In addition to the thousand miles of “gangshan” and sky-long sweet potatoes, the auto-research robots in room 9 are one of the biggest bright spots of the year, either auto-medicines in chili fields, or automatic pick-ups in man-gina fields, or demonstration of automatic seedlings in fields. The functions and appearances vary greatly, but they share a common characteristic: they come from the robotic team of the ma jia-hin industrials and crafts of the technological institute。
It's a fruit and vegetable picker robot designed by a team of students from the faculty of technology。
In the vegetable shed
The robot's going to show it
Between trees, a “long” robot in orbit swings its arms and picks, not only to identify the fruit with precision, but also to select the size of the fruit. Many people came to room 9 to see how the robot looked。
“the robot is an application development based on the arm of industrial machinery, and it has much to continue to improve, but we hope that it will free up more labour in the harvesting of broom fruit and vegetables.” the robot is being tested by yuan jie-sung, a junior student at the university of technology college, who, when the tourists asked for it, gave it a demonstration. The robot became a small star at the rally, which left yuan with some surprise。
The robots were busy and busy, the bots weren't idle, and the second generation of students from the tsikumi institute of technology, hu hsin hsien hsien hsien hsien hsien hsien hsien hsien hsien hsien tsien tsien tsin tsin tsin tsung, also kept the tourists informed about its work。
At the same time, the auto-planting robot, also from the faculty of technology, plants a vegetable into the ground at a level that is evenly spaced and shallow, and brings surprise to the audience。
“these robots represent the results of long-term deep-tilled greenhouses intellectualization and agricultural robotics development, which are actually in the hands of students.” it's a pleasure to see the popular robotics, the director of the institute of artificial intelligence, ma's family. His ma jia-hin-hin shop for creative talent, with its student team, has been engaged in research and research for more than a decade in the research and development of robots, which are merely representatives。
Spinach harvesters, non-harmed planters, successive generations of planting robots ... At the entrance of the gallery, he was proud to present a dozen robots on display and quickly attracted a crowd of viewers。
The students of the academy of technology demonstrated robotics at the rally。
It's at the cotron
They used to stir the wind
“we live in the land of vegetables, and our aim is to fill agriculture with intelligent brains to address some of the pains in agricultural production.” under the guidance of ma jia-hing, more than 40 university students in the team are exploring different fields of robotic applications。
Before coming to the vegetable shed, these robots had achieved remarkable results in the field of science。
“we have won 844 awards at the provincial level and the indoor agricultural track was first created by the polytechnic institute.” a quote by wang choi-young, vice president of the institute of artificial intelligence at the chinese academy of technology, at the food fair, drew much attention。
In fact, one of the leading developers of the popular pick-up robots recently participated in the 2026 fair against wise robotic developers in shandong province, where three senior students, lu gahoo, have won 16 robotic grand prix awards, including the national first prize。
The seeding robot that ran out of the 10th hall was the winner of the first-class national prize for the wise robot developer of 2025。
In 2025, the ma jia-hing team won 11 first-class awards in the seventh global competition of the world's a. I. A. Algorithms。
“the students' innovations and experiences in these competitions are also reflected in the development of a team of robots.” in the view of ma jia xin, participation in the competition is both an exercise in student skills and an important step towards real application of robots. “it is the creativity of young people that makes it possible for robots to be used in agriculture in an infinity manner, with students studying their own needs, forming their own teams and developing their own division of labour.”
The seeding robots designed by students at the technological institute of yujiang have received considerable attention at the rally。
Development of scientific talent
I'm bringing my boss to rob people
In the workshop at the crafts and crafts innovation workshop of the institute of technology, dozens of robots designed by students are on both sides of the walkway, and students from different fields of study who are interested in robotics draw nutrients from this robot。
“since listening to mr. Ma, he chose to join the ma jia-hin's innovator's studio because his interest in robots, his own learning outside of professional classes, and his fellow students, grew beyond his own imagination.” liu xinglin, a junior student in the mechanical design and automation of schools, joined the team for a year and is already one of the main players in the robotic team that planted the seedlings manually。
“the team is developing a programme of excellence in engineering in scientific research and field operations, with students from robotic engineering, automation, mechanical design, and, although not the same, here, every student we want to come out with a solid foundation for robotics.” ma jia-hyun said。
For more than a decade, more than 1,000 students have come out of the studios, including 16 outstanding university students from shandong province and three university students from shandong province, and many students have become the backbone of robotic enterprises throughout the country。
“i was the only undergraduate student in the company's r & d team, and the recruitment requirements for the company were for graduate students in the year, but my curriculum vitae at the school moved the company.” xu bao-chul, a 2024-year graduate in software engineering at the school, quickly became the backbone of research and development after the team practiced a solid physical basis for his entry into office, and led the development of multiple robots, such as autocookers and welding robots。
Prior to the fifty-first holiday, xu bao cheol returned to the primary school with the head of his company and also reached an offer of recruitment with the school。
“we have more than xu bao-chul, three of our students who came here in april alone, relying on solid professional merit and practical competence, relying on the school's newly established institute of artificial intelligence, and we also hope to achieve more by developing `new engineering' talent and advancing `production studies'.” ma jia-hin said。
