About The Position

Zoetis VMRD Process Chemistry is seeking a summer intern to help build and test a structured digital approach to managing process chemistry and analytical data. The intern will organize reaction, batch, purity, and impurity data from an active development program in a structured CMC data platform, build an impurity-fate case study, and benchmark the platform against the current workflow. The goal is to produce an objective, data-backed recommendation on how digital CMC tools should be deployed across the portfolio.

Requirements

  • Currently enrolled in a Bachelor’s, Master’s, or PhD program in Chemistry, Cheminformatics, Chemical Engineering, Data Science, Computational Chemistry, Analytical Chemistry, or a closely related field.
  • Experience analyzing structured or semi-structured data using Python, R, SQL, Excel, or Power BI; strong, reproducible data handling is required, but no specific language is required.
  • Organic chemistry background sufficient to interpret reaction schemes, HPLC/chromatographic data, and impurity profiles correctly.
  • Coursework in organic and analytical chemistry.
  • Strong attention to data quality, traceability, and reproducibility, with the discipline to document assumptions and flag gaps rather than fill them in.
  • Clear written and verbal technical communication skills, including the ability to present findings and defend conclusions to scientists and non-chemist stakeholders.

Nice To Haves

  • Rising senior or graduate student.

Responsibilities

  • Structure, clean, and validate reaction, batch, purity, and impurity data from an assigned process chemistry project, applying consistent compound and impurity naming conventions.
  • Build an impurity-fate and data-retrieval case study in a structured CMC data environment, such as Luminata or an equivalent platform, mapping impurity formation, carry-through, and purge across the synthetic route.
  • Design and execute a benchmark comparing defined scientific tasks in the new digital environment against the current workflow, measuring time to correct answer, accuracy, traceability, data completeness, and number of systems consulted.
  • Analyze benchmark results and create a concise KPI scorecard summarizing where structured data delivers measurable gains and where it does not.
  • Document data standards, assumptions, and gaps, and deliver a final presentation with recommendations for broader deployment to Process Chemistry, Analytical, and Tech & Digital stakeholders.
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