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Natalie Mamrol
Material Science and Engineering Incoming P.h.D. Student
Professional Background
Natalie Mamrol is an accomplished Undergraduate Researcher with a rich history of technical internships and research experience, showcasing her capabilities in the field of Material Science and Engineering. With a particular focus on Polymer Science, she has successfully embarked on several internships, which have honed her skills in various areas including polymer analysis, metallurgy, membrane synthesis, and advanced software tools like JMP and Matlab. Her diverse experience encapsulates her dedication to expanding her knowledge and expertise in material science, and she has consistently demonstrated exceptional communication and presentation skills throughout her career.
In her role, Natalie leveraged her academic foundations while participating in different organizations and projects that allowed her to apply her theoretical knowledge in practical settings. From being an Undergraduate Research Assistant with the Pennsylvania Space Grant Consortium to her internship experiences at renowned institutions like ExxonMobil and Corning Incorporated, Natalie's background illustrates a commitment to advancing her field through research and collaboration. Her time as a Euroscholars Visiting Researcher at KU Leuven further highlights her dedication to pushing the boundaries of material science on an international level.
Education and Achievements
Natalie graduated with a Bachelor's Degree in Material Science and Engineering from Pennsylvania State University, where she excelled academically with a focus on Polymer Science. Her time at Penn State not only equipped her with a robust technical background but also nurtured essential skills in leadership and team collaboration – qualities that are vital for success in the fast-evolving technology landscape.
Prior to her university studies, Natalie attended Pennridge High School, where she achieved an impressive academic score of 4.506/4.0, laying a strong foundation for her higher education journey. Her inspiring education trajectory reflects her determination and passion for scientific exploration and innovation.
Notable Internships and Work Experiences
Throughout her academic career, Natalie has engagingly participated in several internships that enhanced her practical experience and technical acumen:
- As an intern at ExxonMobil, Natalie contributed to projects that emphasized the application of material sciences, providing her insights into the intersection of engineering and energy sectors. Her internship helped develop her analytical skills and understanding of complex materials used in various applications.
- During her time at Corning Incorporated, she further expanded her knowledge by working with advanced materials, focusing on the development and analysis of products that use innovative materials technology.
- As a Mathematics Grader at Penn State University, Natalie supported the academic team, displaying her leadership abilities and her commitment to helping fellow students excel in their education.
- Natalie's undergraduate research efforts were noteworthy, particularly as an Undergraduate Researcher at Penn State University, where she engaged in cutting-edge research projects related to polymer science. She was instrumental in conducting experiments and analysis that contributed to advancing her department's research objectives.
- At Special Metals, Natalie was able to delve into metallurgy, enriching her knowledge of various metals and their properties, which is immensely beneficial in her field of study.
- Further augmenting her research credentials, her tenure as an Undergraduate Research Assistant with the Pennsylvania Space Grant Consortium provided her with unique exposure to applied research, solidifying her management and operational skills in the research environment.
Conclusion
Natalie Mamrol is a driven and skilled Material Science and Engineering professional whose education and extensive internship experience have equipped her with the necessary tools to contribute meaningfully to the field. With a strong focus on Polymer Science, her leadership, communication, and technical prowess position her as a promising talent in material science. Her continuous pursuit of knowledge and passion for research is commendable, making her an asset to any team or project she undertakes. Her commitment to her field is evident in her achievements, which highlight her capability to integrate theory and practice effectively, setting a firm foundation for her future endeavors in material science and engineering.