My academic work is characterized by an interdisciplinary approach that integrates Artificial intelligence (AI) and computational methodologies with experimental biosciences to address pressing challenges in healthcare and disease mechanisms. My research spans the intersection of biochemistry, molecular biology, and nanoparticle technology, with a focus on therapeutic innovations for complex diseases such as cancer, diabetes, and neurodegenerative disorders. I employ docking studies and AI-driven models to investigate molecular interactions, aiming to design targeted therapies or diagnostic tools. My work in microbiology and infection development explores pathogen behavior and host-pathogen dynamics, contributing to novel intervention strategies. Additionally, I investigate metabolism disorders to uncover molecular pathways that could inform therapeutic interventions. Beyond laboratory research, I engage with global health initiatives, emphasizing translational applications of my findings to improve healthcare accessibility and efficacy. My dedication to education underscores a commitment to mentoring and disseminating scientific knowledge, fostering interdisciplinary collaboration between computational and biomedical fields. This holistic approach positions me at the forefront of bridging cutting-edge technology with real-world health solutions.