The goal of the academy is to impart technical knowledge regardless of manufacturer about all aspects of automated guided vehicle systems.
ProLog Automation will provide in-person training, E-learning, or training sessions at your facility. With our AGV Academy, you get customized training concepts. They include knowledge transfer for service technicians, project planners, designers, or users who are interested in technology.
Target group:
Service technicians, commissioning techs, customers who want to integrate a system, integrators, project managers
Contents:
Introduction to the world of AGV Structure and functionality of an automated guided vehicle system
Target group:
Service technicians, commissioners
Contents:
Inspecting safety equipment, recognizing and identifying sources of malfunctions, testing tracking accuracy and alignment, documentation, individual training packages developed on request
Target group:
Service technicians, commissioners, integrators, project managers
Contents:
Vehicle training, independent of manufacturer – handling and use of the overall system
Target group:
Service technicians, commissioners, integrators
Contents:
Contents of procedures for shift support, logging, general
Target group:
Operations managers, planners, integrators, project managers, sales
Contents:
Specifications for an AGV project: From the requirements and functional specifications to overall acceptance of the system
Target group:
Operations managers, planners, manufacturers, integrators, project managers, sales
Contents:
Fundamentals of project management, laws, standards, guidelines, technical documentation, requirements and functional specifications, order implementation in 4 phases
Target group:
Service technicians, commissioners, integrators
Contents:
Overview of technical terminology, network models, architectures, network connections (cabling, Wi-Fi), Ethernet, OSI layer model, connections, Wi-Fi, tips from practical experience
Target group:
Service technicians, commissioners
Contents:
Binary and logical functions, EVA principle, structure and functionality of a PLC, sensors (proximity switches, rotary encoders), logical links, bus systems, programming examples
