🎓 FPGA & MCU TRAINING PROGRAM OFFICIALLY KICKS OFF FOR FACULTY MEMBERS AND STUDENTS ACROSS CENTRAL VIETNAM

🚀 As part of the 2026 Central Vietnam FPGA & MCU Design Competition, on the afternoon of June 29, 2026, the Da Nang Semiconductor and Artificial Intelligence Research and Training Center (DSAC), in collaboration with Willas Electronics Vietnam Co., Ltd. and SONiX Technology, successfully organized an MCU Training Program, attracting 128 faculty members and students from universities and colleges across Central Vietnam.

The program aims to equip participants with the fundamental knowledge and practical skills needed to confidently engage in research, innovation, and the development of next-generation technology solutions.

Designed with a strong emphasis on hands-on learning, the training enabled participants to build a solid foundation in MCU technology through practical exercises using development boards while exploring a wide range of real-world embedded system applications. Guided directly by industry experts, attendees gained valuable insights into emerging technologies and enhanced their skills in programming, hardware design, and embedded system development.

🎁 During the event, Willas Electronics Vietnam and SONiX Technology donated MCU development kits to Quy Nhon University, strengthening the university’s teaching and research capabilities. This meaningful contribution further demonstrates the growing collaboration between industry and academia in developing a highly skilled workforce for the electronics, embedded systems, and semiconductor industries.

The strong participation of faculty members and students highlights the growing interest in FPGA, MCU, and semiconductor technologies, while reaffirming the importance of close cooperation among government, academia, and industry in cultivating high-quality talent for Vietnam’s high-tech sector.

📅 Registration for the 2026 Central Vietnam FPGA & MCU Design Competition has been extended until July 1, 2026.

🔗 Register here: https://forms.gle/pwDdr81Sr5CSUnMA7