Background, education, and research journey
I am a Computer Science student and researcher focused on the theoretical foundations and practical applications of artificial intelligence. My work spans from training large-scale neural networks to deploying efficient models in resource-constrained environments.
Currently pursuing my Bachelor of Science in Computer Science and Engineering at University of Liberal Arts Bangladesh, I have developed expertise in deep learning architectures, natural language processing, and computer vision systems. My research has resulted in three peer-reviewed publications and one accepted paper (iCACCESS 2026) in international conferences, addressing critical challenges in healthcare AI, assistive technology, smart city infrastructure, and educational AI.
My current research focuses on Multi-Agent Reinforcement Learning and Agentic RAG. I am particularly interested in how multiple agents learn to coordinate under partial observability, and in LLM agents that plan their retrieval, use tools, and verify evidence before answering, building on my earlier work on retrieval-augmented generation and large language models.
University of Liberal Arts Bangladesh
Specializing in Artificial Intelligence and Machine Learning
Bangladesh Technical Education Board
Creative IT Institute
Enayetpuri Computer Academy
iCACCESS 2026
AdaLLM: a subject-adaptive RAG framework for NCTB Class-8 Science & BGS question answering, accepted and presented in person.
IEEE QPAIN 2026
HornNet: Vehicle classification from acoustic horn signatures published and presented.
BMI 2025 Conference
Two papers accepted: Coronary artery disease detection and sEMG wheelchair control framework.
Independent Research
Started independent research in deep learning applications for healthcare and assistive technology.
University of Liberal Arts Bangladesh
Began BSC in Computer Science with focus on AI and Machine Learning.