Amelia Triplett is a highly skilled materials scientist with a strong background in chemistry and astronomy. She obtained her Bachelor of Science in Chemistry with a minor in Astronomy from the University of Illinois Urbana-Champaign in 2020. She then went on to pursue her Master of Science in Materials Science and Engineering at Johns Hopkins University, which she completed in 2025. Throughout her academic career, Amelia has gained valuable research experience through various roles. As an undergraduate, she worked as a research assistant in the Jonathan V. Sweedler Research Group, where she assisted in analyzing and interpreting data for various projects. She also served as a teaching assistant in the University of Illinois Urbana-Champaign Department of Chemistry, where she helped students understand complex concepts and perform laboratory experiments. In addition to her research experience, Amelia has also gained hands-on experience in the industry. She has worked as an Associate Quality Engineer at Medline Industries LP, where she helped ensure the quality and safety of medical products. She also served as an Associate Research Scientist at BISCO Inc., where she conducted experiments and analyzed data to develop new materials for dental applications. Prior to these roles, Amelia worked as a Quality Control Chemist at Dental Technologies Inc., where she performed tests and inspections to ensure the quality and integrity of dental products. Amelia is passionate about using her skills and knowledge to make a positive impact in the field of materials science and engineering. She is detail-oriented, analytical, and has a strong understanding of scientific principles. With her diverse background and experience, she is well-equipped to take on new challenges and make significant contributions in her field.

Amelia Triplett

Scientist and Engineer

Research Expertise

Color Science

Dental Materials

Medical Devices

Polymeric Materials

Composite Materials

Material Informatics

About

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Publications

Lipid Analysis of 30 000 Individual Rodent Cerebellar Cells Using High-Resolution Mass Spectrometry

Analytical Chemistry

2019

Education

Johns Hopkins University

Master of Science in Materials Science and Engineering / December, 2025

University of Illinois Urbana-Champaign

Bachelor of Science in Chemistry / May, 2020

Experience

Medline Industries LP

Associate Quality Engineer / April, 2025 — July, 2025

Quickly coordinated deviation rework activities in response to volatile tariff requirements ensuring supply continuity and quality. Supported design changes and CAPA completion efforts via careful documentation and review. Managed supplier quality reevaluations and customer quality information requests.

BISCO Inc.

Associate Research Scientist / March, 2021 — April, 2025

Served as technical lead and project leader on product development, technology development, and technical service projects following quality management system (ISO 13485) and design control procedures for medical devices. Created optimized and thoroughly documented formulations that include methacrylate-based polymer chemistry, photoinitiator systems, and inorganic materials resulting in successful regulatory submissions compliance audits and product realizations. Utilized material testing instrumentation and wet chemistry techniques to study the properties of new formulations. Responsible for writing technical documentation, training others in ISO standards and SOPs/QOPs, and ensuring traceability.

Dental Technologies Inc.

Quality Control Chemist / October, 2020 — March, 2021

Performed comprehensive analytical testing on drug products and cosmetics including use of wet chemistry techniques according to quality operating procedures to ensure products were within specifications and safe for use. Maintained meticulous documentation of testing data in accordance with quality system procedures.

Jonathan V. Sweedler Research Group

Undergraduate Research Assistant / January, 2017 — May, 2020

Collaborated with graduate students in combining MALDI-MS with immunocytochemistry to study lipid and metabolite differences between neurons and astrocytes within the cerebellum and hippocampus resulting in the detection of 520 lipid features within 30000 individual cells. Operated cell-finding and mass spectrometer software paired with microscopy to ensure data procured from rodent cerebellar cells were single-cell measurements. Optimized methods related to the research projects at hand including matrix application and microscopy imaging.

University of Illinois Urbana-Champaign Department of Chemistry

Chemistry Teaching Assistant / August, 2019 — December, 2019

Instructed and supervised a discussion and laboratory section of 23 students in the introductory chemistry course including preparing laboratory materials demonstrations and organizing lecture/exam reviews. Guided students within all levels of the general chemistry course series through problems in topics including the principles governing atomic structure, bonding, stoichiometry, chemistry of materials, chemical energetics/equilibrium, chemical kinetics, and electrochemistry during weekly office hours by utilizing multiple approaches to understanding problems tailoring explanations to the unique needs of the student.

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