Description

Theory/Practice
1

Laboratory
3

Instructors

André Dias

Contents

CP1: Introduction to Industrial Systems
CP2: Digital and analog sensors
CP3: Actuators
CP4: State Machine
S5: Programming embedded systems (C and C++ languages)
CP6: Industrial communication (CAN/RS485/RS422) and IoT communication for Industry 4.0
CP7: Graphical interface development in Python

Learning Outcomes

The aim is for students to acquire knowledge of instrumentation and control systems and develop the skills to be able to propose appropriate solutions when faced with a problem. It is also intended to build competencies for implementing basic instrumentation and control systems in a real context using elements and tools available on the market. The main objectives of this course are:
OB1: Understand the role of control systems in an industrial environment
OB2: To master methodologies for measuring quantities while maximizing their quality
OB3: Know techniques for measuring the most common quantities
OB4: Understand process dynamics and control technologies
OB5: Develop skills in industrial communication systems (CAN, RS485/RS422) and IoT
OB6: Develop skills in discrete closed-loop control (discrete PID control)