- Conducting research to elucidate human membrane transporters' structural and functional attributes while developing and maintaining therapeutic area expertise in this field.- Utilize single-particle Cryo-Electron Microscopy (Cryo-EM) as the primary investigative method to analyze membrane transporter structures and their complexes.- Regularly employ mammalian and insect cells for protein expression and purification, essential for Cryo-EM analysis.- Utilize spectroscopy-based assays to assess the impact on transporter function.- Create specialized content, including research papers and educational materials, ensuring accuracy and clarity for diverse audiences.- Collaborate with interdisciplinary research teams globally to communicate research findings and align project goals.

- Continued expression, purification, and analysis of the biophysical characteristics of CD2AP protein, extending from Ph.D. research.- Authored a research article on the molecular evolution of slit-diaphragm proteins, condensing complex data into phylogenetic charts and simplistic diagrams for diverse audiences.

- Conducted comprehensive research on kidney podocyte proteins, including podocin, CD2AP, nephrin, and TRPC6, by expressing, purifying, and characterizing their oligomeric nature, contributing to understanding podocyte biology and kidney function.- Performed biophysical studies to elucidate the significance of podocin for kidney function and contribute to the comprehension of podocyte biology.- Utilized computational modeling and simulations to investigate podocyte proteins' evolutionary conservation patterns and structural features across species, providing valuable insights into kidney function and disease mechanisms.- Examined the effects of mutations on protein structure and function to uncover molecular mechanisms underlying kidney function and disease, offering valuable insights for therapeutic development.- Authored and co-authored four publications, managing the entire writing and submission process while coordinating with professors and students to produce conference materials and scientific journals.- Designed and standardized experimental protocols to facilitate efficient lab operations and contribute to ongoing research efforts in the field.

- Conducted comprehensive analyses of crucial podocyte proteins essential for blood filtration to form urine in the kidney. Namely, CD2AP, podocin, TRPC6, and nephrin. - Generated 3D structural models and Investigated the impact of mutations on protein structure and function, providing valuable insights into the molecular mechanisms underlying kidney function and disease.- Was the first to identify intrinsically disordered regions in the slit-diaphragm proteins.

- Addressed customer inquiries via chat, ensuring prompt and accurate resolution.- Maintained professionalism and adhered to company standards.- Recorded interactions accurately and collaborated with internal teams.- Met performance metrics for response time and customer satisfaction.

- Contributed to developing in-game portals in the augmented reality mobile game Ingress, published by Niantic. - Actively collaborated with cross-functional teams, including game designers, to create interesting and safe in-game portals. - My main responsibility was to ensure that in-game portals were designed to enhance player experience without causing difficulties in real-world gameplay.

- Building structural models for proteins lacking 3D experimental structure.-Performing targeted docking of natural compounds and designing new molecules based on common scaffold structures.-Conducting studies using 3D QSAR, CoMSIA, and CoMFA to evaluate the theoretical efficacy of natural compounds in disease alleviation.-Authored three publications based on research findings and was responsible for writing, editing, formatting, and finalizing drafts according to journal guidelines.