School of Chemical Engineering

Crystallization and Particle T echnology
Systems Engineering

Montgomery Laky (Smith)
Graduate Research Assistant
smit2894@purdue.edu

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Résumé

Project Description

Montgomery studies process systems engineering with an emphasis on the control and design of industrial crystallization systems with a specialization in the continuous crystallization of energetic materials and the polymorphic control of agrochemicals.Within her work, she develops unique experimental protocols, crystallization systems, and workflows to solve industry-specific problems in crystallization

Experience

  • Purdue Doctoral Fellow & Graduate Research Assistant, Purdue University (August 2020 - Present)
  • Lab Manager, Zoltan Nagy Research Group, Purdue University (August 2022 - Present)
  • Lab Safety Officer, Zoltan Nagy Research Group, Purdue University (January 2021 - Present)
  • Crop Protection and Formulations, Corteva Agriscience (May – August 2019)
  • Process Dynamics and Controls Lead Teaching Assistant, Purdue University (August – December 2021)
  • Design and Analysis of Processing Systems Teaching Assistant, Purdue University (January - May 2023)
  • Smart Manufacturing Teaching Assistant, Purdue University (January 2023 - Present)
  • Graduate Student Organization President, Davidson School of Chemical Engineering, Purdue University (May 2021 - May 2023)
  • Graduate Student Organization Purdue Graduate Student Government Representative, Davidson School of Chemical Engineering, Purdue University (May 2021 - May 2023)
  • Diversity, Equity, and Inclusion (DEI) Taskforce, Davidson School of Chemical Engineering, Purdue University (August 2021 - Present)
  • Chemical Engineering Safety Committee, Davidson School of Chemical Engineering, Purdue University (May 2021 - May 2023)
  • Chemical and Safety Committee, Radiological and Environmental Management, Purdue University (January 2022 - Present)

Awards and Honors

  • Graduate Student Recognition Award – March 2024
  • Midwestern Association of Graduate Schools Excellence in Teaching Award Finalist – January 2024
  • Women in Defense Scholar, National Defense Industrial Association (NDIA) – April 2023
  • Best Poster Award – Chemical Engineering Research Symposium – August 2023
  • Chemical Engineering Outstanding Teaching Assistant Award – Process Dynamics and Controls, Purdue University – April 2022
  • Chemical Engineering Outstanding Teaching Assistant Award – Design and Analysis of Processing Systems, Purdue University – April 2023
  • Purdue Doctoral Fellowship – August 2020

Publications

  • Smith M, Mackey J, Laky D, Neal M, Doukkali M, Mudryy R, Diallo B, Gauthier E, Nagy ZK (2023). JANNAF, submitted.
  • Smith M, Nagy ZK (2023). JANNAF, submitted.
  • Smith M, Neal M, Mackey J, Gonzalez M, Nagy ZK (2023). JANNAF, under review.
  • Wu WL, Smith M, Mackey J, Neal M, Nagy ZK (2023). JANNAF, submitted.
  • Lavell A, Smith M, , Froehlich J, De La Mora C, Benning C (2022). Self-cleavage, and protein interactors of Arabidopsis thaliana plastid rhomboid protease RBL10. Plant J, doi:10.111/tpj.15514
  • Horn PJ, Smith M, Clark TR, Froehlich JE, Benning C (2019) PEROXIREDOXIN Q stimulates the activity of the chloroplast 16:1Δ3trans fatty acid desaturase FAD4. Plant J 102:718–729

Conference Presentations

  • Smith M, Neal M, Nagy Z. Process Intensification for the Industrial Crystallization of Energetic Materials. Poster Presentation at Purdue Energetic Materials Summit (2023).
  • Smith M, Larsen P, Bhamidi V, Nagy Z. Process Control and Design of the Continuous Crystallization of a Polymorphic Agrochemical. Oral Presentation at International Symposium on Industrial Crystallization (ISIC) (Sep 2023).
  • Smith M, Nagy Z. Process Intensification for Continuous Manufacturing of Energetic Materials via Model-Free Quality-by-Control Direct Design and Model-Based Digital Design Approaches. Oral Presentation at 9th World Congress of Particle Technology (Sep 2022), AIChE 2022 Annual Meeting (Nov 2022), Purdue Graduate Women in Engineering Symposium (Feb 2023).
  • Smith M, Nagy Z. Optimization of Novel Energetics Crystallization via Quality-by-Control Direct Design Approaches. Oral Presentation at AIChE 2021 Annual Meeting (Nov 2021).
  • Smith M, Nagy Z. Process Analytical Technology Controlled, and Improved Crystallization Processes: The Technology Bridge Between Industrial Problems and Academic Solutions. Mettler Toledo New Jersey Info Day (May 2023) [INVITED TALK], and Mettler Toledo Industrial Crystallization Processes Seminar (July 2023) [INVITED TALK].

Education