Automation Technology: Structure of, function and principles of different types of automatic systems.
Students will be able to understand the structure, function, and underlying principles of various types of automatic systems. They will learn to analyze and design automatic systems, comprehend their operational mechanisms, and apply relevant principles to optimize performance. By the end of the course, students will be able to evaluate and implement automatic systems in […]
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. By the end of the course, students will be able to critically analyze production systems, implement continuous improvement strategies, and contribute to sustainable and efficient […]
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 customer requirements, enhance customer satisfaction, and continuously improve processes. By the end of the course, students will be able to develop and maintain a customer-centric […]
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 learn to identify inefficiencies, implement continuous improvement strategies, and promote sustainable practices. By the end of the course, students will be able to design and […]
Production Philosophy: Documentation, reporting and presentation of development and improvement work.
Students will be able to effectively document, report, and present development and improvement work. They will learn to create clear and comprehensive documentation, generate insightful reports, and deliver engaging presentations. By the end of the course, students will be able to communicate their findings and progress in a professional manner, ensuring transparency, accountability, and the […]
CMQEf – Computer-aided manufacturing (CAM) of subtractive machining processes: CAM Process design
The student can use CAM software to design a basic manufacturing process.
CMQEf – Component inspection using a coordinate measuring machine (CMM): MMT implementation
The student will be able to use a coordinate measuring machine to check a component.
CMQEf – Component inspection using a coordinate measuring machine (CMM): CMM inspection program design
The student will be able to use a coordinate measuring machine to design an inspection program for a part based on the definition drawing.
DHBW – Electrical Engineering: . TEMPLATE – Electrical Engineering: technical terminology
You know and apply the technical terminology of electrical engineering.
DHBW – Electrical Engineering: . TEMPLATE – Electrical Engineering: circuits
You can understand electrical circuits and modify or develop them further concerning changing requirements.