Automation Engineering and Industrial Computing

The objective of the automation engineering and industrial computer engineering course at EMSI is to train multidisciplinary engineers as well as excellent managers, able to manage a workshop and be initiators of change how much does a computer scientist make.

TRAINING IN AUTOMATED ENGINEERING BUT NOT THAT 

The winners of the automation engineering stream will develop extensive skills in all disciplinary sectors in the field of electrical engineering and IT, namely automation engineering, industrial IT, analog and digital electronics, programmable logic controllers, supervision, basics. data, programming, etc.

The training also includes lessons in economics, business management and languages. The automation and industrial IT engineer is not only able to manage the automation of a production platform, but also to analyze its performance. He is also endowed with negotiation and management skills.

PROFESSIONAL OPPORTUNITIES IN THE AUTOMATION ENGINEERING AND INDUSTRIAL COMPUTING SECTOR

The automation engineering and industrial IT sector trains engineers specializing in the design, production and implementation of industrial automation applications.

The nature of the sector provides dual skills in automation engineering and industrial IT. Therefore, the engineer is the prime contractor for the automation of the means of production. Seeing that it evolves with this dual skill, it is capable of being the spearhead of innovation, being able to design and build complex automated systems. This same dual skill naturally allows engineers to occupy positions of responsibility such as; design engineer, control system designer, supervisor of automated installations, etc.

Finally, the engineer in this field is not content with excellent technical mastery, he is also the driver of change within the organization. He must also be able to show diplomacy in order to convince when necessary, to adopt a new approach or a reorganization.

Programs

Automation of industrial installations: programmable logic controllers, industrial local networks, industrial supervision, pneumatic and hydraulic machines, pilot plant, practical work and projects.

Design of electrical installations: software tools for electrical diagrams, instrumentation and measurements, safety sensors for industrial installations, practical work and projects.

Automatic: linear automatic, sampled systems, Industrial regulation, state variables, control and identification, servo units, practical work and projects.