1. Quality
1.1. Measurementsystems
1.1.1. Laser
1.1.2. Light & Camera
1.1.3. Inductionmeasurement
1.1.4. Glass ruler
2. Industries / contexts
2.1. Chemical- & Heavy Industry
2.1.1. Petrol & Gas
2.1.2. (Bio)Chemical
2.1.3. Pharmacy
2.1.4. Steel
2.1.5. Glass
2.1.6. Mining
2.2. Production
2.2.1. Motion equipment, incl:Railway, Automotive, MarineAviation, Marine, Spacesystems
2.2.2. Energy generation
2.2.3. Products at home
2.2.4. Industrial products & machines
2.2.4.1. Conveyer technology
2.2.4.2. Glass processing
2.2.4.3. Handling systems
2.2.4.4. Machine-tooling
2.2.4.5. Metalforming
2.2.4.6. Packaging
2.2.4.7. Plastics
2.2.4.8. Printing
2.2.4.9. Textile
2.2.4.10. Woodworking
2.2.4.11. Paper
2.2.4.11.1. pulp
2.2.4.11.2. paper
2.2.4.11.3. print
2.3. Food Beverage
2.3.1. Processing equipment
2.3.2. Packaging /fill line
2.4. Logistics
2.4.1. transportation planning / tracking & Tracing
2.4.2. Warehousing
2.4.3. Traffic control
2.4.3.1. Railway
2.4.3.2. Automotive
2.4.3.3. Aviation
2.4.3.4. Marine
2.4.3.5. Inhouse Traffic (AGV)
2.4.4. Hoisting Equipment
2.5. Agriculture & Environment
2.5.1. Agricultural equipment
2.5.2. Greenhouse Horticulture incl. vertical farming
2.5.3. Watermanagement
2.5.3.1. Water
2.5.3.2. Wastewater
2.6. Entertainment
2.6.1. Rollercoaster
2.6.2. Robot-puppetshows
2.6.3. Mechanical attractions
2.7. care
2.7.1. Medical intramural equipment
2.7.2. Medical extramural equipment
2.8. Building systems
2.8.1. Installation equipement
2.8.2. Home- / Building Automation
3. Software
3.1. Visualizing for operators
3.1.1. Human Machine Interface
3.1.2. Web-based at devices (GUI)
3.2. Standardisation
3.3. PLC / Industerial control
3.3.1. basics of controlling
3.3.2. Basics of PLC Programming
3.3.3. Object Oriented
3.3.4. Function blocks
3.3.5. Libraries
3.4. SCADA
3.5. ERP-systems
3.6. Developments in software
3.6.1. code-writing versus automated code-generating
3.7. Digital Twin
3.7.1. Physical or virtual machine
3.7.2. Modelling
3.7.3. emulation
3.7.4. simmulation
3.7.5. visualizing
3.8. artificial Intelligence
3.8.1. data-collection
3.8.2. Statistics
3.8.3. Logarithms / analysis
4. Concepts
4.1. Systemintegrated thinking
4.1.1. when designing systems
4.1.2. when maintaining
4.1.2.1. determination-tools
4.1.2.2. Proactive maintenance
4.2. Production Execution Systems / ERP
4.3. layers in automation control
4.3.1. Piramid of layers
4.4. Process-control
4.5. CAD-CAM etc.
4.6. Control-principals
4.6.1. types of control
4.6.1.1. PI/PD/PID
4.6.1.2. On/Off Control
4.6.1.3. Relaiscontrol
4.6.1.4. Fixed, embedded systems
4.6.1.5. Microcontrollor
4.6.1.6. PC
4.6.2. Open / closed loop
4.6.3. Centralized, decentralized, combination
4.6.3.1. Distributed Control Systems
4.6.4. analog / digital
4.7. PLC Control Systems
4.8. Numerical Control (CNC)
4.9. Robotics (independend & collaboration)
4.10. Multiple movements
4.10.1. Time-Path diagrams
4.10.2. Curves & arms
4.10.3. Robotics
5. Customer-support
5.1. Training
5.1.1. Human Machine Interface
5.1.1.1. Installation
5.1.1.2. tripping & settings
5.1.1.3. Operational handling
5.1.2. Virtual Reality
5.1.3. Augmented Reality
5.2. Maintenance
5.2.1. Measuring & analitics
5.2.2. Condition-monitoring
5.2.3. Augmented Reality
5.3. Implementation
6. Choices in concepts & projects
6.1. Strategies
6.1.1. From IOT
6.1.2. from Automation
6.1.3. From Mechatronics
6.2. Technical choices
6.2.1. Industrial platform (topology etc.)
6.2.2. Open source / Closed / brand-specific
6.2.3. Solution by hard- or software
7. Data processing
7.1. Data-collection / datalogging
7.1.1. Detectionsystems
7.1.1.1. sensors
7.1.1.2. Camera
7.1.1.3. Datatransmission (RFID, WIFI etc.
7.1.1.4. Detection-loops & other countersystems
7.1.1.5. Satellite-systems
7.1.2. Datatransfer
7.1.2.1. Machine-data
7.1.2.2. Manual input
7.1.3. data-input
7.1.3.1. Keyboard
7.1.3.2. HMI
7.1.3.3. Touchscreen
7.2. Data-processing
7.2.1. algorithms
7.3. Speed
7.3.1. Transmission
7.3.2. number of data
7.4. Data-processing security
8. Motion Control
8.1. Motion
8.1.1. Applications & Types of construction
8.1.2. Physics about mass, movement, (de)acceleration, Torque, mass-slowness
8.1.3. Strength, Resonance, deformation
8.1.4. Constructions (mechanical)
8.2. Location
8.2.1. Speed
8.2.2. Position
8.2.3. Position-time diagramm
8.2.4. Postioning & Dynamic behaviour
8.3. electric drivesystems
8.3.1. types of motors AC/DC
8.3.1.1. Servo
8.3.1.1.1. Rotary / lineair
8.3.1.2. Brushed / brushless
8.3.1.3. Three-Phase motor / induction
8.3.1.4. Synchro-motor
8.3.1.5. Frequency / inverterdrive / torquemotor
8.3.1.6. Steppermotor
8.3.1.7. frameless motor
8.3.1.8. Regenerating motors
8.3.1.9. Vibration motor
8.3.1.10. Lineair drives
8.3.1.10.1. Lineair guidance
8.3.1.10.2. (de) accelerating control
8.3.1.11. Rotary Tables
8.3.2. Gearing systems
8.3.3. Constructions (Mechanical & electrical)
8.4. controllers
8.4.1. LAN motioncontrollers
8.4.2. Multi axis-controller
8.5. Pneumatics
8.6. Hydraulics
9. Proces control
9.1. Advanced procescontrol
9.2. Measuring & analitics
9.3. Sensors & actuators For proces control
9.4. Distributed control
9.5. Condition-monitoring
9.6. Human Machine Interface
10. Industrial connectivity
10.1. Working-principals
10.1.1. Master-slave
10.1.2. Peer to peer
10.1.3. Speed
10.1.4. Failure-correction
10.2. Bussystems
10.2.1. differences, similarity, application
10.3. Cable-systems
10.3.1. metal-wire
10.3.2. Optical
10.4. Networksystems
10.5. RFID
10.6. Industrial Wifi
11. Broadcast-systems
11.1. Tomtom-like
11.2. Traffic lights, matrix-systems etc.
11.3. Datatransmission to mobile devices (Also inhouse AGV)
12. Sensors
12.1. Types of sensors
12.1.1. Principals
12.1.1.1. Positioningtechnics
12.1.1.1.1. encoders
12.1.1.2. light, pressure, colorsensors
12.1.1.3. Inductive proximity switch
12.1.1.4. Mechanical (end)switches
12.1.1.5. Measurement sensors
12.1.1.6. Flowmeasurement
12.1.1.7. Mechanical contact measurement
12.1.1.8. Photoelectric
12.1.1.9. Ultrasonic
12.1.1.10. Capacitive proximity
12.1.2. Applications
13. Actuators
13.1. Types of actuators
13.1.1. Principals
13.1.2. Applications
14. Identification
14.1. Barcode & QR-code
14.2. RF-Tagging
14.3. NF-tagging
14.4. Chip
14.5. Vision-systems
15. Safetycomponents & safetysystems
15.1. Physical
15.1.1. Electrical
15.1.1.1. EMC
15.1.1.2. RF-technology
15.1.2. Mechanical
15.1.3. Water
15.1.4. Air
15.1.5. entrance
15.1.5.1. safety mat
15.1.5.2. safety laserscreens (lightscreen)
15.1.5.3. Safety Pushbutton
15.1.5.4. Cabinetswitch
15.1.5.5. Handdetection
15.2. Datasecurity
15.2.1. Hacking, virus etc.
15.2.2. Dataintegrity
15.3. CE-marking
15.3.1. Regulations
15.3.2. Test-methods