Francis Bu reports on his experiences at the Michigan Math and Science Scholars program, where he is studying “Surface Chemistry.” During the first week, Francis learned, through a wide variety of coursework and lectures, where his passion lies.
“During my time here, I’ve quickly learned how to navigate campus, especially finding the best shops and stores around the dorm. I’ve discovered that I greatly enjoy independence and getting around on my own. Being self-sufficient has given me a sense of control and accomplishment, which has helped me realize how much I truly enjoy college life. Another important thing I’ve discovered is that I genuinely despise lectures but love ‘hands-on’ lab work. I truly enjoy handling chemicals, starting reactions, and testing ideas to formulate and analyze my results. For some reason, I get an adrenaline rush similar to when I go for a fast-paced run or play a game of soccer. Upon my return to Carbondale, I hope to find a biology or chemistry research lab to work in, developing my skills and building my knowledge in the field in preparation for college,” Francis says.
“In addition to university life and the campus, my Surface Chemistry course is also very interesting. In this class, we’ve discussed the applications, properties, and techniques of surface science, focusing on their roles in the human body, technology, and everyday life. We typically have a lecture from 9:00 to 12:00, followed by an additional lesson or lab work in the afternoon from 1:30 to 4:30. After class, we have from 5:00 to 9:00 to study, explore campus, or participate in various planned events,” Francis explains.
“I’ve spent the majority of my time walking around campus or playing games with friends. So far, I have found the program truly rewarding and enjoyable, with a strong academic component. While I’ve learned a lot from Professor Chen’s lectures, I believe the most valuable aspects of this class include social development and real ‘hands-on’ lab experience,” Francis adds.
“In class, we have discussed specific types of spectroscopy, including PALM, STED, SEM, STM, and ATM. This includes their components, functions, and applications in modern-day science, particularly focusing on optimal methods for viewing surfaces at scales less than a few nanometers (1 nanometer = 1 billionth of a meter). Additionally, we have analyzed different forms of chromatography, inter- and intramolecular forces, electron scanning, and various substances or structures that impact interfacial interactions,” Francis explains.
“My time at UMich has helped me realize how some aspects of college can be over exaggerated. Many people enter college with a lot of anxiety or fear, but programs like MMSS at the University of Michigan prepare students well for both social and academic life. I’m genuinely excited to see what the future holds!
Week Two — Diving deep into “hands-on” lab work
Francis reports that during week two of the course his lab work has become more engaging and complicated, but also more interesting. In addition, his class group gave a presentation on metal-organic frameworks.
“In class, we delved into the applications of surface chemistry and discussed nanotechnology, biosensors, and the application of various forms of spectroscopy in the real world. In the lab, we studied titration, inorganic synthesis, and FTIR Spectroscopy,” Francis says
“The most interesting part of our lab work was seeing how our results differed from what was “expected.” When studying FTIR Spectroscopy, we used infrared light to analyze the absorption of energy by examining its transmittance in the form of a graph. It essentially works by comparing energies in bonds, which translate to the transmittance read by the spectrometer. At times, we analyzed data that contradicted the expected results. Certain bonds between atoms were said to be present when it was impossible for them to actually exist. Based on my experience at MMSS, I have learned that getting your hands dirty and doing real work is the only way to truly understand how to do research and perform labs. Watching videos or seeing someone else do it doesn’t expose you to the same experiences and consequences,” Francis explains.
“In addition to lectures and lab work, our class also gave presentations on various topics discussed in class. My group chose to study metal-organic frameworks, which are crystalline structures with a metal ion-organic linker framework. My job was to research their applications and origins over the past centuries. Through my research, I gradually became more engaged and found a strong drive to learn new things. In the past, I had done presentations and basic research work. However, my experience at MMSS showed me a new side of research and exploration. I truly believe that my passion lies in the sciences, specifically in hands-on research. I’ve found that when I have a personal drive to do something, I strive to do that one thing extremely well,” Francis adds.
As the final week came to a close, Francis had time to explore more of Ann Arbor and the University of Michigan campus. He visited the Ann Arbor Summer Art Fair, attended a movie, and sampled “some amazing tacos from a restaurant downtown.”
“My time at MMSS sadly came to a close after two amazing weeks, but the memories made and the things I’ve learned will stay with me forever. I am thankful for the opportunity to attend a pre-college program in the summer as it opened my mind to everything the future has to offer. Over the next couple of years, I hope to continue my studies and explore the sciences in preparation for college. I am extremely grateful to the Garwin Family Foundation for my sponsorship and hope to be a recipient in the upcoming summers,” Francis says.
We are so happy to hear that the course has helped you explore and find your passion for lab work. Good job, Francis!
>> Read Francis Bu’s Final Report (PDF File, 28 KB).
>> Learn about the other students’ experiences in the GFF Scholarship Program.
