What inspired you to pursue your current field of study/research?
During my bachelor’s in chemistry, I was fascinated by how chemical processes drive biological functions, but I wanted to apply that knowledge to something more impactful—something that could directly improve human health. That curiosity led me to biotechnology, where science meets innovation to develop real-world solutions for diseases.
My interest deepened when I was introduced to immunology and the potential of T-cell therapy in fighting cancer. Wanting to be at the forefront of such breakthroughs, I chose to pursue my master’s at Northeastern, where I could gain hands-on experience in cutting-edge research.
Have you participated in any co-op or study-abroad programs? How was that experience?
I have participated in a total of three co-ops—two during my undergraduate studies and one during my master’s. Each experience was incredibly valuable, offering hands-on exposure that I could never have gained in a classroom.
Working in real-world industry settings allowed me to see firsthand how different biotechnology companies operate, how their infrastructures are structured, and how scientists approach and solve complex challenges. Beyond technical skills, these experiences shaped my mindset, teaching me to think critically and adapt to the fast-paced world of biotech.
What kind of extracurricular activities are you involved in?
I was a tutor for chemistry classes in the College of Engineering, which allowed me to help other students strengthen their understanding of the subject while reinforcing my own knowledge. I was also a member of Phi Sigma Rho, a sorority that supports women in STEM. During my undergraduate years, I was part of Professor Vasiliki Lykourinou’s mPIRE (Metallopeptide Interdisciplinary Research) group.
What has been the highlight of your experience in COS so far?
The highlight of my experience in COS so far has been my current co-op at Visterra. Now that I am also pursuing my master’s, I’ve realized just how much I’ve grown—I feel more than competent in my abilities and have gained a deeper trust in myself as a researcher. Working on neurodegenerative diseases, a field I am truly passionate about, has been incredibly fulfilling.
Have you had any professors or mentors who really made an impact on you?
Professor Alexander Ivanov inspired my passion for protein targeting through his research in protein chemistry, giving me hands-on experience in proteomics. Professor Angie Cornwell shaped my ability to design experiments and assays using molecular biology techniques. Professor Sunny Zhou deepened my understanding of protein pharmaceuticals, and his research on the blood-brain barrier led me to pursue a co-op at Visterra. Professor Diaa Alabed changed my perspective on statistics, helping me see its clear connection to experimental science.
Where do you see your field of study/research taking you?
I see myself building a career in biopharmaceutical research, focusing on protein-based therapeutics. Through my experiences in protein chemistry, molecular biology, and experimental design, I’ve developed a strong passion for targeted drug development. My next step is likely a graduate program, where I can dive deeper into protein engineering and drug delivery. Long term, I’d love to work in biotech or pharma, helping develop new therapies for diseases that still lack effective treatments.
What kind of impact do you hope to make after you leave Northeastern?
I hope to make an impact by fostering collaboration and mentorship in whatever space I’m in. Northeastern has taught me the value of learning from others, taking risks, and staying curious, and I want to carry that forward.
Izel Eler ’25, MS Biotechnology
What advice would you give students interested in pursuing a degree in science?
I’d tell students interested in science to stay curious and embrace challenges. Science isn’t just about memorizing facts—it’s about asking questions, solving problems, and learning from failure. Don’t be afraid to make mistakes; that’s where the best learning happens. Seek out hands-on experiences like research, co-ops, or internships early on—they’ll help you connect what you learn in class to the real world. Also, find mentors who inspire you and build a strong support network.
