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At the end of the program, students gained clearer insight into industry trends, competency requirements, and skills expected by employers, thereby enabling them to develop an effective study plan and better prepare for the selection of their graduation thesis topics. The session contributed to strengthening the connection between the University, alumni, and industry, while motivating Electrical Engineering students to proactively equip themselves with the necessary knowledge and competencies to meet future labor market demands.

The meeting between the FEEE and Okura Technology Singapore Pte. Ltd. concluded successfully, marking an important step toward strategic cooperation in investment promotion and technology sponsorship in industrial robotics. This collaboration brings valuable opportunities for students to gain access to advanced automation solutions deployed in over 650 global projects, thereby strengthening their practical competencies and supporting their academic and professional development in the future.

The meeting not only strengthened the collaborative relationship between the Faculty of Electrical and Electronics Engineering and its international partners but also fostered activities in teaching, research, and development within the fields of renewable energy and green technologies. This event marks an important milestone in the Faculty’s internationalization strategy, bringing practical benefits to both lecturers and students while laying the foundation for broader and more sustainable cooperation in the future.

Through this event, students not only expanded their technical knowledge but also gained practical experience, helping them better orient their scientific research, graduation projects, and long-term career development. The program contributes to portraying TDTU students as dynamic, confident, and well-prepared individuals ready to embrace Industry 4.0 with its many challenges and opportunities.

Beyond the goals, victories, and cheers, this football tournament created unforgettable memories for FEEE students. From moments of giving their all on the field to the spirited handshakes that followed, the event served as a powerful reminder of unity, sportsmanship, and perseverance. It continues to inspire students to cultivate discipline, strengthen teamwork, and maintain a balanced journey of both academic pursuit and personal growth.

Through this competition, students not only strengthened their AutoCAD design skills but also gained a deeper understanding of the practical processes involved in implementing electrical systems for real-world projects. These are essential competencies that help them become more confident when entering the job market after graduation. Proficiency in AutoCAD opens up various career opportunities in areas such as electrical building design, MEP consultancy and supervision, smart-building system operation, and automation-related projects.

The cooperation between the FEEE and CT UAV focuses on key areas such as research and application of UAV technology, robotics, control systems, automation, and high-tech platforms for smart manufacturing. Both parties will jointly implement practical research projects, develop product models, share technical resources, and support specialized training activities.

This event served as an important occasion to strengthen international cooperation between the FEEE, TDTU, and National Yang Ming Chiao Tung University (Taiwan), while offering students the opportunity to access specialized knowledge and stay updated with cutting – edge technological trends in semiconductor circuit design – one of the key research directions in modern engineering.

This working session not only strengthened the cooperative relationship between the FEEE, TDTU and Thuan Binh Wind Power Joint Stock Company but also opened many new opportunities for students to learn, gain experience, and develop careers in real-world environments. It is considered a crucial first step in building a bridge between the university and the enterprise, contributing to the creation of a high-quality workforce for the strategic field of renewable energy.