Mechatronics Engineering

Mechatronics engineering is about the moving parts that drive robots, electronics and machines. Consider what you use on a daily basis and how many moving parts are involved. Those parts have all been created by mechatronic engineers, and they ensure that our world keeps moving. Mechatronics engineering is the science of combining mechanical engineering with electronic engineering. APIIT SD INDIA is the first in India to offer such a degree course in mechatronics engineering. On this four year course you will focus primarily on aspects of developing novel products based on mechatronic principles. You will learn about electronic and mechanical systems, process control and instrumentation, and robotics and automated manufacturing. Mechatronics engineering is the study of the interface between mechanical engineering and electronics. It is a broad area which embraces mechanical engineering, manufacture, electronics and computer technology. People working in this area need a range of skills to apply solutions to problems which arise in a typical industrial environment. The Mechatronic engineer must be a flexible team-worker, able to trouble shoot, solve problems and keep in touch with current developments.

Many of today's consumer products incorporate mechanical devices which are controlled by microelectronic systems. The modern motor car includes an engine management system, anti-lock braking and ignition, all of which require a microcomputer to be interfaced with the mechanical 'system'. Modern industrial systems in the manufacturing sector use microelectronic devices extensively for control, measurement and information technology application such as data transfer. In the robotics field, the discipline of microelectronics is used extensively in motion control.

A degree in mechatronics engineering will help you qualify as a systems engineer giving you a thorough understanding of modern engineering and manufacturing combined with specialist skills in electronics and computer-based technology.

Mechatronics engineering employs a variety of techniques that are used throughout the course with the emphasis on lectures, supporting tutorials and laboratory classes. Continuous assessment forms a major part of the assessment process used in earlier years. End-of-session examinations are featured more in later years of study.

A variety of techniques are used throughout the course with the emphasis on lectures, supporting tutorials and laboratory classes. Continuous assessment forms a major part of the assessment process used in earlier years. End-of-session examinations are featured more in later years of study.

Career

Mechatronics engineering graduates may work in areas of design, research and development, sales, production management, safety, and quality. Industries entered include aerospace, defence and energy as well as the manufacturing of industrial and domestic products, drugs, furniture and processing of chemicals and foods.