CAD – specialization: Deepening in motion simulation.
Students will be able to gain an in-depth understanding of motion simulation principles and techniques. They will learn to create and analyze complex motion simulations, using advanced software tools to […]
Mechatronics: Electrical work, mechanical work and easier programming of control units.
Students will be able to understand and perform electrical and mechanical work related to control units, as well as carry out basic programming tasks. They will learn to install, troubleshoot, […]
Mechatronics: Interpretation of drawings and manuals.
Students will be able to understand and interpret various types of drawings and manuals relevant to their field. They will learn to read and analyze technical diagrams, schematics, and instructional […]
Mechatronics: Construction of mechatronic systems from sensor, via control unit, to actuator.
Students will be able to understand and construct mechatronic systems, integrating sensors, control units, and actuators. They will learn to design and implement systems that effectively sense, process, and respond […]
Mechatronics: How logical basic functions can be used for various control technology solutions.
Students will be able to understand and apply logical basic functions in various control technology solutions. They will learn to use fundamental logic operations, such as AND, OR, and NOT, […]
Mechatronics: Technical solutions in everyday life for the transformation of energy, matter or information.
Students will be able to understand and apply technical solutions for the transformation of energy, matter, or information in everyday life. They will learn to identify and analyze examples such […]
Mechatronics: Basic mechanical concepts, such as lever, block, inclined plane, truss and beam.
Students will be able to understand and apply basic mechanical concepts, including levers, blocks, inclined planes, trusses, and beams. They will learn to analyze the mechanical advantages and functions of […]
Mechatronics: Basic electrical quantities and concepts, for example charge, current, voltage, resistance and closed circuit.
Students will be able to understand and apply basic electrical quantities and concepts, including charge, current, voltage, resistance, and the principles of a closed circuit. They will learn to analyze […]
Mechatronics: Measurement of various mechanical and electrical quantities.
Students will be able to understand and perform measurements of various mechanical and electrical quantities. They will learn to use appropriate instruments and techniques to measure parameters such as force, […]
CMQEf – Subtractive manufacturing processes: Process design
The student will be able to design a manufacturing process for a part using a 3-axis and 5-axis machining centre and compare the 2 processes.
