On October 17, Professor Mung Chiang, President of Purdue University, presented the Armstrong Memorial Lecture at Columbia University’s Davis Auditorium. The lecture, titled “CHIPS: Execute for Success,” centered around the role of semiconductor innovation in national security and economic prosperity. Professor Chiang shared insights into the critical importance of public-private partnerships and universities' role in workforce development in light of the U.S. CHIPS and Science Act.
Chiang’s remarks honored the legacy of Edwin Howard Armstrong (1890–1954), who spent his adult life at Columbia Engineering, first as a student and then as a faculty member, was a pioneer in radio communication, whose inventions laid the groundwork for modern wireless technology. Armstrong’s revolutionary ideas such as FM multiplexing and superheterodyne receivers were the foundation for today’s wireless communications, influencing innovations that have shaped the digital age. Professor Chiang drew parallels between Armstrong’s groundbreaking work and the innovation imperative in today’s semiconductor industry, emphasizing the need to drive research, education, and practical application to restore U.S. leadership in chip manufacturing.
Highlighting Purdue University's initiatives in semiconductor innovation, Chiang showcased Purdue’s work in workforce development and its significant role in the semiconductor renaissance. His talk touched on the increasing demand for highly skilled semiconductor engineers in the U.S., with Purdue leading the charge in training new talent, research collaboration, and bridging academia with industry needs.
Chiang also emphasized the significance of Purdue's partnerships with key industry players and national programs, pointing to the $39 billion federal incentive for reshoring semiconductor production. He explained how Purdue, through its initiatives like the Semiconductor Degrees Program, is producing skilled engineers and researchers to meet the demand, noting that the university aims to deliver thousands of professionals to the semiconductor industry over the next decade.
Chiang's discussion concluded with a nod to the growing ecosystem of creativity and innovation fostered by universities. He left the audience with a compelling call to action: the university's role in the semiconductor revolution is not limited to technology alone, but also in shaping the future of industries through education and research.
The Armstrong Memorial Lecture celebrated the past, present, and future of electrical engineering, with Professor Chiang’s address serving as a testament to the enduring power of collaboration between academia, industry, and government in driving technological breakthroughs.
