December 05, 2024

Obed Nday, a soon-to-be electrical engineering graduate, has used his time at Mizzou to conduct research and work with other students as a peer mentor and a tutor.

One of his favorite memories is when he got the opportunity to present research on the optimal power flow problem at a conference through the McNair Scholars Program. Nday says it was incredible to share his work with peers and professionals and gain their feedback.

After graduating, he will continue advancing in the field of power systems engineering by pursuing a graduate degree under the mentorship of Mert Korkali. His goal is to contribute to the development of sustainable and reliable power solutions.

Read on for a Q&A with Nday about his Mizzou Engineering experience.

Tell us about yourself.

I come from a family of seven children and am the sixth U.S. citizen with roots in the Democratic Republic of Congo (DRC) in the province of South Kivu, Uvira. Growing up in a large family taught me the value of collaboration, resilience, and supporting one another.

I chose Mizzou because of its strong engineering program, the opportunities it offers for undergraduate research and the supportive campus community, which felt like the perfect environment to help me achieve my academic and professional goals.

How did you get involved at Mizzou?

During my time at Mizzou, I immersed myself in several impactful activities. I participated in the McNair Scholars Program, which provided me with valuable research opportunities under a faculty professor. I also served as an engineering peer mentor, guiding first-year students in their academic and personal transitions. Additionally, I worked as a tutor for Mizzou Trio, assisting students with academic challenges, and presented research at conferences, further solidifying my skills and network. I am also an undergraduate research ambassador.

What made you interested in your major?

My interest in electrical engineering stemmed from my curiosity about power systems and their critical role in shaping the future. Growing up, I witnessed how unreliable power systems can significantly impact daily life, economic growth, and overall quality of life, particularly in communities with limited access to stable electricity. This inspired me to explore how electrical engineering could provide innovative solutions to such challenges.

What’s your favorite thing about Mizzou electrical engineering?

I love the balance of theoretical and hands-on learning in Mizzou’s electrical engineering program. The labs and projects, such as capstone design, have been especially rewarding, allowing me to apply concepts to real-world challenges and build practical skills.

What would you tell someone who’s interested in coming to Mizzou?

Take the leap. The university offers a wealth of opportunities to grow academically and personally. With small class sizes and a welcoming campus community, you’ll always find resources and support to help you succeed.