Executed PCR and restriction digestion to identify breast cancer–related polymorphisms, contributing to improved genetic screening methods.
Investigated leptin receptor and MDM4 gene alterations, advancing understanding of tumor progression mechanisms.
Applied Hardy-Weinberg equilibrium, chi-square testing, and case-control methodologies to validate research findings.
Synthesized and purified bioactive molecules for pheromone-binding protein inhibition in moth experiments, supporting eco-friendly pest control strategies.
Supervised chemistry laboratory sessions as Graduate Teaching Assistant, enhancing student comprehension and lab safety practices.
Optimized workflows in TLC, column preparation, and compound synthesis to increase efficiency of experimental outcomes.
Overview
5
5
years of professional experience
Work History
Project Assistant
The University of Texas at Arlington
Arlington, Texas, USA
05.2025 - 07.2025
Synthesized and purified pheromone-mimicking molecules, enabling evaluation of binding interactions with Ostrinia furnacalis proteins.
Evaluated inhibition efficiency of designed compounds, contributing to development of sustainable pest control strategies.
Conducted mechanistic probing of pheromone binding protein 2 to enhance pest control strategies.
Completed multiple tasks simultaneously to optimize project completion.
Graduate Teaching Assistant
The University of Texas at Arlington
Arlington, Texas, USA
09.2024 - Current
Instructed and guided 40+ undergraduates per semester in General Chemistry labs, improving comprehension of core chemical concepts.
Prepared reagents and chemical setups, ensuring smooth lab operations and compliance with safety standards.
Project Assistant
Rufaida Biomed
Dhaka, Bangladesh
01.2021 - 07.2024
Conducted PCR and restriction enzyme digestion to detect p21 Gly322Asp polymorphism, producing reliable genotype frequency data.
Applied Hardy-Weinberg equilibrium and chi-square analysis, validating research consistency across control and patient groups.
Investigated genetic alterations in leptin receptor and MDM4, generating insights into breast cancer susceptibility pathways.