logistics automation system: from basics to applications

Warehouse Equipment, intralogistics, material handling, smart logistics, warehouse automation, WMS, Inventory, robot


What you'll learn
understand the reason why we use logistics automation system
define the features of the logistics automation
understand the elements of the logistics automation system
understand the basic control technology of the logistics automation system
understand the basic information technology of the logistics automation system
undestand the basic structure of an entire logistics automation system
classify the material units which need to be handled
classify the movements of the materials in logistics system
undstand the automated docking receiving system and the running philosophy
undstand the automated material buffering system and the running philosophy
undstand the automated storage system and the running philosophy
know all kinds of the automated storage systems in the market
undstand the automated picking system and the running philosophy
know all kinds of the automated picking systems in the market
undstand the automated sorting system and the running philosophy
know all kinds of the automated sorting systems in the market
undstand the automated packing system and the running philosophy
know all kinds of the automated packing systems in the market
understand how to evaluate one logistics automation system
understand the procedure of the simulation for logistics system
know the approach of the smart logistics system in the future
define the feature of the smart logistics system in the future
understand how to realize the smart logistics system in the future



Requirements
Anyone can take this course (no prior knowledge of software, no logistics/warehouse management knowledge is required)"

Description
Automated logistics practitioners mainly include automated logistics equipment integrators, equipment manufacturers, software providers and automated logistics system users, and these different roles often focus on different priorities.
The successful construction of automated logistics system requires the joint cooperation of Party A and Party B, mechanical and electrical engineers, hardware engineers and software engineers, logistics planners and project implementers to complete the perfect system integration.
Most of the current books on automated logistics are basically the content of various logistics equipment parameters and functions. The underlying principle and technical application logic of automated logistics system are not introduced, and logistics technology changes with each passing day, and the rapid iteration of equipment parameters makes relevant books soon no longer applicable in reality.
This course aims to build a common technical cognition bridge for practitioners from all sides, starting from the underlying elements and basic technologies of automated warehousing and logistics system integration, and then analyzing the principles and implementation logic of automated logistics system in each typical logistics link. This course is practical and rich in content, with plenty of real life pictures and videos, easy to understand.
The technical details of this course include a series of hot topics such AS warehouse logistics automation planning and design, AS/RS, intelligent robots, automatic picking system, warehouse management software WMS, AGV, AMR application and so on.
This course is also the first time in the industry to systematically and theoretically sort out the underlying elements of intelligent logistics, providing a new analytical perspective for the cognition of automated logistics system
Who this course is for:
people work for logistics, warehouse industry which may use the intralogistics technolgy or equipments
student whoes professions are logistics management or related
people work for the implementation for the logistics automation projects or warehouse automation projects
people who work for the factory planning including the logistics planning

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