Experience

CTech™ Analytical Solutions - Repligen

• United States
• Biotechnology Research
• 1 - 100 Employee

• Sr. Implementation & Service Analytics Engineer

  • Mar 2023 - Present

• VPT Implementation Specialist

  • Jan 2021 - Mar 2023



California State University, Los Angeles

• United States
• Higher Education
• 700 & Above Employee

• Graduate Research Assistant

  • Sep 2019 - Dec 2020

  This study proposed an explanation for the evolution of pelvic suspension using a mechanical and numerical approach. To model the environment, we created a 3D generic CAD of MRI image data from the pelvic system, and applied explicit boundary conditions and loads to the resulting FE model. Reducing strain by locally increasing stiffness, we aimed to observe if ligament 3D reconstruction could be obtained. I used data from consecutive, looping FEBio XML files and automated the material property… Show more This study proposed an explanation for the evolution of pelvic suspension using a mechanical and numerical approach. To model the environment, we created a 3D generic CAD of MRI image data from the pelvic system, and applied explicit boundary conditions and loads to the resulting FE model. Reducing strain by locally increasing stiffness, we aimed to observe if ligament 3D reconstruction could be obtained. I used data from consecutive, looping FEBio XML files and automated the material property increases using a python script. Show less This study proposed an explanation for the evolution of pelvic suspension using a mechanical and numerical approach. To model the environment, we created a 3D generic CAD of MRI image data from the pelvic system, and applied explicit boundary conditions and loads to the resulting FE model. Reducing strain by locally increasing stiffness, we aimed to observe if ligament 3D reconstruction could be obtained. I used data from consecutive, looping FEBio XML files and automated the material property… Show more This study proposed an explanation for the evolution of pelvic suspension using a mechanical and numerical approach. To model the environment, we created a 3D generic CAD of MRI image data from the pelvic system, and applied explicit boundary conditions and loads to the resulting FE model. Reducing strain by locally increasing stiffness, we aimed to observe if ligament 3D reconstruction could be obtained. I used data from consecutive, looping FEBio XML files and automated the material property increases using a python script. Show less



Baylor University

• United States
• Higher Education
• 700 & Above Employee

• Undergraduate Research Assistant

  • Jun 2017 - Jun 2018

  I ran a study on the 3D fluid flow of coconut oil within porous media comprised of porcelain spheres. Our test consisted of image data for MRI scans using software programs written in-house in the Interactive Data Language (IDL). Alongside Dr. Jeffrey Olafsen, we built, serviced, and replaced three MagneVu 1000 MRI’s and their rf coil antennae, and I wrote the necessary scripts to analyze and view the dicom stacks. I ran a study on the 3D fluid flow of coconut oil within porous media comprised of porcelain spheres. Our test consisted of image data for MRI scans using software programs written in-house in the Interactive Data Language (IDL). Alongside Dr. Jeffrey Olafsen, we built, serviced, and replaced three MagneVu 1000 MRI’s and their rf coil antennae, and I wrote the necessary scripts to analyze and view the dicom stacks.



Baylor University Chemistry Front Office

• Waco, Texas, United States

• Administrative Assistant

  • Sep 2016 - May 2018

  Aided in day to day affairs in the office from organizing and filing chemical/equipment order forms, helping create Chemistry I & II exams, and answering phones. Larger projects included: redesigning and editing the Chemistry website, creating a course plan for Pre-Medical students, and working with the accounting department to organize their information for their tax audit. Aided in day to day affairs in the office from organizing and filing chemical/equipment order forms, helping create Chemistry I & II exams, and answering phones. Larger projects included: redesigning and editing the Chemistry website, creating a course plan for Pre-Medical students, and working with the accounting department to organize their information for their tax audit.