Proteomics
Proteomics is a cutting-edge field in bioinformatics.
We are aiming to build a strong research community and want to build better connections.

Assistant Professor, Dept. of CSE, United International University
Dr. Azim leads the iOmics Lab focusing on AI-driven multi-omics research. His work spans single-cell analysis, spatial transcriptomics, computational drug design, and responsible AI for biomedical applications.
"Our mission is to bridge the gap between high-dimensional omics data and actionable clinical insights through rigorous, reproducible AI engineering."
• Director, iOmics Lab
• UIU Bioinformatics Research Unit
Delivering publication-grade biomedical outcomes.
Updated: June 3, 2026
Publications
9+
Q1 Journals
6
Research Areas
8
Active Projects
4+
Operating at the intersection of computational biology, AI engineering, and translational biomedical research.
Advance computational biology through transparent and clinically relevant bioinformatics systems.
Deliver reproducible methods, collaborative science, and high-quality scholarly outputs for real-world impact.
Rigor, ethics, interpretability, and open scientific communication guide every stage of our research pipeline.
High-priority research domains shaping our translational bioinformatics and AI pipeline.
Proteomics is a cutting-edge field in bioinformatics.
Analyzing transcriptomic profiles at single-cell resolution using autonomous AI agents like scRNA-RAGent.
Prioritizing energy efficiency and Carbon Efficiency Score (CES) in machine learning models.
Developing hybrid SAE-SNN architectures and Intrusion Detection Systems for secure edge networks.
Focusing on medical image segmentation, low-light enhancement, and Vision Transformers (ViT).
Cancer subtype discovery and advanced bioinformatics modeling methodologies.
Selected implementation tracks with measurable outcomes across computational biology and health AI.
An autonomous single-cell analyst project for comprehensive single-cell RNA sequencing data processing and marker gene identification.
A sustainable AI framework optimizing Carbon Efficiency Score in deep learning models for eco-friendly computing.
Intrusion Detection System for edge networks utilizing the CIC-IDS2017 dataset.
Peer-reviewed outputs and scholarly communication from ongoing iOmics research programs.
Leadership and contributors organized by role for clear collaboration visibility.
Lab leadership and core contributors driving research execution and engineering delivery.
Institutional updates, milestones, and upcoming engagements from the iOmics ecosystem.
Open opportunities for students, researchers, and collaborators to contribute to active initiatives.
Join the iOmics team to co-develop our advanced research web ecosystem. Responsibilities include building scalable frontend interfaces, integrating AI tools, and managing Supabase databases. Strong proficiency in Next.js, Tailwind CSS, and modern web architectures is required.
Assist in curating the UIU-NIDS-2026 dataset and developing our RAG-based Bioinformatics Agent. Great opportunity for FYDP students.
Work on our flagship CoDNet project. Develop diffusion networks for structure-based drug design.
For research collaboration, student opportunities, and institutional partnerships, connect directly with our lab desk.
Department of CSE, United International University, Dhaka, Bangladesh. Lab Room: CSE Research Lab, Room 412.
contact@iomicslab.com
iomicslab.com