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: 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 […]
Automation Technology: Different types of risks in automatic systems in the chosen field.
Students will be able to identify and assess various types of risks associated with automatic systems in their chosen field. They will learn to evaluate potential hazards, implement risk mitigation […]
Automation Technology: Various types of diagrams, drawings and other documentation of automatic systems in the chosen field. Interpretation of and methods for producing these.
Students will be able to understand and interpret various types of diagrams, drawings, and other documentation related to automatic systems in their chosen field. They will learn methods for producing […]
Production Philosophy: Production philosophical theories, for example lean.
Students will be able to understand and apply key production philosophical theories, such as Lean Manufacturing. They will learn to identify and eliminate waste, optimize processes, and enhance operational efficiency. […]
Production Philosophy: Quality management system, where the focus is on the customer’s needs, for example according to ISO 9001.
Students will be able to understand and implement quality management systems with a strong focus on customer needs, as outlined in ISO 9001. They will learn to identify and meet […]
Production Philosophy: Principles, methods and tools for structured improvement work in a sustainable society, for example lean.
Students will be able to understand and apply principles, methods, and tools for structured improvement work aimed at fostering a sustainable society, with a focus on Lean methodologies. They will […]
