On the morning of January 12, 2026, the academic atmosphere at the Posts and Telecommunications Institute of Technology (PTIT) – Ho Chi Minh City Campus turned vibrant with a seminar entitled “High-Speed Analog/mm-Wave SoC Integration for Intelligent Edge”. The keynote was delivered by Assoc. Prof. Nguyen Mai Khanh, a lecturer at San Jose State University (SJSU), California (USA).

The seminar attracted a large number of staff, lecturers, researchers, and students from PTIT Ho Chi Minh City Campus, offering deep insights into high-speed microchip design—one of the core foundations of the intelligent technology and AI era.

An Inspiring Journey from Vietnam to the United States

Reflecting on his academic and research journey spanning Vietnam, Japan, and the United States, Assoc. Prof. Nguyen Mai Khanh affirmed:

“Each microchip is a work of art.”

According to Assoc. Prof. Khanh, microchip design is not merely a technical puzzle but a harmonious combination of science, technology, and creative intuition, where the smallest detail can dictate the success of an entire system. It demands absolute precision, creative thinking, and relentless perseverance from engineers.

A World of “Mind-Boggling” Numbers and the THz Era

At the seminar, the speaker guided attendees into a world of impressive figures, where microchip technology is no longer confined to the GHz spectrum but is rapidly advancing into the THz era.

Notably, Assoc. Prof. Nguyen Mai Khanh shared insights into chip measurement and testing systems, where a single equipment component can cost as much as a Lamborghini. This highlights the massive scale of investment and the strategic value of the global semiconductor industry.

Opening the Door for PTIT – SJSU Cooperation

Facilitated by connections from KIS experts, the seminar also marked a positive milestone in the cooperative relationship between the Posts and Telecommunications Institute of Technology (PTIT) and San Jose State University (SJSU).

The partnership agreement between the two institutions opens up numerous opportunities for student and faculty exchanges. Furthermore, it aims to drive collaborative research on high-tech projects, particularly in microchips, semiconductors, and applications for the “intelligent edge.”

Microchip Intelligence for the Homeland

A deeply moving highlight of the program was the overseas Vietnamese professor’s heartfelt aspiration. Assoc. Prof. Nguyen Mai Khanh expressed his desire to bring advanced microchip knowledge and technology back to Vietnam, particularly to address challenges in smart agriculture.

In his view, high technology should not just be showcased in laboratories; it must be applied to reality to contribute to the country’s sustainable development.

The seminar also recognized the dedicated bridging efforts of Mr. Nguyen Doan Hung – Chairman of KIS – and Mr. Mai Dinh Ngoc, whose contributions helped create a highly practical academic program for the faculty and students at PTIT Ho Chi Minh City Campus.

Inspiring the Future Generation of Microchip Engineers

The seminar concluded in an enthusiastic atmosphere, leaving attending students with clear directions and renewed motivation. As the microchip industry unlocks massive opportunities, the next generation of PTIT students can confidently step onto the global stage and become the “chip design artists” of the new era.