Biomedical Engineer trained at BUET with interdisciplinary expertise spanning biomaterials engineering, biomedical instrumentation, and sustainable pharmaceutical materials. My work centers on designing antimicrobial and biodegradable composites using chitosan and tannery-derived waste for wound care and environmental remediation. I have co-authored multiple peer-reviewed conference publications and engaged in laboratory-to-clinic exposure across hospitals and research institutes. My thesis explored radiofrequency effects on malignant kidney tumor cells, emphasizing bioelectromagnetic therapeutic potential. Skilled in computational modeling, design simulation, and prototype development, I am driven by scalable biomedical innovation with real-world clinical impact.