufacturing system as well as the product quality. Intelligent automatic inspection systems help in reducing human intervention resulting in lower lifecycle cost and higher quality.
Mechatronics Engineers would be able to creatively solve real life problems with an interdisciplinary approach.
To pioneer engineering education by inculcating an interdisciplinary approach to system design and cultivate engineers and technology managers for the future industry and society.
To enable our students to apply analytical skills and technical knowledge for finding creative and optimal solutions to real life problems using interdisciplinary approach.
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