Interview with Poster Presenter - Azeez Adebayo
The IPC APEX EXPO provides endless opportunities for students to engage and connect with the industry and experts. One of the tracks is the poster session which provides insights into technical topics. The EXPO’s content is rich and therefore offers attendees and participants access to the latest electronics manufacturing industry technical content and professional development courses with presentations featuring new technologies, advanced materials, and the latest processes that will help improve your career and business.
Azeez Adebayo, doctoral researcher from Auburn University, benefitted from this opportunity as a student poster presenter. He has been a member of the IPC Student Chapter at Auburn and elevated his professional profile by delivering a poster during the event.
Charlene Gunter, Sr. Director of the IPC Education Foundation had the opportunity to connect with him about the experience.
Charlene: “Tell me a little bit about yourself.”
Azeez: “I am Azeez Adekunle Adebayo, a doctoral researcher at Auburn University, specializing in Mechanical Engineering with a focus on the fracture mechanics of renewable and sustainable materials. Originally from Nigeria, I have pursued advanced degrees in both Nigeria and the USA, holding a master's in mechanical engineering from the University of Ibadan and another from Auburn University, with a current pursuit in financial engineering at World Quant University.”
Charlene: “Can you please share elements about your current research?”
Azeez: “My research centers on the development and characterization of cellulose nanopaper (CNP), a sustainable material with potential to replace conventional petroleum-based products. I explore its high-performance nature, particularly its mechanical properties like toughness and resistance to crack growth, which are crucial for applications in various industries including packaging and construction.”
Charlene: “Why is this important to the industry?”
Azeez: “The significance of this research in the electronics manufacturing industry is vast. CNP's mechanical robustness coupled with its environmentally friendly attributes aligns with the industry’s move towards sustainability. Using CNP could mean less reliance on harmful materials and a shift towards greener, more sustainable manufacturing practices.”
Charlene: “What’s your next steps in terms of professional growth and/or career aspirations?”
Azeez: “Moving forward, I aim to integrate my research with industry applications, specifically targeting roles in R&D departments of leading electronics manufacturers. Additionally, I am keen on enhancing my expertise in project management and strategic development to lead initiatives that champion innovative and sustainable materials.”
Charlene: “Why would you recommend students to consider career paths in electronics manufacturing?”
Azeez: “I would recommend students consider careers in electronics manufacturing because it is at the forefront of technological innovation. This field offers the unique opportunity to work on cutting-edge technologies that shape our future, from renewable energy solutions to advanced consumer electronics. It’s a sector where engineering, creativity, and sustainability converge.”
Charlene: “What has been the highlight of the IPC APEX EXPO?”
Azeez: “The highlight of the IPC APEX EXPO for me was engaging with industry experts and peers in discussions about the future of electronics manufacturing. The opportunity to exchange ideas on innovations and sustainability in circuit design and manufacturing was invaluable.”
Charlene: “Please share three new things you’ve learned this past week during the show?”
Azeez: “Advanced techniques in waste reduction for electronic manufacturing. The latest advancements in 3D printing technologies for circuit boards. New industry standards for sustainable practices in electronics assembly and production.”
Charlene: “Please share a few sentences what this award means to you personally?”
Azeez: “Receiving this award is a great honor that validates my research and academic pursuits. It signifies recognition from esteemed peers and leaders in the field, reinforcing my commitment to advancing sustainable materials. Personally, it is a testament to the hard work and dedication that has characterized my journey thus far, inspiring me to continue pushing the boundaries of what is possible in materials science.”
