In the 21st century, the electronics industry has undergone earth-shaking changes. Technological advances and the renewal of thinking have brought many new forms of products and markets. It also promoted the development of new forms of products, which led to the birth of several new giants. For example, the birth of drones and wearable devices has brought new experiences and new challenges.
Take the UAV as an example. This is a complex system involving many fields such as ESC, flight control, image transmission and battery life. Unconventional engineers and components can meet this stringent requirement. Especially for China, which is developing semiconductors and smart manufacturing, but the foundation is relatively weak, this is a “big mountain†that needs to be conquered; this is also a “peak†for Chinese engineers.
To this end, in addition to reforming from the education of its own university students, the Ministry of Education of China has also cultivated a new generation of Chinese engineers by deepening cooperation with international advanced semiconductor companies. The semiconductor giant Infineon from Germany is one of the advanced representatives.
Participating in competition is a way to improve your skills.
As we all know, Germany is a country with a strong engineer culture. Their engineers' rigorous academic attitude has been recognized globally. The solid technology of these engineers enables them to continuously develop innovative products. How did they develop these abilities?
From left to right, Rosina Kreutzer, Global Head of Application Marketing, Infineon Power Management and Diversified Market Systems; Kate Pritchard, Global Senior Director, Power Management and Diversified Market Distribution Market, Infineon; Electrical School, Ministry of Education Professor Feng Renbin, deputy director of the Professional Teaching Steering Committee; TIm Hu, Global Distribution Marketing Manager, Power Management and Diversified Market, Infineon; Zhou Wei, Planning Manager, Infineon University.
When asked about this question, Rosina Kreutzer, global head of Infineon's Power Management and Diversified Market System Application Promotion Marketing Department, told the semiconductor industry observers: "I think participating in the competition is an important way to improve the technical level of engineers."
Rosina said that participating in the competition category is very helpful for junior engineers, because through the competition, not only can you learn about semiconductor companies, understand the upstream of the industry, learn more about the industry, understand the industry trends, and also related companies. The products and technologies have an in-depth understanding and are ready for future development. In addition, during the competition, participants can continue to express themselves and may be recognized by the company, which is also a good help for their career.
In order to help Chinese engineers grow, Infineon also held a number of competitions this year. This year, a special drone design competition was held around the popular UAV field to help improve the "hard power" of the future development of China's drones. â€
Group photo of the Infineon drone competition final team
Infineon said that this is a relatively important issue in the cooperation between Infineon and Chinese universities.
Because Infineon itself has a wealth of MCUs, motor drives, sensors, 24Ghz radar, MOSFET products, the technical accumulation in these areas allows them to have innate advantages in the UAV's ESC, flight control and other aspects, so they are In January of this year, a drone competition was organized to help train Chinese drones.
According to Infineon's TIm (Infineon's Global Distribution Marketing Manager for Power Management and Diversified Markets), this competition is open to all Chinese university students, and all university students can participate, thus attracting 206 teams from all over the country. In the final stage, 10 teams entered the finals and scored the finals in the final stage.
Winning team photo
TIm told reporters in the semiconductor industry that the first prize was from a team from China Southern Airlines. They did a follow-up drone; and the second prize had two:
One is the forest disaster relief system built by the students of Xiamen University. It can achieve fixed-speed and fixed-speed flight. It can use its algorithm to determine the fire area of ​​the forest through infrared and sensing to find the fire source.
The other is a student project at Shanghai Maritime University. The students have made a car parking guidance system. The system uses drones to detect where empty parking spaces are available, and then sends a message to the drone through their central control system to guide the car to the blank parking space.
Asked about the evaluation of these award-winning projects and entries.
Ms. Kate Pritchard, Global Senior Director of the Distribution and Marketing Department from the Infineon headquarters in Germany, directly used the words “Amazing†and “impressive†to answer.
She said that she did not expect Chinese college students to study in the field of drones so deeply, and the creativity is so eye-catching. She specifically pointed out that the first prize developers used Infineon in the whole system including main control, flight control, ESC and sensor products, such as 24Ghz radar to avoid obstacles, because the team put 24Ghz in a few days. Used in actual obstacle avoidance, which surprised them about the practical ability and level of development of Chinese students.
Flight demonstration at the final stage
It is this performance that has changed the rewards of Infineon. This will bring a person to the Infineon headquarters for an internship, and now they will bring the first team and four people to Germany for an internship.
This responds to the benefits of Rosina's aforementioned competition.
Professor Feng Renbin, deputy director of the Electrical Education Teaching Steering Committee of the Ministry of Education, also said that the Infineon's competition brought three important constructions:
The first is to build a learning platform for students, which cannot be completed by the school alone;
The second is to set up a stage for students to show that they can apply what they have learned and have opportunities to show;
The third is to build a bridge of cooperation between schools and enterprises, and to set an example for co-cultivating talents;
The development of outstanding engineers also needs these aids.
Although the competition is conducive to engineers to verify their ability, but the accumulation of knowledge in the early stage is fundamental, but it is still the same sentence, the old school materials relying on the school is out of touch with the society, then you need to absorb some new knowledge, This requires a supply channel. According to Maggie, program manager at Infineon University, they have been pursuing college students since 2003, working with universities to develop talents that meet the needs of businesses. Among them are:
The first, and Tsinghua University co-sponsored the "future of automotive interest groups" innovation project. Infineon cooperates with Tsinghua University through products, engineers technical support and company funding to promote the accumulation of Tsinghua University students in automotive electronics. Help these future engineers to reserve technology and be able to work in the future.
Second, Infineon will hold training at the university. By inviting experienced engineers to give lectures at the university, students and teachers are trained in the latest technologies and trends to enable them to access new technologies beyond the textbooks. In particular, the training of teachers can cover more students, so the positive impact is unpredictable.
In addition to corporate help, the “Engineering Excellence Program†and “Engineering Education Certificationâ€, which are being promoted by Chinese university education itself, are also helpful for the development of outstanding engineers.
The help from the outside world gives you the conditions, and your own efforts are the prerequisite.
Rosina told reporters in the semiconductor industry that if they want to be a good engineer, they must focus on internships. She emphasized that students must go to an internship because the internship is very helpful for personal promotion. She pointed out that the interns themselves are not very familiar with the practical application of technology, but after going to the enterprise, it is easy to obtain relevant knowledge.
She went on to say that especially for Chinese students, if they have the opportunity, they must go abroad to see what they have learned. The level of knowledge structure and technical insights brought about by contact with advanced enterprises have benefited a lot.
Kate also agrees with this view. She said that in order to see the trend of globalization, Chinese engineers must go out, and the promotion of these different cultural layers can not be measured.
Kate also said that an engineer must have passion. If there is no passion, decades of engineering career will be very painful. If you have passion, not only can you do better, but the reward is even more amazing. She takes Infineon as an example. According to her introduction, the salary of senior engineers of Infineon is much higher than that of the average manager.
According to the above status quo, compared with the first generation of Chinese engineers, the current Chinese engineers have a high improvement in terms of training and hardware level. How can today's engineers stand on the shoulders of semiconductor companies like Infineon and look farther, and they need to pay their own interest and passion.
Are you ready for the outstanding engineers of the future?
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