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At the conclusion of the program, students had further opportunities to gain a clearer understanding of their academic orientation, rights, and responsibilities within the university environment. At the same time, the closing program of the Spring Volunteer Campaign 2026 contributed to spreading the spirit of social responsibility, community awareness, and volunteerism among students of the FEEE, thereby strengthening the connection between the university, students, and local communities through community-oriented activities.

Through the seminar, students gained a clearer understanding of advanced engineering solutions currently applied in industry, bridging academic knowledge with practical production environments. The event not only expanded professional knowledge but also strengthened collaboration between the FEEE and industry, creating opportunities for students to enhance their career awareness and access new technologies in the future.

Throughout the program, students also had the opportunity to directly observe and experience the operation of Delta robots and lightweight 5-axis collaborative robots (cobots) manufactured using self-lubricating plastic materials. These advanced devices demonstrated the latest technological trends in robotics and industrial automation. The hands-on experience helped students gain deeper insights into technology development trends, equipment operation processes, and the professional skill requirements of modern engineering workplaces.

FEEE Startup Wings 2026 concluded with many remarkable highlights, strongly spreading the spirit of creativity, integration readiness, and the aspiration to master technology among students of the Faculty of Electrical and Electronics Engineering, Ton Duc Thang University. The competition will continue to serve as an important launchpad for nurturing young innovators, pioneering engineers, and promising startup projects in the coming years.

The seminar provided valuable and up-to-date practical insights into renewable energy integration, enabling students to better understand key technical issues as well as future trends in power systems. It also offered an excellent opportunity for students to access international academic knowledge, thereby inspiring learning and research in a globally integrated context.

The seminar delivered valuable and practical information, enabling students to better understand the semiconductor industry while supporting their academic and career orientation. Furthermore, the program introduced emerging technologies, helping students keep pace with the rapid advancement of modern technological trends.

he program not only delivered inspiring and practical stories from successful alumni but also encouraged students to proactively connect with industry partners, the startup ecosystem, and available resources for idea development. Overall, the event contributed to fostering an entrepreneurial spirit and innovation among students of the Faculty of Electrical and Electronics Engineering, aligning with the goal of training high-quality human resources to meet the demands of society and the labor market in the digital era.

Through this activity, the Faculty of Electrical and Electronics Engineering continues to affirm its practice-oriented training approach, strengthen connections with alumni and industry, and contribute to improving the quality of human resources to meet the demands of the electrical and electronics industry in the digital era.

The seminar concluded successfully. Through this activity, students of the FEEE not only gained additional specialized knowledge in sensing technologies and radar systems from international experts but also accessed scholarship opportunities and international academic exchange programs, contributing to broadening their perspectives and enhancing their global integration capabilities.