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Why earning a semiconductor certification is a game-changer

Chris Pontious

08-29-2024

San Francisco, where I grew up, is a place where technology and innovation are part of the everyday landscape. Surrounded by tech startups that turned into tech giants, I knew that combining business and technology was a powerful formula for success. This realization led me to Purdue, where I chose to study Integrated Business and Engineering (IBE), a degree that can provide a strong foundation in both the strategic and technical aspects of the industry.

During my materials engineering class, I discovered my fascination with semiconductors, the tiny but powerful components at the heart of nearly every technological advancement. I knew that gaining specialized knowledge in this niche field would set me apart, so I pursued the Semiconductors and Microelectronics Certification.

It is a comprehensive 16-credit program covering one foundational course, 9 credits of technical electives and 6 credits of hands-on experience. To meet the practical experience requirement, I participated in a two-week study abroad program in Japan, a country where tradition and cutting-edge technology coexist, providing a unique perspective on how innovation can be driven forward. This ended up being the highlight of my certification experience.

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Members of the Purdue Japan semiconductors program visited the Fushimi Inari Shrine in Kyoto.

While in Japan, we visited Tokyo Tech, Tohoku University in Sendai and Hiroshima University, where I was introduced to pioneering research work. One lecture on spintronics, a technology promising to enhance energy efficiency in electronics, particularly stood out as it highlighted the vast potential of semiconductors. These sessions were challenging but incredibly insightful, revealing new dimensions of semiconductor technology and its applications.

The trip wasn’t just about academics. The cultural experiences were equally eye-opening. Japan’s approach to innovation is deeply rooted in long-term thinking and exploration, in contrast to the USA, which often focuses on immediate commercial applications. This mindset encourages bold, groundbreaking work to flourish, even if the commercial payoff isn’t immediate.

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Here I am posing in front of the Hiroshima University sign.

At Tokyo Tech, we observed research into eco-friendly solar panels that prioritized sustainability over quick financial gains. This approach provided a valuable contrast to the more market-driven strategies I was accustomed to in the USA. Experiencing this blend of perspectives broadened my understanding of how innovation can thrive globally.

We also visited semiconductor manufacturing plants in Tokyo, Kyoto, Hiroshima and Miyagi, which provided hands-on insights into how these innovative ideas are brought to life. Observing the meticulous processes involved in creating high-quality semiconductors was fascinating. Companies like Western Digital and Micron showcased how advanced automation and strict quality control are crucial to ensuring the precision and reliability of their products.

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We saw probing equipment in the labs at Hiroshima University.

These experiences deepened my appreciation for the complexity of semiconductor manufacturing and fueled my desire to dive even further into this field, knowing I had gained insights that combined the best practices from different innovation cultures.

When I returned to Purdue, I realized that this experience had deepened my understanding. Courses like Business Law with Professor Cara Putman suddenly felt more relevant as I began connecting the dots between technical innovation and intellectual property. The interdisciplinary nature of my education allowed me to blend these insights seamlessly, giving me a well-rounded understanding of how business and technology intersect.

This certification enhanced my resume, broadened my horizons and opened up new career possibilities. The possibility of working with leading semiconductor companies in Japan now feels like a real opportunity.

This experience showed me that innovation is a universal language that transcends borders and cultures. Building connections with Japanese students and professionals, despite language barriers, also taught me the value of global networking.

If you’re considering a similar path, I highly recommend it. The semiconductor industry is central to the future of technology, and gaining expertise in this field can significantly boost your career prospects. This certification both bridged the gap between my business studies and the technical world and gave me a holistic view of innovation. It is an exciting time to be part of this journey, and I’m eager to see where it takes me next.

The Japan semiconductor group standing in front of Sensoji Temple in Tokyo.

This is me standing in front of Shiraito Falls, at the base of Mount Fuji.

We enjoyed Itsukushima Shrine at sunset.

Chris Pontious is a senior undergraduate student at Purdue University, pursuing a degree in Integrated Business and Engineering with a specialization in Semiconductors, Data Analytics and Supply Chain Operations. Hailing from Greenbrae, California, just outside San Francisco, Chris has been actively involved in various extracurriculars at Purdue. He was a member of the Purdue Crew team, earning gold at the SIRA Regionals and silver at the ACRA National Championships in 2022. He is also a member of the Phi Gamma Delta Fraternity and served as a team leader for the IoT VIP team in Spring 2024.

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