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Guidelines
Here, you will find essential rules and instructions to ensure a smooth and enjoyable experience. These guidelines are designed to provide clarity, maintain order, and foster a respectful and productive environment. Please read through each point carefully and...
Test Shelf
This shelf is for teachers and students to test functionalities of the TET platform.
Mechatronics
Mechatronics is an interdisciplinary field that combines mechanical engineering, electronics, computer science, and control engineering to design and create intelligent systems and advanced machinery.
Data-Driven Systems Engineering
Manufacturing Engineering
Test book
A test book
Mechatronic Actuators
The course covers the comparison, selection, implementation, and control of pneumatic, hydraulic, and electric actuators for various mechatronic applications, emphasizing semiconductor elements, drive solutions, and closed-loop systems.
Data Analysis
The course covers modern information technologies such as OLAP, data warehouses, data mining, and artificial intelligence, and teaches students to implement management desktops for effective data visualization and decision support processes.
Simulation Modelling
The course teaches the principles and methods of modeling continuous-time systems using system dynamics, enabling students to construct and analyze simulation models that reflect key features and behaviors of complex systems.
Manufacturing Processes
The course covers advanced machining, casting, metal forming, metrology, and joining processes, focusing on quality, productivity, cost, and practical applications in manufacturing environments.
Fundamental Assembly Technologies
This course covers basic assembly processes, manual techniques, and design principles for efficient production.
Planning and Control
The course covers fundamental principles and advanced techniques in production planning and control, including aggregate planning, master production scheduling, inventory control, operations scheduling, and lean tools, with a focus on optimizing shop floor per...
Signals and Systems
Lean Manufacturing
The book describes various Lean Manufacturing methods and tools that can be used to identify and eliminate waste in enterprises.
Privacy Policy
This platform respects and protects your privacy. We only collect the personal data necessary for account creation and operation, such as your email address, and process it in compliance with GDPR. Your data is securely stored and will not be shared with third...
Test shelf 2
Basics of Machine Vision
Logic Systems
Vision Inspection Systems for Manufacturing Automation
Advanced applications of Vision Inspection Systems for automated quality control in the manufacturing domain
Optimization of Production Processes (OPP)
Advanced Metrology, Optimization, and IT/OT integration for smart manufacturing
Additive Manufacturing
This course offers the basic notions and practical application of Additive Manufacturing technology
Advanced Assembly Technologies
The course explores automated assembly, industrial robotics, and cost evaluation in modern manufacturing.
User Manual
Test chapter
A test chapter
State-space approach for linear control systems. Chapter I: Introduction
This chapter introduces the state-space representation for linear time invariant systems. It is shown, how to derive state equations for physical systems described with a single ODE, a system of them or represented as a transfer function.
State-space approach for linear control systems. Chapter 2: Solution of state equations
We start with a comparison to a first order linear ODE to move towards a multi-dimensional casewhich relies on matrix algebra. The goal is to build the solution of linear time invariant modelsexpressed in the standard state equation form. Introduces the matrix...
State-space approach for linear control systems. Chapter 3: Design of a linear state feedback control law
Lecture 5: Introduction to the gain matrix, shaping the transient response with step response characteristics, Lecture 6: Controllability. Controller canonical form. Lecture 7: Closed-loop eigenvalue placement via state feedback. Matlab examples.
Introduction
Information technologies for data analysis
Creating management dashboards
Selected predictive analytics techniques
Evaluation of predictive analytics models
test ch2
Introduction
The 5S method
Value stream mapping
SMED (Single-Minute Exchange of Dies)
Total Productive Maintenance
Continuous Improvement
The Toyota Production System
Introduction
Getting Started
This chapter provides an overview of how to begin using the TET platform. It includes system requirements, instructions for logging in and out, and a walkthrough of the user interface. By the end of this section, users will have a solid foundation to navigate ...
Using the Platform
This chapter provides detailed instructions on how to create, manage, and search for content in the TET platform. It is designed to guide both teaching staff and learners through key features, such as creating and organizing materials, formatting content, and ...
Test page
This is test page. first item second item third item task 1 task 2 task 3 TET sharepoint repo var http = require('http'); http.createServer(function (req, res) { ...
Introduction to mechatronic actuators (lecture slides)
Types of actuators (lecture slides)
DC motor, basic principles and types (lecture slides)
Asynchronous motor, signals, 3 phase sources and motors (lecture slides)
Stepper motor (lecture slides)
Mechanical drives, equations of motion, trajectories, velocity profiles (lecture slides)
Alternative drives (lecture slides)
Electrostatics, electromagnetism, solving electrical circuits (tutorial tasks and video)
Tasks with solutions Video (in Slovene)
Diode, transistors, SCR, IGBT (tutorial tasks and video)
Tasks with solutions Video (in Slovene)
DC motor (tutorial tasks and video)
Tasks with solutions Video (in Slovene)
AC signals and circuits, 3-phase systems (tutorial tasks and video)
Tasks with solutions Video (in Slovene)
Synchronous motor, asynchronous motor (tutorial tasks)
Tasks with solutions
Encoders (tutorial tasks and video)
Tasks with solutions Video (in Slovene)
Stepper motor (tutorial tasks)
Tasks with solutions
Electrostatics and electromagnetism (lecture slides)
Semiconductors (lecture slides)
DC motor as part of a control system (lecture slides)
Asynchronous motors, basics and types (lecture slides)
Mechanical drives, types, components, displacement, precision and accuracy (lecture slides)