Universal Robots co-organized the "Dongguan Intelligent Collaborative Robot Vocational Skills Competition"

Create Date: 2024-8-30 12:03:23|Source: Universal Robots/UR

Adhering to the spirit of "Skills China Action", we will help Dongguan build a "skilled talent city" and empower the upgrading of manufacturing talents in the Greater Bay Area and China.

The 2022 "Dongguan Vocational Skills Competition - Intelligent Collaborative Robot Vocational Skills Competition" was held on September 17. This competition is a first-class competition at the Dongguan municipal level, sponsored by the Dongguan Municipal Human Resources and Social Security Bureau and undertaken by the Guangdong Intelligent Robot Research Institute. Universal Robots, a Denmark cobot manufacturer, is the lead co-organizer of the competition, providing the winners with an industry-recognized certificate of completion, exclusive sponsorship of all cash prizes, training support for the competition, and several models of hands-on cobot equipment.
Universal Robots co-organized the "Dongguan Intelligent Collaborative Robot Vocational Skills Competition"
  [Figure: Universal Robots' cobots as practical equipment for the finals]
Universal Robots co-organized the "Dongguan Intelligent Collaborative Robot Vocational Skills Competition"
  [Figure: The contestants use Universal Robots' cobots as the practical equipment for the finals]

As the upgrading of the manufacturing industry continues to move forward, General Secretary Xi Jinping has repeatedly emphasized in recent years that the team of skilled workers is an important foundation to support China's manufacturing, and it is necessary to accelerate the training of a large number of high-quality workers and technical talents. In 2021, the Ministry of Human Resources and Social Security also issued the Implementation Plan of the Skills China Initiative, which clearly stated that more than 40 million new skilled talents would be added during the 14th Five-Year Plan period. As an important manufacturing town in the Greater Bay Area and even the country, Dongguan also issued the "Work Plan on Continuing to Promote the "Three Projects" and Deepening the Construction of the "Capital of Skilled Talents" this year, emphasizing that by the end of 2025, the proportion of high-skilled talents in the city will reach 40%.

The purpose of this competition is to give full play to the exemplary and leading role of vocational skills competition in talent training and provide talent guarantee for the high-quality development of the industry. The competition is aimed at professionals engaged in robot-related positions in Dongguan, and sets exam questions with reference to the national vocational skill level (level 3/senior worker) standards for industrial robot system operation and maintenance personnel and the new knowledge and new technology of intelligent collaborative robots. The preliminary round will be conducted in the form of theoretical knowledge competition, and the top 24 contestants will enter the practical finals, and finally decide 1 gold award, 2 silver awards, 5 bronze awards, and 10 winning awards.

The competition was a complete success, and the winners not only received the certificate of completion and bonuses and prizes from UROS, but also won the honorary certificate of "Dongguan Technical Expert" issued by the Dongguan Municipal Human Resources and Social Security Bureau according to the award level.

Adam Sobieski, President of Universal Robots Greater China, attended the competition as a guest of honor. Speaking at the opening ceremony, Mr. Su said, "China is one of the world's most important manufacturing and robotics markets, and Universal Robots has always had a strong commitment to the Chinese market. Co-sponsoring this competition is an integral part of Universal Robots' education program. Through a series of training and education programs, Universal Robots hopes to help train more collaborative robot experts in the industry, and empower more young people in China to upgrade their skills to become senior engineers and technicians, so as to prepare a good talent pool for China's manufacturing industry to continue to move towards the high-end of the industrial chain. ”
Universal Robots co-organized the "Dongguan Intelligent Collaborative Robot Vocational Skills Competition"
  [Photo: Su Bikai, President of Universal Robots Greater China, and other guests attended the launching ceremony of the competition]
Universal Robots co-organized the "Dongguan Intelligent Collaborative Robot Vocational Skills Competition"
  [Photo: Su Bikai, President of Universal Robots Greater China, delivered a speech at the opening ceremony]

Sun Zhenghua, Technical Director of Universal Robots Greater China, attended the competition as a special guest. "The characteristics of cobots make them ideal for training environments," says Sun. Cobots are ideal for everyday teaching environments, such as corporate training centers and classrooms on campus, due to their ability to work safely with people in close proximity, simple programming, and quick and flexible installation and deployment. With more than 50,000 cobots deployed worldwide, we have accumulated first-hand feedback on the needs of our users, so as to ensure that the training content is constantly updated to truly meet the needs of our users. ”

Zhang Guojun, President of Guangdong Intelligent Robot Research Institute, the organizer of the competition, said: "Dongguan City is vigorously promoting the construction of a 'skilled talent capital', and one of the main tasks is to promote the vocational skills competition to a new level and build a characteristic skills competition system. As a new R&D institution in the field of robotics and intelligent manufacturing supported by the Dongguan Municipal People's Government, Guangdong Intelligent Robot Research Institute carries an important mission of talent cultivation. In the process of hosting this competition, we have worked hand in hand with collaborators such as Universal Robots to provide talent for the industry in close cooperation with corporate practices, hoping to fill the gap between the skills of workers and the needs of the market."

Automation skills training should address the dual gap of general workers and high-tech talents in the manufacturing industry

Behind the government's various policies focusing on cultivating manufacturing talents, the global manufacturing industry is facing the problem of difficulty in recruiting manufacturing workers, and China is no exception. The difficulty in recruiting workers is first reflected in the general job position, because the repetitive work with low wages lacks a sense of fulfillment and attraction for young people. As digital transformation accelerates, automation tools such as cobots will play an increasingly important role in replacing tedious, dangerous, repetitive, and labor-intensive tasks, allowing workers to focus on more valuable work, improving efficiency and safety while increasing employee fulfillment.

In addition, the difficulty in recruiting workers is reflected in the shortage of high-skilled talents. Automation replaces basic tasks, but it also creates many new jobs and catalyzes the demand for highly skilled workforce. According to the World Economic Forum, the development of automation will create 97 million new jobs by 2025. At the same time, the data shows that in recent years, the ratio of China's high-skilled talents has remained above 2 for a long time, which means that a technical talent corresponds to at least two positions, which is in demand. Specific to the field of intelligent manufacturing, the Ministry of Human Resources and Social Security released the "Ranking of the 100 Occupations with the Most Shortage of Jobs in the Fourth Quarter of 2021", which shows that the ranking of industrial robot system operators has risen rapidly, and the degree of lack of engineering has increased.

Obviously, as the pace of industrial automation continues to accelerate, the industry must prepare for this purpose, and at the same time, practitioners need to update their skills, which will greatly benefit the career prospects of individuals. With state-of-the-art cobots and a range of educational and training initiatives, Universal Robots hopes to help practitioners achieve "knowledge refreshment" and upskilling, grasp the opportunities of new jobs in the future, and help the industry reap the benefits of automation investment faster.

The coverage of Universal Robots' education programs continues to expand

Co-sponsoring the competition is an integral part of UR's overall education program. Universal Robots has always wanted to help the industry develop more cobot talent, create a training ecosystem, and combine the power of Universal Robots, distributors, colleges and authorized training centers to provide more value to students.

Universal Robots China has set up "Universal Robots Academy" training centers in Shanghai, Shenzhen, Beijing and Taiwan, and at the same time deployed the "Universal Robots Academy" authorized training center project, which currently covers Dongguan, Suzhou and other key cities in the Greater Bay Area and many strategic regions of the Yangtze River Delta, so that students can participate in professional collaborative robot training at the "doorstep". The UR Academy training modules cover a range of advanced cobot programming and operation skills, including cobot scripting, industrial communication, and interface operation. Those who pass the training not only receive industry-recognized certificates, but also gain first-hand hands-on experience.

To date, around 150,000 people worldwide have acquired the skills needed to work with Universal Robots through the Universal Robots Academy training courses. In addition to empowering industry professionals, Universal Robots is also expanding its training programs to a wider range of educational fields, providing its advanced collaborative robots, online learning platforms, offline simulators, and teaching materials to students of multiple age groups such as schools, colleges, and universities in many countries around the world to prepare students for their future careers. Teachers and students who have passed the training are certified, and more than 1,000 students and teachers worldwide have been certified.

More on that
Universal Robots – the seven advantages of cobots Universal Robots – the seven advantages of cobots

1. The cobot is easy to program Some new cobots are designed to be user-friendly and easy to program, eliminating the need for engineers to implement. Some even have manual guidance, where cobots can learn by example and at the same time can follow their programmed tasks ...

Universal Robots – a taxonomy of robot control Universal Robots – a taxonomy of robot control

1) According to whether there is feedback or not, it is divided into: open-loop control, closed-loop control, Conditions for open-loop precise control: The model of the plant is known precisely and this model remains unchanged during the control process. 2) According to the expected control quantity, it is divided into: force control, position control, mixed control...

Universal Robots – What should I pay attention to when designing the fuselage of an industrial robot? Universal Robots – What should I pay attention to when designing the fuselage of an industrial robot?

1. After opening the robot main switch, you must first check that the robot is not at the origin position, if not, please manually track the robot back to the origin, it is strictly forbidden to open the robot main switch, and press the start button to start the robot when the robot is not at the origin. 2. After turning on the main switch of the robot ...

Universal Robots – an introduction to the classification of industrial robot manipulator coordinates in the form of coordinates Universal Robots – an introduction to the classification of industrial robot manipulator coordinates in the form of coordinates

1) Cartesian coordinate industrial robots Its moving part consists of three rectilinear movements (i.e., PPPs) perpendicular to each other, and its workspace graphics are rectangular. Its moving distance in each axis can be directly read out on each coordinate axis, which is intuitive and easy to compile position and attitude.

Questions about Universal Robots Questions about Universal Robots

1. Can Universal Robots run programs automatically after they are turned on? How? Under normal circumstances, Universal Robots needs to complete the following steps to start up to run the program: boot, initialize the robot (on, start), load the program, start the program, return to the starting point (automatic), ...

Universal Robots – Key features and benefits of collaborative robots Universal Robots – Key features and benefits of collaborative robots

Key features of cobots: 1. Lightweight: Make the robot easier to control and improve safety. 2. Friendly: Make sure that the surface and joints of the robot are smooth and flat, and there are no sharp corners or gaps that are easy to pinch the operator. 3. Perception: the perception of the surrounding environment, ...

Universal Robots strengthens its capabilities and responds to the call to achieve corporate goals Universal Robots strengthens its capabilities and responds to the call to achieve corporate goals

As automation awareness prevails across industries, so does the demand for Universal Robots (UR Robots) from Denmark. In all the markets where UR robots operate, the manufacturing industry is facing very big challenges, such as manpower shortages, ...

Universal Robots – What systems are available for industrial robots? What does it do? Universal Robots – What systems are available for industrial robots? What does it do?

1. Mechanical Structural System: The mechanical structure system, also known as the manipulator or actuator system, is the main carrier of the robot, which is composed of a series of connecting rods, joints, etc. Mechanical systems typically include the body, base, arms, wrists, joints, and end-of-action devices, each of which ...

Universal Robots – the components of an industrial robot control system Universal Robots – the components of an industrial robot control system

1. Control computer: the dispatching and command mechanism of the control system. Generally, microcomputers, microprocessors have 32-bit, 64-bit, etc., such as Pentium series CPUs and other types of CPUs. 2. Teaching box: the working trajectory and parameter setting of the teaching robot, as well as all human-computer interactive operations, ...

Universal Robots – several issues related to the resolution of industrial robots Universal Robots – several issues related to the resolution of industrial robots

1. Robot accuracy: Robot accuracy mainly includes posture accuracy and trajectory accuracy. It is mainly affected by mechanical errors (transmission error, joint clearance and flexibility of the linkage mechanism), control algorithm error and resolution error. (1) Pose accuracy Indicates the command pose and from ...

What are the advantages of the Universal Robots Collaborative Robotic Arm over traditional industrial robots? What are the advantages of the Universal Robots Collaborative Robotic Arm over traditional industrial robots?

1. Flexibility In the industrial production line, industrial robots are a key part, but some unexpected situations will be encountered in the production process, such as a problem in a certain link, due to the integrity of traditional robots, the entire production line may be stopped. But the UR machine ...

Key features of the Universal Robots e-Series Key features of the Universal Robots e-Series

1. The design of the E series teach pendant is lighter, and the 8mm cable is more gentle. 2. Enhanced control and repeatability: The e-series robots have a control frequency of 500 Hz, which is 4 times faster than the C B3 series UR3e and UR5e repeatability = ±0.03mm The UR10e and UR16e are heavy ...

Universal Robots – a classified introduction to robot control systems Universal Robots – a classified introduction to robot control systems

1. Centralized control system: use a computer to realize all control functions, simple structure, low cost, but poor real-time, difficult to expand, this structure is often used in early robots. In the PC-based centralized control system, it makes full use of the characteristics of PC resource openness, which can be realized.

Universal Robots are used for force-controlled assembly Universal Robots are used for force-controlled assembly

Universal Robots are used for force-controlled assembly Application requirements: According to the changes in external force and torque, the robot can automatically and accurately and quickly adjust the position and attitude to adapt to the new changes, and continue to complete the workflow at the speed and direction specified by the program. Technical Description: Universal Robots ...

Universal Robots – What is the role of the six axes of a six-axis robot? Universal Robots – What is the role of the six axes of a six-axis robot?

The first axle: The first axle is the position of the link chassis, which is also the load-bearing and core position, which carries the weight of the entire robot and the large swing of the left and right levels of the robot. The second axis: an important axis that controls the robot to swing back and forth, and expands and contracts. The third axis: the three axes are also the control ...

Universal Robots' polishing and grinding technology Universal Robots' polishing and grinding technology

Polishing is an indispensable fundamental process in the manufacturing industry. From heavy machinery and automobiles to mobile phones and home appliances, they are all inseparable from polishing and grinding; It is precisely because of the existence of this production process that these items that can be seen everywhere in our daily life have a high-value appearance. ...

Universal Robots Industrial Robot Repair and Maintenance Universal Robots Industrial Robot Repair and Maintenance

1) Clean the manipulator Regularly clean the base and arm of the manipulator; High-pressure cleaning equipment can be used, but direct spraying to the manipulator should be avoided; If the manipulator is protected by oil film, please take it out as required (avoid using strong solvents such as acetone and plastic protection). To prevent static electricity, it is necessary to use a damp rag ...

An overview of the 5 main components of Universal Robots An overview of the 5 main components of Universal Robots

1. Control system The calculations, generally referred to as the control system, contain all the components that make up the central processing unit of the UR robot. The control system is programmed to tell the robot how to use specific parts, similar to a human brain sending signals throughout the body to achieve a specific task. This kind of machine ...

Universal Robots – What are the common application areas for industrial robots? Universal Robots – What are the common application areas for industrial robots?

1. Machining applications (2%) The application of robots in the machining industry is not high, accounting for only 2%, probably because there are many automation equipment on the market that can be competent for machining tasks. Machining robots are mainly engaged in the fields of application including parts casting, laser ...

Universal Robots – Considerations for Packaging Robots Universal Robots – Considerations for Packaging Robots

1. Have a comprehensive understanding of the production capacity of the enterprise The palletizing robot on the production line is the auxiliary equipment in the production process of the beer enterprise, and the production capacity of the enterprise directly determines the demand for conveying and palletizing work. 2 ...

CATEGORIES BYPASS
Customer Service Center

Online Consultation:QQ


ContactContact

Contact: Manager Huang

Contact QQ: 3271883383

Contact number: 13522565663


Scan the code to add WeChat (please save the picture first on the mobile phone)

working hoursworking hours

Weekdays: 9:00-17:00

Holidays: Only emergencies are handled

Contact us

Contact us

Contact number QQ consultation
QQ consultation

3271883383

Company address
Back to top