Mentor Interview

Quotes

“Be comfortable not knowing. It doesn't make you any less capable of becoming a great scientist”

“Your science can really, really make an impact, and being able to see your direct award translate that makes all the more worth it”

“Seeing her journey and trying to be there for her has really driven me, not just how I want to be as a scientist, but the impact I want to make on the scientific community, bringing in underrepresented minorities.”

Summary

The conversation revolves around Armeens's journey in science, starting from a middle school DNA experiment to his current research. He express a deep-seated curiosity and desire to understand things at a deeper level, especially in new and unexplored areas. Armeen discusses the challenges of managing expectations, dealing with imposter syndrome, and the importance of discipline and time management in science. He highlights the impact of mentorship, particularly from his mother, and the fulfillment derived from seeing direct results of his work, such as a type 1 diabetes treatment. He also emphasize the need for good data verification and the importance of enjoying one's work.

Outline:

Early Experiences with Science

Armeen shares his initial lack of knowledge about science and his first encounter with DNA during a bus trip from Rutgers, where he isolated DNA from strawberries.
The experience of handling DNA for the first time made a significant impact, showing the practical application of scientific concepts.
Armeen expresses a general interest in understanding things at a deeper level, which led them to pursue science.
The conversation touches on the excitement of conducting new research and the potential impact on future science textbooks.

Motivation and Future Aspirations

Armeen discusses the motivation to understand things at a deeper level, especially in new and unexplored research areas.
The possibility of influencing future research and the excitement of being part of a community with a shared desire to learn and innovate.
Armeen's future aspirations include making a difference in various fields, such as mentoring younger scientists and contributing to the Down Syndrome and intellectual disability communities.
The importance of keeping goals vague to apply them in different life stages and the potential to make a significant impact through scientific contributions.

Challenges and Imposter Syndrome

Armeen identifies managing expectations and dealing with the high failure rate in science as significant challenges.
The concept of imposter syndrome is discussed, where individuals doubt his capabilities despite his achievements.
Armeen emphasizes the importance of recognizing one's contributions and the collective building of knowledge in science.
The conversation highlights the need for self-assurance and the realization that setbacks are part of the scientific process.

Rewards and Fulfillment in Science

Armeen recounts a fulfilling experience at Vertex Pharmaceuticals, where he worked on a type one diabetes treatment that was featured in the New York Times.
The direct impact of his work on a patient's life, who no longer needed insulin after the treatment, is highlighted as a significant reward.
Armeen reflects on the importance of seeing the tangible results of scientific research and how it motivates them.
The conversation touches on the broader impact of scientific advancements and the potential for new discoveries in fields like Alzheimer's research.

Advice for Younger Scientists

Armeen advises younger scientists to be comfortable with not knowing everything and to see it as an opportunity to learn.
The importance of persistence and the ability to absorb and filter information is emphasized.
Armeen shares his own journey of learning and the value of gaining experience through different paths, including working in industry.
The conversation highlights the importance of mentorship and the role of role models in inspiring younger scientists.

Family Influence and Role Models

Armeen discusses the influence of his parents, both of whom are science-adjacent, on his career choice.
The significant impact of Armeen's mother, who immigrated to the U.S. and pursued a PhD while working and raising a family, is highlighted.
Armeen's desire to advocate for underrepresented minorities in science is driven by his mother's experiences and challenges.
The conversation touches on the importance of family support and the cultural expectations of further education.

Traits for Success in Science

Armeen identifies passion, discipline, and time management as key traits for success in science.
The importance of enjoying the work and having the discipline to focus on detailed tasks is emphasized.
Armeen advises on the need for good time management skills, especially as responsibilities increase with higher degrees and more projects.
The conversation highlights the value of enjoying the work and the importance of finding a fulfilling career path.

Balancing Work and Personal Life

Armeen shares his interest in outdoor activities, such as hiking and playing soccer, as a way to balance work and personal life.
The importance of having hobbies and social activities to relieve stress and maintain a healthy work-life balance is discussed.
Armeen emphasizes the need for social interactions and the benefits of spending time with friends.
The conversation touches on the challenges of working long hours and the importance of finding personal fulfillment outside of work.

Academic Journey and Preparation

Armeen outlines his academic journey, including taking AP classes in high school and participating in research during college.
The importance of extracurricular activities, good grades, and letters of recommendation for getting into a good institution is emphasized.
Armeen shares his decision to join a lab for undergraduate research and the value of gaining hands-on experience.
The conversation highlights the importance of trying out different paths, including working in industry, to gain a broader perspective.

Misconceptions About Science

Armeen addresses the misconception that all scientists are smart and that there are bad scientists who do poor research.
The importance of finding good mentors and practicing good science is emphasized.
Armeen discusses the challenges of dealing with misinformation and the need for rigorous data validation.
The conversation touches on the political and messy nature of science and the importance of verifying data.

Transcript: https://otter.ai/u/ihkmSvAenOoNgf8Bk8V37sxswv4?view=transcript

Audio

Mentor Interview Audio
File Size:	5398 kb
File Type:	mp3

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