News-Events

The 2024-2025 academic year welcoming event for students of the FEEE concluded successfully. The meeting left a deep impression with the dedication of the Faculty’s lecturers and the proactive learning spirit of the students. The FEEE hopes that after this meeting, students will feel more confident and ready for the challenges in their upcoming academic journey.

Through the seminar, students have more knowledge about semiconductor technology and automatic control. From there, students have a choice of directions to focus on in their graduation projects as well as have more information and access to postgraduate scholarship opportunities.

The contest "Robot Line Following 2024" left many positive impressions and emotions in the student community of the FEEE. The event not only demonstrates the students' talents but is also an opportunity for them to bond and learn from each other. With the successes and lessons learned from the competition, students will continue to progress on the path of study and research, contributing to future career development.

Gowin Semiconductor is a corporation specializing in semiconductor circuit design with diverse products such as programmable logic components, intellectual property (IP) cores, design software tools (EDA), and KITs development products etc. The purpose is to promote research activities, technology transfer, equipment funding, exchange and training of students and lecturers of the FEEE.

The purpose of the seminar is to create opportunities for students to learn about large-scale specialized competitions and gain access to the development of applied research projects and innovative startups. At the same time, the competition also promotes international exchange and integration activities as well as promotes cooperation between universities, institutes and businesses.

The success of a group of students majoring in Automation and Control Engineering major of FEEE, TDTU at the MTA Challenges 2024 competition is a testament to their creativity, effort, and spirit of learning. The MTA Challenges competition is a promising start for talented young generations, contributing to the development of the automation and robotics industry in the future.

The final round of the competition welcomed three outstanding teams that had demonstrated remarkable ideas during the preliminary stage. The judging panel evaluated their performance and selected the first, second, and third prizes along with corresponding awards.

Through the working session, the two sides had more opportunities to cooperate in research as well as incorporate semiconductor technology into the curriculum for students studying at TDTU. Thereby contributing to the training of future semiconductor technology engineers.

The application of the "flipped classroom" model in teaching has shown that it not only fosters initiative and interest in learning for students but also contributes to the innovation of teaching methods, improves learning efficiency, and helps develop critical thinking and skills among learners.