Tarek Ibrahim, a standout doctoral candidate from the University of New Haven, recently gained national attention as a finalist for the Eastman Chemical Student Award in Applied Polymer Science. Competing against students from prestigious schools like Stanford and Cornell, Tarek showcased his innovative research that aims to tackle plastic pollution, a significant global issue.
Under the guidance of his mentor, Dr. Hao Sun, Tarek is focused on creating recyclable and biodegradable polymers. He explained, “We’re trying to innovate ways to reduce plastic waste while also developing new applications, like drug-delivery systems.” This kind of work is crucial as plastic pollution affects ecosystems worldwide, with recent studies estimating that 8 million tons of plastic enter the oceans each year.
His journey in chemistry feels like a quest for solutions. “I see chemistry as a tool for solving overlooked problems,” Tarek said. He noticed how everything around him connects to chemistry, particularly the need for materials that don’t harm the environment.
Tarek’s excitement doesn’t stop at his research. His role as the sole Ph.D. student in his lab has allowed him to mentor fellow students. He recalls, “I’ve learned a lot about leadership and collaboration.” Despite limited lab resources, Tarek devised creative solutions, like building his equipment when necessary. “I constructed a reactor myself from parts bought at Home Depot and Amazon,” he mentioned, grinning. “I named it Tut 2.0 after my cat.”
His fellowship with NASA offered him even more unique opportunities. At the Connecticut EXPO, he discussed self-healing polymers that might significantly lower costs for future space missions. This sparked new ideas and expanded his vision as a researcher. He reflected, “Each experience keeps me motivated to pursue meaningful research.”
At the recent American Chemical Society (ACS) Fall Meeting, Tarek felt both excitement and validation. “I was presenting my work at the same level as students from top-tier schools,” he said, highlighting how far he’s come. This recognition isn’t just personal; it also sheds light on the innovative research happening at smaller institutions like his own. Despite facing challenges, he maintains that the quality of research can rival larger schools. “I may have to work harder to get the same results, but it’s worth it,” Tarek affirmed.
Mentorship is central to Tarek’s journey. He credits Dr. Sun for his unwavering support. “He’s not just a professor; he’s a mentor who inspires me every day.” This encouragement has nudged Tarek towards a future in academia, as he hopes to guide the next generation of scientists.
In his research, Tarek often likens chemistry to chess. Each interaction between molecules is like a strategic move. “Understanding how these elements work together is key,” he notes. This chessboard mentality influenced his recent article published in ACS Macromolecules, which laid the groundwork for his award recognition.
As he prepares to complete his Ph.D., Tarek’s excitement is palpable. He stated, “I want to keep exploring the world of polymer chemistry.” With every challenge, whether building equipment or presenting at important conferences, Tarek finds motivation in the potential impact of chemistry on society. “I’m focused on how my work can help people,” he concluded.
In a rapidly changing world, Tarek Ibrahim is an inspiring example of how creativity and determination can lead to breakthroughs, one experiment at a time.
