Kaitlyn Lehman
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Kaitlyn Lehman graduated from Rochester Institute of Technology with a BS in chemical engineering. Some 4,000 degrees were conferred in the 2019-2020 academic year at all of RIT's campuses. A virt...
August, 17 2020 - Rochester Institute of TechnologyKaitlyn Lehman was named to the Dean's List at Rochester Institute of Technology for the 2020 Spring Semester. Lehman is in the chemical engineering program. Congratulations!
June, 24 2020 - Rochester Institute of TechnologyKaitlyn Lehman was named to the Dean's List at Rochester Institute of Technology for the 2019 Fall Semester. Degree-seeking undergraduate students are eligible for Dean's List if their term GP...
February, 26 2020 - Rochester Institute of TechnologyKaitlyn Lehman was named to the RIT Dean's List for the fall 2016-2017 semester. Degree-seeking undergraduate students are eligible for Dean's List if their term GPA is greater than or equal to 3.4...
March, 01 2017 - Rochester Institute of TechnologyCongratulations on making the Dean's List! Degree-seeking undergraduate students are eligible for Dean's List if their term GPA is greater than or equal to 3.400; they do not have any grades of "In...
July, 18 2016 - Rochester Institute of TechnologyCongratulations on making the Dean's List! Degree-seeking undergraduate students are eligible for Dean's List if their term GPA is greater than or equal to 3.400; they do not have any grades of "In...
February, 24 2016 - Rochester Institute of Technologyo Assisted with testing the viscosity and filterability of different formulations of a polymer complex and a solution that replicated the viscosity conditions using cheaper material. The results and a suggested path forward were relayed to the customer during weekly phone conferences. Wrote procedure to scale-up batch process involving pre-energetic materials from 100-mL to 1-L scale and ran experiments. The resulting material was used for preliminary continuous reaction testing. Assisted with screening process of using different reagents and reaction conditions to create an energetic plasticizer taking waste management, safety, and economic factors into account.
o Worked on a series of informational PowerPoints describing the use, benefits, and limitations of in-house equipment. This was demonstrated using reactions of acetic anhydride and water using the equipment. Assisted with writing procedure and running experiments for 100-mL scale optimization testing of a pre-energetic compound geared toward future scale-up and continuous process development.


