Practical training based on Smart Manufacturing
Case
Recent Training Course
Series
9. Online
Query of Training Schedule (Training Course Plan)
Each class plan should be posted as early as possible,
website:
Meta4-0.com/training/class.html. Note
that the domain name does not accept the points of industry
4.0 (.) Therefore, the bar (-) is used instead. You can go
directly to the training part of industry
4.0 Metaverse site(Meta4-0.com/training). Also see
Training overview.
8. PPT
Summary of More Than 100 Training Courseware (Based on More
Than 200 On-site Project Cases)
A summary of
more than 100 training courseware PPT
contents
based on more than 200 Smart Manufacturing cases
completed in Germany, the United States, South Korea and
China. Each courseware can be used for 2 class hours,
including the content of ppt on each page of this set of
courseware.
7. Practical
Training of Smart Manufacturing Based on Project Cases -
Become Highly Paid Experts and Improve Enterprise Profits
This is a technical paper on this training, which was written
at the invitation of a magazine. It introduces more than 200
cases of Smart Manufacturing projects and millions of pages of
technical resources involved in the training. This article also lists about 50
courses of Smart Manufacturing training. This training is of
great value in becoming highly paid experts and improving
enterprise profits!
6. More
Than 200 On-site Smart Manufacturing Projects Involved
in Lectures in 2021
The main trainer has developed benchmarking projects in
on-site Smart Manufacturing projects in the past 30
years, such as BYD lithium battery Smart Manufacturing
project, benchmarking projects in the United States, Germany
and South Korea, etc. Detailed explanation of the project.
Explain each project several times.
5. Million
Pages of Technical Materials for Smart Manufacturing
Training Reference
In the early stage, the team collected millions of pages of
technical materials in major libraries in Germany, the United
States, Canada and other countries. For example, in 2019, the
team downloaded more than 200 technical books related to
industry 4.0 (PDF version) at the University of Aachen,
Germany. It was originally planned to use a large amount of
these materials for the development of engineering technology
websites (such as Meta4-0.com), which were used for training
reference because of the strong market demand for Smart
Manufacturing training.
4. Smart Manufacturing Training is An Effective Way to Improve The Employment
Rate of Graduates
This course focuses
on students who are still studying in colleges or are about to
graduate. We believe that the main reason for the low
employment rate is that the professional scope of graduates is
too narrow to meet the needs of enterprises. The key problem
of Chinese schools for a long time is that the division of
majors is too fine. It is difficult for graduates to quickly
adapt to multi-disciplinary integration when they arrive at
the scene. As the key of Smart Manufacturing,
multi-disciplinary integration is precisely the urgent demand
of manufacturing scene. The demand of manufacturing
industry for multi-disciplinary integration such as process,
product, equipment, model, software, automation and data
acquisition is the most difficult part for fresh graduates to
adapt to, because when graduates are in school, they either
study this major or that major, but they are not competent for
the overall integration of these majors. This makes it take a
long time for graduates to be competent after entering the
work, which increases the burden on enterprises and greatly
reduces the demand for early graduates. The training of Smart
Manufacturing provides students with learning
ideas and important ways of multi-disciplinary integration.
Just as the lecture focuses on a series of methods that have
been explored by trainers for decades to quickly become
multinational multi-disciplinary experts, and continue to
improve on this basis! Based on multi-disciplinary
integration, Smart Manufacturing has become a key
measure to solve the problems of manufacturing industry.
Therefore, people with Smart Manufacturing background can not
only get employment, but also get high salary quickly. For
example, the salary is about 50% higher than that of the
existing level (usually 30-100%, which can be increased by ten
times after becoming an expert)!
3. Practical
Training of Smart Manufacturing: Application of Artificial
Intelligence in Smart Manufacturing
Taking industrial AI
technology as the core, this course introduces AI and its
technical basis, application scenarios and practical cases in
manufacturing industry, looks forward to the future
development trend, and helps students establish a
three-dimensional and comprehensive industrial AI knowledge
system, combined with their own background knowledge and work
experience, Extract several typical cases from the existing
application scenarios for in-depth analysis, and master the
project ideas and application value; In particular, it enables
students to have a real understanding of what Smart
Manufacturing is, the main problems and solutions of
Smart Manufacturing. For example, it can effectively
avoid the failure of intelligent production line projects with
investment of hundreds of millions of yuan because many
enterprises do not know what Smart Manufacturing is, as
well as the four key problems that must be solved to realize
the success of Smart Manufacturing of Chinese
enterprises! With the help of the training of practical
projects, students can basically obtain the preliminary
methods to solve the Smart Manufacturing problems of
their own enterprises. Applicable objects: CEOs, CTOs,
technicians, R & D personnel and production managers of
manufacturing enterprises engaged in Smart Manufacturing
decision-making and execution. Specifically, leaders in charge
of Smart Manufacturing, decision makers of factory
Smart Manufacturing, as well as experts and technicians
engaged in Smart Manufacturing.
2. Model
Training: Rolling Process Model and Rolling Mill Technology
Development
Model Training: Steel Rolling Process
Modeling and Mill Development
The training consists of twenty modules. Each module has
Lessons on fundamental topics, and a Lab for performing hands-on
excises. The work on steel rolling process modeling and mill design requires
large amount of hands-on calculation and data processing, so this type of Lab
excises
is necessary for high-quality training.
1. Introduction
to Mr. Benjamin Li Industry 4.0 Network
German Ph.D. of
Engineering (Model / AI), with practical working experience in
process, material, equipment, data acquisition, model and
automation;
American software doctor (software architecture /
Development), with practical working experience in software
architecture, machine self-study and software development;
30 years of experience in Smart Manufacturing in
Germany, the United States, China and South Korea; Self
consultation and development of more than 100 projects,
leading the team to develop more than 100 projects, a total of
more than 200 projects; Familiar with Smart Manufacturing site;
He has given more than 30 training lectures.
SERVICES
Consulting: Biz,
Defect warn,
Li-Batt,
Steel...
Projects: Summary,
Main,
Modeling...
Indu. Apps:
Achievements,
T- field,
Freeform...
Company:
Resource,
Products,
Domains...
Tech:
Need,
Metaverse,
Smart Manu...
Training:
Courses,
Overview,
Resources...
Training
General,
Paper,
Courses,
Course overview,
Resources,
Trainer,
Experience,
Study method,
project,
Case-based
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Enrollment
for Current Training Series.
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