ŠC Škofja Loka – CNC programiranje – HEIDENHAIN TNC 640: Learning outcome 1
Fundamental CNC Knowledge: • Understanding the basics of CNC technology, including machines, tools, and materials. • Learning how CNC machines fit into the Industry 4.0 smart factory concept. CNC Programming Skills: • Mastering the HEIDENHAIN TNC 640 controller. • Learning manual and machine programming for 3-axis machining. • Working with subprograms and machining cycles. • […]
TSCMB – FANUC Industrial Robot Programming: TSCMB – TIG Welding with Welder Qualification Certification: Fanuc robots programming
– Working safely with an industrial robot – Structure of an industrial robot system – Settings of an industrial robot system – Programming the movement of a robot arm – Using a gripper – Programming guidelines – Singularity of a robot arm – Working with variables or registers – Using logical functions in a robot […]
TSCMB – TIG Welding with Welder Qualification Certification: TIG welding
– knows the physical basics of electric arc welding, – knows how to prepare the base material, – knows how to choose the type and diameter of the filler material, – knows how to choose the type and diameter of the electrode, – knows how to use a welding machine for TIG welding, – knows […]
MADE – Smart Maintenance: Develop Skills in Risk Analysis and Predictive Maintenance
Participants will learn to identify critical machinery and components using decision-making tools and risk analysis techniques, such as Pareto analysis and FMECA. They will also be introduced to the fundamentals of predictive maintenance, including emerging technologies, enabling them to take initial steps toward implementing advanced, proactive maintenance solutions.
MADE – Robotics Health and Safety: Address Challenges in Technology Adoption for Safety Management
Participants will learn to identify the barriers to adopting new technologies in occupational health and safety. They will explore strategies to overcome these challenges, emphasizing the need for faster integration to ensure more effective and timely improvements in workplace safety.
SC LJ-Programming in Automation: Learning outcome 1
– Demonstrate the ability to write, compile, and test programs in the C programming language. – Explain and apply key programming concepts, including commands, functions, program structure, variable types, strings, arrays, pointers, and file handling. – Analyze programs to predict their execution flow, variable values, and expected outcomes.Evaluate and verify the functionality of written programs, […]
SC Škofja Loka – Computer Aided Design – 3D modeling in CREO: Learning outcome 1
• Principles of Technical Drawing and Modeling: Understanding the fundamentals of computer modeling and technical drawing using PTC Creo 3D modeling software. • Creo Software: Mastering the features and interface of Creo for efficient modeling and design. • 3D Modeling Techniques: Learning to create and modify 3D models using basic and advanced features. • Auxiliary […]
KPDoNE-Performing a Scientific Research: Finalizing the Report
How to write a short summary of the entire report. What key points to include in the abstract. Introduction to referencing (why and how to do it). Basic citation methods for books, articles, and websites. Understanding what plagiarism is and how to avoid it. Tips for checking your work (grammar, structure, and clarity). Simple steps […]
KPDoNE-Performing a Scientific Research: Practical Application
Students will follow basic instructions to carry out a small experiment. Recording data from the experiment. Writing a full report based on the experiment conducted. Organizing the report in the correct structure. Students exchange reports and give feedback on each other’s work. How to give and receive constructive feedback. Making final corrections and improvements. Submitting […]
KPDoNE-Performing a Scientific Research: Introduction to Scientific Reporting
Definition and importance of scientific reporting. Purpose of writing scientific reports (e.g., sharing results, learning from experiments). Examples of different types of reports (e.g., lab reports, field reports). Understanding how science works: observation, hypothesis, experimentation. How scientific research questions are developed. Overview of common research methods.