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Cassie Simpson

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Bio

I love finding creative solutions for difficult problems. I am currently a first year Master's student in the Materials Science & Engineering Department at Clemson University. I have a strong interest in biomaterials and synthetic polymers, especially those that are both biocompatible and sustainable, which is reflected in the work I am pursuing as a Graduate Research Assistant in the Kuksenok Research Group. Since beginning graduate school and research, these interests have become passions and led me to organizations, colleagues, and mentors that continue to inspire me to make the world a better place. I am a member of the Cabinet for Clemson Graduate Student Government (GSG) as the Director of the Sustainability Committee, Secretary of Clemson Materials Research Society (MRS), and Graduate Research Assistant for Polymers for a Circular Economy (PCE). Outside of school, I enjoy reading, hiking, and learning new languages. After finishing my Master's in Spring of 2025 I will be staying with my grandparents in Jalisco Mexico for the Summer. While there, I plan to teach kids aged 4-12 Math, Science, and Engineering Principles alongside my uncle who is a middle school teacher in Jalisco. I feel that Graduate school has already taught me so much, and I have only been here for one semester. I've learned so much about the challenges in our world and the strengths and weaknesses I have as the person I am today. However, the most important thing I've learned is how to take the steps to become who I want to be tomorrow.

Education

Clemson University

Master's degree program
2023 - 2023
  • Majors:
    • Computational Science
    • Materials Sciences
    • Materials Engineering
  • Minors:
    • Biomathematics, Bioinformatics, and Computational Biology

Clemson University

Bachelor's degree program
2018 - 2023
  • Majors:
    • Materials Engineering
    • Computational Science
    • Materials Sciences
  • Minors:
    • Biological and Biomedical Sciences, Other
    • Chemistry

Miscellaneous

  • Desired degree level:

    Doctoral degree program (PhD, MD, JD, etc.)

  • Graduate schools of interest:

  • Transfer schools of interest:

  • Majors of interest:

  • Not planning to go to medical school
  • Career

    • Dream career field:

      Medicine

    • Dream career goals:

      Polymers/Biomaterials synthesis and optimization

    • Graduate Assistant

      Plastics for a Circular Economy
      2023 – Present1 year
    • Research Computing and Data Engagement Intern

      Clemson University
      2023 – Present1 year
    • Materials Project Manager | Intern

      Terracon Consultants
      2022 – Present2 years
    • Materials Science & Engineering Ambassador

      Clemson University
      2021 – Present3 years

    Sports

    Track & Field

    Varsity
    2014 – 20184 years

    Gymnastics

    Varsity
    2005 – 201510 years

    Awards

    • 4 Time South Carolina State Champion

    Dancing

    Varsity
    2010 – Present14 years

    Awards

    • National Honors Society for Dance Arts

    Research

    • Biological and Biomedical Sciences, Other

      Parkinson Lab, Clemson University — Sequencing the venom of different snakes via phylogenetics and transcriptomics. I am coauthor on the published paper about 'Imantodes Cenchoa' and presented my work at the Clemson Undergraduate Research Symposium in 2019.
      2018 – 2019
    • Materials Engineering

      Clemson University- Kuksenok Research Group — I use computational materials science to model complex polymer systems. Currently, I’m employing a new method for the degradation of linear polyethylene by exposing the polymer melt to a thermogradient and pulses of microwaves.
      2020 – Present

    Arts

    • Charleston County School of the Arts

      Dance
      Junior Composition and Senior Thesis
      2010 – 2018

    Public services

    • Volunteering

      Leukemia and Lymphoma Society — Student of the Year- Team Darling Leader
      2017 – 2018

    Future Interests

    Advocacy

    Volunteering

    John Alfred Smythe Memorial Scholarship
    Telekinesis Cassie Simpson If there were one super power I could possess it would have to be telekinesis. I’m sure I’m not the only person that has attempted to move an object with their mind after watching one too many reruns of Matilda as a child. As I’ve matured and gained more knowledge and experience in both life and engineering, I’ve been able to draw two conclusions pertaining to superhuman abilities: 1. Most superpowers, sadly, don’t exist; I say most because parents definitely have eyes in the back of their heads and precognitive abilities despite how much they may deny it. 2. Telekinesis is by far the most useful superpower you could have when considering it is not just the movement of objects, but the movement of matter. Matter is defined as anything that has mass and volume. Through my studies as a Materials Science and Engineering major, I’ve come to realize how all-encompassing this term truly is. Things you can’t see and feel, such as the air you breathe, the scents you smell, and the flavors you taste are classified as matter. The ability to control and manipulate matter drives virtually all processes in our physical world, so the implications for telekinesis go far beyond levitating a book over to yourself without having to get out of bed. You could alter the chemical structure and molecular activity of practically any resource you can think of, which opens the door to limitless opportunities. If I had telekinesis, I would help the world in any way super-humanly possible. I would cure cancer by stopping the endless division of telomere regions, condense water droplets in regions experiencing drought, help launch rocket ships into space- the possibilities are endless. Although energy isn’t a form of matter, its generation could be achieved by using telekinesis. I would warm someone with hypothermia by moving subatomic particles so fast that their collisions result in the formation of heat. I would synthesize enough food to feed the world, lift heavy objects for the elderly, and anything else, big or small, that would make at least one person smile. Through the use of a superhero disguise and nickname, I would be able to live out my everyday life as a passionate materials science engineer. I would use my ability to create new metals and polymers with enhanced physical and mechanical properties and make all of these compounds readily available to anyone who could benefit from them. In addition to my two conclusions pertaining to superhuman abilities, there are two historical figures with quotes that encompass the actions I would take if I had the power of telekinesis: “Without knowledge action is useless and knowledge without action is futile” -Abu Bakr “Knowledge is power” - Francis Bacon And with great power comes great responsibility.